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reference predict_h7141 (Oct 19, 2004 12:58:59) reference pred_h7141 (Oct 19, 2004 13:39:38) PPhdr from: contrera@cifn.unam.mx PPhdr resp: MAIL PPhdr orig: HTML PPhdr want: HTML PPhdr password(###) prediction of: - default prediction of: - ProSite SEG ProDom return msf format ret html ret store # default: single protein sequence resfilename=gj8755no description=htrA MFPLTRINAL CLRYTKASSS RRPPTTGGAS ARRSEMSRSL LALAALFIAG ESLLSAPAVA DSLSLAPMLQ RVVPSVVSIS VQGRELDDAD ATLADPFYRK FFGLPDDAAP AEHSFQSAGS GVVIDEVHGY IVTNQHVIAS ASKIEVALSD GRRFQAKLVG ADPETDVAVV QIPPDHLVQA EFGSASSLHV GDVVVAIGNP FGLGQTATMG IVSALGRRAV GSEGYEGFIQ TDASTNPGNS GGALVSEDGV VVGINSAIIG PAGGSIGIGF AVPAETVGIV MRQLILTGKL VRGEVGILTQ DLTPGLAKAF GIDEGAGALV SEVLPGSPAA NAGIQPGDVI RMVDGRTVRG ASDVRRLVGS LPLQSKPSFQ IDRASRRIEA FPVVSDAPVA EPAAPRTIHI GRGPLADAEM ANSPDGPGAR VVVVAEGSVA AQAGLQPDDV IVALDQQPVT DVGQLLSILV KEHARALITV VRNGHRLFVA ADVQTQ
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Pattern-ID: PKC_PHOSPHO_SITE PS00005 PDOC00005
Pattern-DE: Protein kinase C phosphorylation site
Pattern: [ST].[RK]
19 SSR
30 SAR
287 TGK
347 TVR
375 SRR
Pattern-ID: CK2_PHOSPHO_SITE PS00006 PDOC00006
Pattern-DE: Casein kinase II phosphorylation site
Pattern: [ST].{2}[DE]
92 TLAD
142 SKIE
Pattern-ID: MYRISTYL PS00008 PDOC00008
Pattern-DE: N-myristoylation site
Pattern: G[^EDRKHPFYW].{2}[STAGCN][^P]
27 GGASAR
183 GSASSL
198 GNPFGL
204 GQTATM
210 GIVSAL
238 GNSGGA
249 GVVVGI
263 GGSIGI
305 GLAKAF
311 GIDEGA
317 GALVSE
326 GSPAAN
333 GIQPGD
427 GSVAAQ
453 GQLLSI
Pattern-ID: AMIDATION PS00009 PDOC00009
Pattern-DE: Amidation site
Pattern: .G[RK][RK]
150 DGRR
215 LGRR
prot (#) default: single protein sequence resfilename=gj8755no description=htra /home/ppuser/server/work/predict_h7141 from: 1 to: 486 prot (#) default: single protein sequence resfilename=gj8755no description=htra /home/ppuser/server/work/predict_h7141 /home/ppuser/server/work/predict_h7141.segNormGcg Length: 486 11-Jul-99 Check: 2818 .. 1 MFPLTRINAL CLRYTKASSS RRPPTTGGAS ARRSEMSRSL LALAALFIAG 51 ESLLSAPAVA DSLSLAPMLQ RVVPSVVSIS VQGRELDDAD ATLADPFYRK 101 FFGLPDDAAP AEHSFQSAGS GVVIDEVHGY IVTNQHVIAS ASKIEVALSD 151 GRRFQAKLVG ADPETDVAVV QIPPDHLVQA EFGSASSLHV GDVVVAIGNP 201 FGLGQTATMG IVSALGRRAV GSEGYEGFIQ TDASTNPGNS GGALVSEDGV 251 VVxxxxxxxx xxxxxxxxxF AVPAETVGIV MRQLILTGKL VRGEVGILTQ 301 DLTPGLAKAF GIDEGAGALV SEVLPGSPAA NAGIQPGDVI RMVDGRTVRG 351 ASDVRRLVGS LPLQSKPSFQ IDRASRRIEA FPVVSDAPVA EPAAPRTIHI 401 GRGPLADAEM ANSPDGPGAR VVVVAEGSVA AQAGLQPDDV IVALDQQPVT 451 DVGQLLSILV KEHARALITV VRNGHRLFVA ADVQTQ
Identities computed with respect to: (query) prot Colored by: consensus/70% and property
HSP processing: ranked
34 [ . : . . . . 1 . . . . : . . . . 2 . . . . : . . . . 3 . . . . : . . ] 373 prot (#) default: single protein... score P(N) N 100.0% SEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRKFFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNPFGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVVGINSAIIGPAGGSIGIGFAVPAETVGIVMRQLILTGKLVRGEVGILTQDLTPXXXXXXXIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDR 1 PD001397 p2000.1 (60) HTRA(3) DEGS(2... 318 1.1e-28 1 54.5% ------------------------------------------------------------------------------------------------------------------------------------------------------SSDBLRVGDWVIAIGNPFglGNTVTSGIVSALGR-SVSSSgyEDfiQTDAAINPGNSGGPLINLNGEVIGINTAIISPSGGaaGIGFAIPSNMVKEVVDQLVKNgkVKRGWLGVQIQELTP--------------------------------------------------------------------- 2 PD001340 p2000.1 (60) HTRA(3) DEGS(2... 157 6.6e-11 1 47.7% -------------------------------------------------------------------------------------GSGFIIddGKGYIVTNNHVVSGAdkITVTlnDGREYEAKIVGSDPKTDIAVLKIESEnlPVVKFG---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 3 PD009332 p2000.1 (8) HTRA(3) // PRO... 123 3.1e-07 1 40.0% SRLALSllALSPLFVAAAQQASSPSFVQQmsLAPMLEKVMPSVVSINVEGSTTVDNTSPFLDRifQQFFG--DDS------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 4 PD134156 p2000.1 (1) P96358_MYCTU //... 130 8.9e-06 1 30.9% ------------------------------------------------------------------------DDAG---NPVDSWGTGLVVD--HNHVITNKHVVTGLAGTSAGLssSNHAEAELVNFspTLDVAVieMPEGKYIPRLGGMarDPDWADEVYVFGYP-RVPMTAEMAITVQRGeaATTIPGRQKIFLYSAIARPGNSGGPIVAQDGRVIGL----------------------------------------------------------------------------------------------------------------------- 5 PD001071 p2000.1 (52) O83813(2) Q461... 105 2.7e-05 1 35.5% --------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------LNDVKGVLVTEVMPNSPAAKAGLKPGDVIVSINGKEikNVEDLQelKNTRPKGDEVEIEILR 6 PD078733 p2000.1 (1) O31388_BRAJA //... 91 0.00086 1 45.2% ------------------------------TLAPVVRETTPSVVNISVHARVKED-NPLYRDPVFREFFDLP---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- consensus/100% ............................................................................................................................................................................................................................................................................... .............................................................. consensus/90% ............................................................................................................................................................................................................................................................................... .............................................................. consensus/80% ............................................................................ ................................................................................................................................................................................................ .............................................................. consensus/70% ......................... .............. ... ....... ......................................................................... ................ .................................... |
--- ------------------------------------------------------------ --- --- Again: these results were obtained based on the domain data- --- base collected by Daniel Kahn and his coworkers in Toulouse. --- --- PLEASE quote: --- F Corpet, J Gouzy, D Kahn (1998). The ProDom database --- of protein domain families. Nucleic Ac Res 26:323-326. --- --- The general WWW page is on: ---- --------------------------------------- --- http://www.toulouse.inra.fr/prodom.html ---- --------------------------------------- --- --- For WWW graphic interfaces to PRODOM, in particular for your --- protein family, follow the following links (each line is ONE --- single link for your protein!!): --- http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom1=PD001397 ==> multiple alignment, consensus, PDB and PROSITE links of domain PD001397 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom2=PD001397 ==> graphical output of all proteins having domain PD001397 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom1=PD001340 ==> multiple alignment, consensus, PDB and PROSITE links of domain PD001340 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom2=PD001340 ==> graphical output of all proteins having domain PD001340 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom1=PD009332 ==> multiple alignment, consensus, PDB and PROSITE links of domain PD009332 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom2=PD009332 ==> graphical output of all proteins having domain PD009332 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom1=PD134156 ==> multiple alignment, consensus, PDB and PROSITE links of domain PD134156 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom2=PD134156 ==> graphical output of all proteins having domain PD134156 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom1=PD001071 ==> multiple alignment, consensus, PDB and PROSITE links of domain PD001071 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom2=PD001071 ==> graphical output of all proteins having domain PD001071 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom1=PD078733 ==> multiple alignment, consensus, PDB and PROSITE links of domain PD078733 http://www.toulouse.inra.fr/prodom/cgi-bin/ReqProdomII.pl?id_dom2=PD078733 ==> graphical output of all proteins having domain PD078733 --- --- NOTE: if you want to use the link, make sure the entire line --- is pasted as URL into your browser! --- --- END of PRODOM --- ------------------------------------------------------------
--- ------------------------------------------------------------ --- PSI-BLAST multiple sequence alignment --- ------------------------------------------------------------ --- --- PSI-BLAST ALIGNMENT HEADER: ABBREVIATIONS FOR SUMMARY --- SEQLENGTH : 486 --- ID : identifier of aligned (homologous) protein --- LSEQ2 : length of aligned sequence --- IDE : percentage of pairwise sequence identity --- SIM : percentage of similarity --- LALI : number of residues aligned --- LGAP : number of residues in all indels --- BSCORE : blast score (bits) --- BEXPECT : blast expectation value --- OMIM : OMIM (Online Mendelian Inheritance in Man) ID --- PROTEIN : one-line description of aligned protein --- '!' : indicates lower scoring alignment that is combined --- with the higher scoring adjacent one --- --- PSI-BLAST ALIGNMENT HEADER: SUMMARY ID LSEQ2 IDE SIM LALI LGAP BSCORE BEXPECT PROTEIN Q8KKV0 486 96 96 486 0 423 e-117 (Q8KKV0) Hypothetical pro Q9CMS7 459 35 52 446 10 393 e-108 (Q9CMS7) HtrA Q9KUF5 456 34 52 444 10 389 e-107 (Q9KUF5) Protease DO Q7N075 458 35 55 442 20 388 e-106 (Q7N075) Protease DegQ Q6DAF0 456 35 54 439 4 387 e-106 (Q6DAF0) Exported proteas Q8L1C3 455 35 53 444 4 387 e-106 (Q8L1C3) DegQ serine prot HTOA_HAEIN 466 33 54 446 17 386 e-106 (P45129) Probable peripla O68198 463 33 54 444 18 386 e-106 (O68198) HtrA Q8DEI6 445 33 53 444 4 384 e-105 (Q8DEI6) Protease DO Q8D1R0 463 37 55 435 10 383 e-105 (Q8D1R0) Serine endoprote Q87SJ0 455 34 53 446 6 383 e-105 (Q87SJ0) Protease DO Q8ZB58 457 37 55 435 10 382 e-104 (Q8ZB58) Protease (EC 3.4 Q8Z3E6 455 36 55 437 7 381 e-104 (Q8Z3E6) Serine protease Q8CVN9 469 37 56 434 7 380 e-104 (Q8CVN9) Protease degQ (E Q7MNX4 455 33 53 447 4 378 e-103 (Q7MNX4) Protease DO Q8CWD1 474 35 53 442 34 378 e-103 (Q8CWD1) Protease do (EC DEGP_SALTY 475 36 52 438 40 377 e-103 (P26982) Protease do prec DEGQ_ECOLI 455 37 56 434 7 377 e-103 (P39099) Protease degQ pr DEGP_ECOLI 474 35 53 442 34 377 e-103 (P09376) Protease do prec Q7C373 474 35 53 442 34 377 e-103 (Q7C373) Periplasmic seri Q83MD5 474 35 53 442 34 377 e-103 (Q83MD5) Periplasmic seri Q8Z9B0 475 36 53 438 40 377 e-103 (Q8Z9B0) Protease DO; hea Q7AAG3 455 37 56 434 7 377 e-103 (Q7AAG3) Serine endoprote Q8ZLQ1 455 36 55 437 7 377 e-103 (Q8ZLQ1) Serine endoprote Q8X9F1 455 37 56 434 7 375 e-103 (Q8X9F1) Serine endoprote Q9FD11 453 33 53 440 20 374 e-102 (Q9FD11) HtrA-like serine Q88MY8 492 31 48 456 33 374 e-102 (Q88MY8) Alginate biosynt DEGP_CHLPN 488 31 50 422 19 374 e-102 (Q9Z6T0) Probable serine Q6LMD1 455 36 54 441 14 374 e-102 (Q6LMD1) Putative DegQ se O68197 437 33 54 421 16 374 e-102 (O68197) HtrA (Fragment) DEGP_CHLTR 497 32 50 417 22 372 e-102 (P18584) Probable serine Q7VQR9 461 37 54 424 5 371 e-101 (Q7VQR9) Serine protease DEGP_CHLMU 497 31 50 417 22 371 e-101 (Q9PL97) Probable serine Q8EAG0 450 37 51 439 19 370 e-101 (Q8EAG0) Serine protease, Q8D358 457 36 56 417 5 370 e-101 (Q8D358) DegQ protein Q9LBK0 491 35 53 439 29 370 e-101 (Q9LBK0) Heat shock prote Q82SJ3 496 29 47 451 30 368 e-100 (Q82SJ3) MucD; serine pro Q84DH8 455 35 54 437 7 368 e-100 (Q84DH8) Serine protease Q8ZBM6 481 35 54 440 42 367 e-100 (Q8ZBM6) Global stress re Q6W162 464 40 55 449 11 367 e-100 (Q6W162) Protease DO (EC trembl|AAQ87506|AAQ87506 464 40 55 449 11 367 e-100 Protease DO (EC 3.4.21.-) Q8RSS1 477 35 52 435 32 367 e-100 (Q8RSS1) HtrA protein Q822A2 488 30 48 447 37 364 2e-99 (Q822A2) Serine protease, P74978 478 35 54 443 36 364 3e-99 (P74978) GsrA protein Q57155 474 33 50 436 34 363 6e-99 (Q57155) MucD Q7DCH7 474 33 50 436 34 363 6e-99 (Q7DCH7) Serine protease Q9ALS1 474 33 50 436 34 362 9e-99 (Q9ALS1) MucD Q74H13 471 33 50 432 34 361 1e-98 (Q74H13) Protease degQ (E trembl|AAR33415|AAR33415 471 33 50 432 34 361 1e-98 Protease degQ (EC 3.4.21. Q9AQD1 481 31 46 446 34 359 5e-98 (Q9AQD1) MucD Q87XF7 479 30 46 446 32 359 8e-98 (Q87XF7) Serine protease, DEGP_BUCAI 478 32 52 424 20 356 5e-97 (P57322) Probable serine Q6D1Z6 488 35 52 442 45 353 5e-96 (Q6D1Z6) Protease Do (EC Q74GB5 464 30 49 442 21 352 1e-95 (Q74GB5) Trypsin domain/P trembl|AAR33664|AAR33664 464 30 49 442 21 352 1e-95 Trypsin domain/PDZ domain Q7M7L2 474 31 48 444 33 350 4e-95 (Q7M7L2) PROTEASE DO Q56885 464 33 53 428 35 347 2e-94 (Q56885) HtrA protein (Fr Q7VP44 472 32 50 449 19 346 6e-94 (Q7VP44) Periplasmic seri Q7CY88 495 30 43 442 27 345 8e-94 (Q7CY88) AGR_C_3507p Q8KCH4 505 33 49 418 21 345 1e-93 (Q8KCH4) Serine protease Q6AQ89 484 32 47 450 30 345 1e-93 (Q6AQ89) Probable serine Q8Y0I6 505 29 45 449 48 344 2e-93 (Q8Y0I6) PROBABLE PERIPLA Q6SFI5 466 29 46 439 27 344 3e-93 (Q6SFI5) MucD protein trembl|AAR38232|AAR38232 466 29 46 439 27 344 3e-93 MucD protein. Q9ZM18 476 32 50 437 32 340 5e-92 (Q9ZM18) PROTEASE DO Q9PGL3 481 34 52 427 9 339 5e-92 (Q9PGL3) Heat shock prote O25663 443 32 50 414 21 339 6e-92 (O25663) Serine protease Q87ER7 458 34 51 427 9 339 6e-92 (Q87ER7) Heat shock prote Q6MBN4 484 31 50 426 14 339 9e-92 (Q6MBN4) Putative serine Q83DH6 451 33 49 429 24 338 2e-91 (Q83DH6) Protease DO DEGP_BUCAP 478 32 52 429 20 338 2e-91 (O85291) Probable serine Q8G096 474 31 48 434 33 338 2e-91 (Q8G096) Serine protease Q8YHL4 474 31 48 434 33 338 2e-91 (Q8YHL4) PROTEASE DO (EC Q8UE46 468 30 43 439 27 337 4e-91 (Q8UE46) Serine protease DEGP_BARHE 503 30 45 431 44 336 6e-91 (P54925) Probable peripla Q9WZ41 459 27 44 438 23 335 7e-91 (Q9WZ41) Heat shock serin Q7VW38 495 31 45 444 36 335 1e-90 (Q7VW38) Serine protease Q44596 474 30 47 434 33 335 1e-90 (Q44596) HtrA-like protei Q9JVT1 499 31 48 420 27 335 2e-90 (Q9JVT1) Putative peripla Q7W5J3 495 30 44 445 34 334 2e-90 (Q7W5J3) Serine protease Q7WD29 495 30 44 445 34 334 2e-90 (Q7WD29) Serine protease Q6N8H4 523 29 42 466 48 334 3e-90 (Q6N8H4) HtrA-like serine trembl|CAE27370|CAE27370 523 29 42 466 48 334 3e-90 HtrA-like serine protease Q9PBA3 514 27 42 446 51 334 3e-90 (Q9PBA3) Periplasmic prot Q8P418 478 34 50 438 15 333 4e-90 (Q8P418) Protease Do Q8XPT5 490 32 49 438 18 332 7e-90 (Q8XPT5) PROBABLE PROTEAS Q87C10 514 29 45 432 39 332 7e-90 (Q87C10) Periplasmic prot Q7UXF4 629 31 47 436 21 332 8e-90 (Q7UXF4) Probable serine Q7NWC9 470 30 47 444 28 332 9e-90 (Q7NWC9) Serine protease pdb|pdb|1ky9_B 396 35 53 394 26 332 1e-89 Q83JE5 399 40 58 341 6 330 3e-89 (Q83JE5) Serine endoprote Q7D082 523 27 42 459 53 330 4e-89 (Q7D082) AGR_C_1792p Q8UGQ8 523 27 42 459 53 330 4e-89 (Q8UGQ8) Serine protease Q6N4W2 463 33 50 434 21 330 4e-89 (Q6N4W2) Heat shock prote trembl|CAE28662|CAE28662 463 33 50 434 21 330 4e-89 Heat shock protein HtrA l Q8PFK1 478 33 50 438 15 329 5e-89 (Q8PFK1) Protease DO DEGP_BRUME 513 28 42 457 54 329 7e-89 (Q8YG32) Probable serine DEGP_BRUSU 513 28 42 457 54 329 1e-88 (Q44597) Probable serine Q8FZS8 524 28 44 455 69 328 1e-88 (Q8FZS8) Serine protease Q8YI32 524 29 44 455 69 328 2e-88 (Q8YI32) PROTEASE DO (EC Q72C16 482 27 43 434 43 328 2e-88 (Q72C16) Peptidase/PDZ do Q7VIZ8 477 30 48 413 21 328 2e-88 (Q7VIZ8) Serine protease Q6G2Z1 463 32 49 415 21 326 6e-88 (Q6G2Z1) Serine protease DEGP_BUCBP 465 30 52 416 6 326 7e-88 (Q89AP5) Probable serine O67436 453 30 49 435 32 325 2e-87 (O67436) Periplasmic seri Q6SHZ8 491 30 49 413 34 324 3e-87 (Q6SHZ8) Serine protease, trembl|AAR37473|AAR37473 491 30 49 413 34 324 3e-87 Serine protease, HtrA/Deg Q46120 472 29 45 446 28 324 3e-87 (Q46120) Serine protease Q9PN69 472 29 46 446 28 323 5e-87 (Q9PN69) Serine protease Q98CS8 513 31 47 433 37 322 7e-87 (Q98CS8) Serine protease, Q7MWL5 498 28 45 414 14 322 1e-86 (Q7MWL5) HtrA protein Q89QJ8 525 29 42 450 60 320 4e-86 (Q89QJ8) Serine protease Q98N31 428 31 47 409 19 320 4e-86 (Q98N31) Heat shock prote Q89JB5 423 34 51 406 20 319 8e-86 (Q89JB5) Serine protease Q7NSX5 488 29 44 443 47 319 9e-86 (Q7NSX5) Periplasmic seri Q8PMV4 525 28 43 438 53 319 9e-86 (Q8PMV4) Periplasmic prot Q6FZE8 464 32 51 418 20 317 3e-85 (Q6FZE8) Heat shock prote Q6N137 520 27 42 456 47 315 1e-84 (Q6N137) Putative serine trembl|CAE30012|CAE30012 520 27 42 456 47 315 1e-84 Putative serine protease Q98KJ1 504 30 44 456 46 315 1e-84 (Q98KJ1) Probable serine Q89G41 507 30 43 454 49 315 2e-84 (Q89G41) Serine protease DEGP_RICCN 508 26 43 445 46 314 2e-84 (Q92JA1) Probable serine Q92QE6 465 28 46 438 26 314 3e-84 (Q92QE6) PROBABLE PROTEAS Q7PAR6 508 26 43 445 46 314 4e-84 (Q7PAR6) Periplasmic seri P73354 452 32 46 365 20 314 4e-84 (P73354) Serine protease; Q73GU6 497 26 44 415 39 313 5e-84 (Q73GU6) Protease DO (EC Q82UH7 377 39 59 319 5 313 6e-84 (Q82UH7) Htra-like serine Q89S21 528 27 41 456 49 312 9e-84 (Q89S21) Serine protease Q44652 500 28 42 438 50 311 2e-83 (Q44652) Immunoreactive s Q926C8 503 28 44 452 52 310 3e-83 (Q926C8) PUTATIVE PROTEAS Q8RTK2 511 28 43 438 53 310 3e-83 (Q8RTK2) Protease MucD Q8PB56 525 27 42 448 71 310 5e-83 (Q8PB56) Periplasmic prot Q88NB1 402 35 54 331 3 310 5e-83 (Q88NB1) HtrA-like protea DEGP_RHIME 504 28 41 445 48 308 2e-82 (Q52894) Probable serine Q985F9 516 28 41 448 58 307 4e-82 (Q985F9) Serine protease Q6G2T2 505 25 42 440 42 306 5e-82 (Q6G2T2) Serine protease Q8YTF9 407 32 48 362 31 306 7e-82 (Q8YTF9) Serine proteinas O06439 460 30 45 416 39 305 1e-81 (O06439) ORF E0 protein Q8DL28 389 33 51 340 18 305 2e-81 (Q8DL28) Periplasmic seri P73940 416 31 44 364 23 304 2e-81 (P73940) Protease; HhoB Q69HV8 494 27 43 417 34 304 2e-81 (Q69HV8) Serine protease Q8YYZ0 429 34 49 348 19 304 2e-81 (Q8YYZ0) Serine proteinas Q6F9B7 467 28 47 439 15 304 3e-81 (Q6F9B7) Putative serine Q8UDS7 514 28 42 447 61 304 4e-81 (Q8UDS7) Serine protease Q9HVX1 389 37 53 324 3 304 4e-81 (Q9HVX1) AlgW protein Q8XV99 403 39 57 327 3 303 5e-81 (Q8XV99) PROBABLE HTRA-LI Q92Z82 468 33 49 451 13 303 6e-81 (Q92Z82) DegP4 protease l Q6FZ95 505 26 43 435 44 302 7e-81 (Q6FZ95) Serine protease Q7CY03 493 28 42 435 60 302 7e-81 (Q7CY03) AGR_C_3700p Q6G0B3 503 29 44 431 44 302 1e-80 (Q6G0B3) Serine protease Q6N452 501 29 45 446 45 301 2e-80 (Q6N452) Probable serine trembl|CAE28929|CAE28929 501 29 45 446 45 301 2e-80 Probable serine protease Q9KJN6 500 33 49 441 18 301 2e-80 (Q9KJN6) Putative serine Q8A862 511 28 42 422 28 300 3e-80 (Q8A862) Serine protease DEGP_RICPR 513 26 43 445 51 298 1e-79 (O05942) Probable serine Q44476 473 27 41 446 28 298 2e-79 (Q44476) MucD Q9A4S2 530 28 42 435 52 296 7e-79 (Q9A4S2) Serine protease Q73KB9 493 26 41 446 34 295 1e-78 (Q73KB9) Trypsin domain/P Q87WV8 386 35 52 333 3 295 1e-78 (Q87WV8) Trypsin domain p Q6SI27 380 34 52 337 6 292 1e-77 (Q6SI27) Serine protease, trembl|AAR37445|AAR37445 380 34 52 337 6 292 1e-77 Serine protease, HtrA/Deg O31388 371 42 57 339 17 291 3e-77 (O31388) DegP protein Q79U69 371 42 57 339 17 291 3e-77 (Q79U69) Serine protease Q8DG87 375 32 48 340 20 289 7e-77 (Q8DG87) Serine protease Q7U8K9 432 31 47 337 22 288 1e-76 (Q7U8K9) Probable serine Q9A8R9 472 30 46 414 27 288 1e-76 (Q9A8R9) Serine protease Q46094 368 32 49 360 11 285 1e-75 (Q46094) Heat shock prote Q6MJH7 474 28 43 409 33 284 2e-75 (Q6MJH7) Serine protease O83813 485 26 42 433 24 284 3e-75 (O83813) Periplasmic seri P72780 394 32 45 349 36 282 8e-75 (P72780) Protease; HhoA pdb|pdb|1ky9_A 311 41 57 309 14 280 3e-74 Q8YLY2 401 33 52 322 13 279 1e-73 (Q8YLY2) Serine protease Q51374 389 33 49 324 3 278 2e-73 (Q51374) AlgW Q725Z5 518 30 45 448 23 274 3e-72 (Q725Z5) Peptidase/PDZ do Q6FCJ4 392 34 49 361 16 273 3e-72 (Q6FCJ4) HtrA-like serine O51131 483 24 45 411 29 273 7e-72 (O51131) Periplasmic seri Q7VA24 371 29 47 352 22 269 7e-71 (Q7VA24) Trypsin-like ser Q7TUR6 385 31 46 320 19 267 5e-70 (Q7TUR6) Serine proteases Q8EAF9 360 34 51 303 24 264 3e-69 (Q8EAF9) Protease DegS Q7U604 377 31 46 321 25 264 3e-69 (Q7U604) HtrA/DegQ family Q7V3I5 382 27 45 340 28 264 3e-69 (Q7V3I5) Possible serine Q8DMV9 326 34 46 308 25 263 4e-69 (Q8DMV9) Serine proteinas Q7NKZ1 439 30 46 357 26 263 5e-69 (Q7NKZ1) Serine proteinas Q8R756 447 33 44 293 40 263 6e-69 (Q8R756) Trypsin-like ser Q7V5C8 395 29 45 375 22 262 1e-68 (Q7V5C8) Possible serine Q7TU37 380 29 46 320 19 262 1e-68 (Q7TU37) Serine protease Q9KUF6 352 31 47 337 33 261 3e-68 (Q9KUF6) Protease DegS Q6LMD0 362 31 51 325 24 261 3e-68 (Q6LMD0) Putative DegS se Q7U495 374 28 43 339 38 261 3e-68 (Q7U495) Possible serine Q53249 466 28 46 398 41 260 4e-68 (Q53249) Rickettsia tsuts O05335 466 28 47 398 41 260 4e-68 (O05335) 47 kDa protein Q53251 466 27 47 399 41 260 5e-68 (Q53251) Rickettsia tsuts Q53246 466 27 46 399 41 259 7e-68 (Q53246) Rickettsia tsuts Q899I5 391 31 48 298 33 259 8e-68 (Q899I5) Periplasmic tryp Q7U3A1 384 31 46 319 24 258 1e-67 (Q7U3A1) Serine proteases Q53247 466 27 46 399 41 257 3e-67 (Q53247) Rickettsia tsuts Q7MNX5 355 31 48 335 35 257 4e-67 (Q7MNX5) Protease DegS Q8DEI5 350 31 48 335 35 255 1e-66 (Q8DEI5) Protease DegS Q7W2X1 371 37 53 344 5 255 1e-66 (Q7W2X1) Protease (EC 3.4 Q7WDX1 371 37 53 344 5 255 1e-66 (Q7WDX1) Protease (EC 3.4 Q8L1C2 371 32 51 334 34 253 5e-66 (Q8L1C2) DegS serine prot Q7VEA7 391 30 47 302 23 253 5e-66 (Q7VEA7) Periplasmic tryp Q8CVN8 355 32 50 334 35 253 8e-66 (Q8CVN8) Protease degS (E Q8YVH0 416 31 49 338 17 253 8e-66 (Q8YVH0) Serine proteinas Q7BZP4 355 33 50 334 35 252 2e-65 (Q7BZP4) Protease Q83Q05 355 33 50 334 35 252 2e-65 (Q83Q05) Protease DEGS_ECOLI 355 33 50 334 35 252 2e-65 (P31137) Protease degS pr Q72NM1 388 31 49 330 15 251 2e-65 (Q72NM1) Serine protease Q8F7Y3 388 31 49 330 15 251 2e-65 (Q8F7Y3) Serine protease Q84DH7 355 34 51 329 30 251 2e-65 (Q84DH7) Putative serine Q8ZB57 362 32 48 305 26 250 3e-65 (Q8ZB57) Protease (EC 3.4 Q7N074 352 29 45 326 40 250 5e-65 (Q7N074) Protease DegS Q7W077 378 38 54 333 5 249 8e-65 (Q7W077) Protease (EC 3.4 Q87SJ1 354 31 48 335 36 249 9e-65 (Q87SJ1) Protease DegS DEGS_HAEIN 340 31 50 324 39 248 2e-64 (P44947) Protease degS pr Q7NIS5 407 28 45 356 41 245 1e-63 (Q7NIS5) Serine protease O06670 397 28 44 326 30 245 2e-63 (O06670) Putative serine Q8DMW2 397 28 44 326 30 245 2e-63 (Q8DMW2) Serine protease Q97N37 393 28 44 326 30 244 3e-63 (Q97N37) Serine protease Q8XEX3 356 32 48 334 36 244 3e-63 (Q8XEX3) Serine protease Q7CPN3 356 32 48 334 36 244 3e-63 (Q7CPN3) Periplasmic seri Q91WS3 480 26 44 331 48 243 7e-63 (Q91WS3) Protease, serine Q6HFJ7 413 26 43 322 33 243 7e-63 (Q6HFJ7) Possible serine Q9QZK5 480 26 44 331 48 243 8e-63 (Q9QZK5) Insulin-like gro Q8XI91 459 29 48 294 37 243 8e-63 (Q8XI91) Probable serine Q9QZK6 480 26 44 331 48 243 8e-63 (Q9QZK6) Insulin-like gro Q7UDY0 508 24 42 404 46 242 9e-63 (Q7UDY0) Periplasmic seri Q733N9 413 26 43 322 33 242 1e-62 (Q733N9) Serine protease Q81Y95 413 26 43 322 33 241 1e-62 (Q81Y95) Serine protease Q82ZM6 432 30 47 322 26 241 2e-62 (Q82ZM6) Serine protease Q81AG8 413 26 43 322 33 241 2e-62 (Q81AG8) Protease HhoA (E Q8KR20 542 27 46 308 39 241 3e-62 (Q8KR20) Putative serine HRA1_HUMAN 480 26 44 331 48 240 5e-62 (Q92743) Serine protease Q7VLS1 341 28 46 318 42 240 6e-62 (Q7VLS1) Protease DegS Q8BN05 408 26 44 331 48 239 8e-62 (Q8BN05) Mus musculus 10 Q9CMR4 342 29 48 327 35 239 1e-61 (Q9CMR4) DegS Q8EKY5 400 27 43 315 40 238 2e-61 (Q8EKY5) Serine protease Q8R6V1 367 27 44 305 34 238 2e-61 (Q8R6V1) Trypsin-like ser Q7UJI1 458 28 43 378 38 237 3e-61 (Q7UJI1) Probable peripla DEG1_ARATH 439 30 42 326 40 237 4e-61 (O22609) Protease Do-like Q92EY8 499 27 46 314 39 236 8e-61 (Q92EY8) Lin0320 protein O97658 370 26 44 331 48 236 9e-61 (O97658) Serine protease Q7UI53 509 31 49 310 27 235 2e-60 (Q7UI53) Serine proteinas Q8YA67 500 27 46 308 39 235 2e-60 (Q8YA67) Lmo0292 protein Q724B2 500 27 46 308 39 235 2e-60 (Q724B2) Serine protease YVTA_BACSU 458 28 45 328 29 235 2e-60 (Q9R9I1) Probable serine trembl|CAB15290|CAB15290 458 28 45 328 29 235 2e-60 YvtA protein. Q6GMI0 479 27 46 291 46 235 2e-60 (Q6GMI0) Zgc:92029 Q8CNW1 412 27 45 303 33 233 7e-60 (Q8CNW1) Serine proteinas Q6AUN5 437 28 41 353 67 233 8e-60 (Q6AUN5) Putative DegP pr Q8F1S5 378 29 44 311 20 233 9e-60 (Q8F1S5) Serine protease Q72TI4 365 29 44 311 20 232 1e-59 (Q72TI4) Periplasmic tryp Q8GBY0 266 40 57 262 5 230 4e-59 (Q8GBY0) Larvakinase prec HTRA_BACSU 449 27 44 357 31 230 6e-59 (O34358) Probable serine O83752 398 29 45 341 36 230 7e-59 (O83752) Periplasmic seri Q814H6 391 27 42 325 58 229 8e-59 (Q814H6) Protease Do (EC Q73L99 425 30 46 300 44 229 8e-59 (Q73L99) Trypsin domain/P HRA3_HUMAN 453 24 41 326 51 228 1e-58 (P83110) Probable serine trembl|AAP42282|AAP42282 453 24 41 326 51 228 1e-58 Pregnancy-related serine HRA1_MOUSE 480 25 43 331 48 228 2e-58 (Q9R118) Serine protease Q97GD5 433 30 48 317 23 228 2e-58 (Q97GD5) HtrA-like serine Q81JJ5 391 28 43 326 42 228 2e-58 (Q81JJ5) Serine protease Q72WW8 381 27 41 325 58 228 3e-58 (Q72WW8) Serine protease Q8DWP1 409 28 44 327 29 227 3e-58 (Q8DWP1) Serine protease Q8E2I9 409 28 44 327 29 227 3e-58 (Q8E2I9) Hypothetical pro Q6HAH5 391 27 41 325 58 227 4e-58 (Q6HAH5) Serine protease Q93F87 397 27 43 323 32 226 6e-58 (Q93F87) DegP Q7QF03 462 28 43 315 54 226 7e-58 (Q7QF03) AgCP13350 (Fragm YYXA_BACSU 400 27 43 304 41 225 1e-57 (P39668) Hypothetical ser HTRA_LACLA 408 29 45 331 23 225 1e-57 (Q9LA06) Serine protease HRA2_MOUSE 458 26 42 312 47 225 1e-57 (Q9JIY5) Serine protease Q6YDR0 459 25 43 326 51 225 2e-57 (Q6YDR0) Pregnancy-relate trembl|AAO17289|AAO17289 459 25 43 326 51 225 2e-57 Pregnancy-related serine Q7UQ70 399 28 41 342 44 225 2e-57 (Q7UQ70) Protease Do-like Q6G8K0 424 26 44 310 33 224 3e-57 (Q6G8K0) Putative proteas Q99TD6 424 26 44 310 33 224 3e-57 (Q99TD6) Similar to serin Q7A0M8 424 26 44 310 33 224 3e-57 (Q7A0M8) MW1670 protein Q7A538 424 26 44 310 33 224 3e-57 (Q7A538) SA1549 protein Q6GFY0 424 26 44 310 33 224 3e-57 (Q6GFY0) Putative proteas Q9VFJ3 422 26 45 301 48 224 3e-57 (Q9VFJ3) CG8464-PA (AT142 Q6DAF1 365 30 44 326 52 224 3e-57 (Q6DAF1) Exported proteas Q80V84 458 26 42 312 47 221 2e-56 (Q80V84) Protease, serine HTRA_LACHE 413 28 45 335 14 221 2e-56 (Q9Z4H7) Serine protease O27841 328 31 47 290 36 220 6e-56 (O27841) Serine protease trembl|AAH57765|AAH57765 476 26 44 298 47 220 7e-56 Hypothetical protein. HRA4_HUMAN 476 26 45 298 47 219 8e-56 (P83105) Probable serine trembl|BAC11470|BAC11470 476 26 45 298 47 219 8e-56 CDNA FLJ90724 fis, clone Q72J25 404 25 39 332 70 218 2e-55 (Q72J25) Protease Do (EC Q97LU1 348 29 46 304 39 217 3e-55 (Q97LU1) Serine protease Q79B80 542 32 45 310 24 217 4e-55 (Q79B80) HtrA Q89RP2 339 29 46 302 33 217 5e-55 (Q89RP2) HtrA protein Q97E96 387 28 47 310 42 216 7e-55 (Q97E96) Periplasmic tryp O06291 528 32 45 310 24 216 7e-55 (O06291) PROBABLE SERINE Q8VK49 528 32 45 310 24 216 7e-55 (Q8VK49) Heat shock prote trembl|CAB10920|CAB10920 528 32 45 310 24 216 7e-55 PROBABLE SERINE PROTEASE Q99XG9 407 28 46 328 26 216 8e-55 (Q99XG9) Putative serine Q7CEK1 407 28 46 328 26 216 8e-55 (Q7CEK1) Putative serine Q7U0C7 528 32 46 310 24 216 8e-55 (Q7U0C7) PROBABLE SERINE Q82IL8 619 25 37 337 77 216 9e-55 (Q82IL8) Putative serine Q8NYY6 407 28 46 328 26 215 1e-54 (Q8NYY6) Putative serine pdb|pdb|1sot_B 294 33 48 282 46 215 2e-54 Q8G6T3 675 32 47 269 16 215 2e-54 (Q8G6T3) Possible DO seri Q6DBR1 489 24 39 324 78 214 3e-54 (Q6DBR1) Hypothetical pro Q8DRQ6 402 26 43 317 29 213 5e-54 (Q8DRQ6) Serine protease DEG8_ARATH 448 27 42 330 57 213 6e-54 (Q9LU10) Protease Do-like trembl|AAL08237|AAL08237 448 27 42 330 57 213 6e-54 AT5g39830/K13H13_10. trembl|AAL90980|AAL90980 448 27 42 330 57 213 6e-54 AT5g39830/K13H13_10. Q74LW3 406 28 44 320 19 213 9e-54 (Q74LW3) Serine protease Q9FBK9 542 26 36 328 78 212 1e-53 (Q9FBK9) Putative proteas Q9AAA4 363 31 44 325 52 212 1e-53 (Q9AAA4) Serine protease pdb|pdb|1l1j_A 226 33 49 212 15 211 3e-53 Q6NIC1 428 29 42 288 59 210 5e-53 (Q6NIC1) Putative serine trembl|CAE49373|CAE49373 428 29 42 288 59 210 5e-53 Putative serine protease. Q93J30 519 27 42 294 51 210 7e-53 (Q93J30) Putative proteas Q9K5R6 406 26 46 302 43 209 1e-52 (Q9K5R6) Serine protease Q6N4M3 399 28 40 349 68 208 3e-52 (Q6N4M3) Putative DegP pr trembl|CAE28755|CAE28755 399 28 40 349 68 208 3e-52 Putative DegP protease. pdb|pdb|1soz_A 281 32 47 275 56 207 4e-52 Q97VL1 297 28 48 288 31 206 5e-52 (Q97VL1) HtrA like serine Q8CXM3 461 27 45 295 41 206 7e-52 (Q8CXM3) Serine protease Q7NIT5 400 29 45 344 50 205 1e-51 (Q7NIT5) Gll2097 protein pdb|pdb|1vcw_A 291 32 47 284 47 205 2e-51 HRA3_MOUSE 460 24 41 327 50 205 2e-51 (Q9D236) Probable serine pdb|pdb|1lcy_A 296 26 43 286 53 205 2e-51 Q7XUW0 420 29 44 312 51 205 2e-51 (Q7XUW0) OSJNBa0072F16.5 trembl|CAD40980|CAD40980 420 29 44 312 51 205 2e-51 OSJNBa0072F16.5 protein. Q98IG2 345 27 40 321 46 204 3e-51 (Q98IG2) Serine protease HRA2_HUMAN 458 24 39 350 60 204 3e-51 (O43464) Serine protease Q9RTK4 441 24 42 375 36 204 3e-51 (Q9RTK4) Periplasmic seri Q7ULN9 462 29 41 296 71 204 3e-51 (Q7ULN9) Probable serine pdb|pdb|1soz_B 281 31 46 274 57 204 4e-51 Q83FS8 420 31 46 266 22 202 1e-50 (Q83FS8) Putative serine Q83NC1 420 31 46 266 22 201 2e-50 (Q83NC1) Putative membran Q73WV5 504 28 41 357 32 200 4e-50 (Q73WV5) HtrA Q49972 533 32 44 281 51 200 4e-50 (Q49972) HtrA (Possinble pdb|pdb|1sot_A 283 32 47 279 49 200 4e-50 Q973I1 310 26 44 291 32 198 2e-49 (Q973I1) 310aa long hypot pdb|pdb|1sot_C 281 32 46 276 52 198 3e-49 Q6GAJ1 769 26 44 266 20 197 3e-49 (Q6GAJ1) Putative proteas Q8NXB8 769 26 44 266 20 197 3e-49 (Q8NXB8) Serine protease Q99V70 769 26 44 266 20 197 3e-49 (Q99V70) Serine protease Q7A6C9 769 26 44 266 20 197 3e-49 (Q7A6C9) Serine protease Q6GI62 769 26 45 266 20 197 3e-49 (Q6GI62) Putative proteas Q890H5 420 26 44 314 23 196 6e-49 (Q890H5) Serine protease Q6M6R9 441 28 42 272 54 196 1e-48 (Q6M6R9) Trypsin-like ser Q8NS10 413 28 42 272 54 194 3e-48 (Q8NS10) Trypsin-like ser Q82FM9 472 27 39 296 52 189 7e-47 (Q82FM9) Putative proteas Q8FR17 473 28 42 286 54 189 9e-47 (Q8FR17) Putative serine Q8ZUG5 315 32 46 288 35 189 1e-46 (Q8ZUG5) Serine protease Q9S2R5 362 27 43 298 24 184 4e-45 (Q9S2R5) Putative secrete Q742B9 488 24 33 334 114 184 4e-45 (Q742B9) Hypothetical pro O04674 398 27 39 326 85 184 4e-45 (O04674) HtrA-like protei O42417 403 23 39 340 75 183 9e-45 (O42417) Serine protease O83557 666 27 41 312 35 182 2e-44 (O83557) Periplasmic seri Q7Z7A2 357 25 42 231 40 180 4e-44 (Q7Z7A2) Pregnancy-relate Q6WLC5 363 26 42 231 40 178 2e-43 (Q6WLC5) Pregnancy-relate Q7UNU4 689 21 37 401 69 178 2e-43 (Q7UNU4) HtrA (EC 3.4.21. Q6A5F0 479 25 41 355 42 178 3e-43 (Q6A5F0) Trypsin-like ser pdb|pdb|1soz_C 256 30 44 244 70 178 3e-43 Q73N13 536 26 43 320 28 177 5e-43 (Q73N13) Trypsin domain/P Q7UNU6 635 29 43 256 23 173 6e-42 (Q7UNU6) Periplasmic seri Q7U0X2 464 28 39 323 65 173 8e-42 (Q7U0X2) PROBABLE SERINE Q8VKA4 446 28 39 323 65 172 1e-41 (Q8VKA4) Heat shock prote O53896 464 28 39 323 65 172 1e-41 (O53896) PROBABLE SERINE O82261 607 19 32 360 64 171 2e-41 (O82261) DegP2 protease ( Q9FM41 486 19 34 398 55 171 3e-41 (Q9FM41) Similarity to se Q9FIV6 586 20 34 355 58 170 4e-41 (Q9FIV6) Serine protease- Q7NEY6 307 27 41 296 43 170 6e-41 (Q7NEY6) Serine protease Q9Z5G6 452 25 38 348 52 169 1e-40 (Q9Z5G6) Putative serine Q9SHZ1 559 19 35 367 69 168 2e-40 (Q9SHZ1) F1E22.1 Q9RXI6 364 24 40 273 26 167 4e-40 (Q9RXI6) Periplasmic seri Q6FLE2 979 17 33 376 55 167 5e-40 (Q6FLE2) Similar to sp|P5 YNM3_YEAST 997 18 33 376 61 166 9e-40 (P53920) Hypothetical 110 Q6ASR0 596 21 36 300 42 165 1e-39 (Q6ASR0) Putative DegP2 p Q9HSH6 356 25 37 335 42 164 3e-39 (Q9HSH6) Serine proteinas Q9CD67 382 25 38 348 52 163 8e-39 (Q9CD67) Possible secrete Q72GE3 348 27 40 322 56 163 8e-39 (Q72GE3) Probable serine Q9SHZ0 518 18 32 383 78 161 4e-38 (Q9SHZ0) F1E22.2 Q8CT51 268 23 41 240 18 161 4e-38 (Q8CT51) Hypothetical pro Q6AEJ9 549 24 36 306 90 158 2e-37 (Q6AEJ9) Serine protease Q6ZM04 206 32 49 187 12 158 2e-37 (Q6ZM04) SI:dZSL7.2 (Nove trembl|CAE49697|CAE49697 206 32 49 187 12 158 2e-37 SI:dZSL7.2 (Novel serine Q93F88 245 32 52 197 20 158 2e-37 (Q93F88) DegP (Fragment) O04481 450 20 33 317 60 157 4e-37 (O04481) F5I14.17 protein Q6CIT6 985 19 33 372 53 155 1e-36 (Q6CIT6) Similar to sp|P5 Q8EXN1 504 21 38 303 57 155 2e-36 (Q8EXN1) Putative serine Q75FN9 504 20 38 285 50 154 4e-36 (Q75FN9) HtrA1 Q8R221 211 33 50 165 16 152 2e-35 (Q8R221) 2210021K23Rik pr Q6BKM0 987 19 33 381 59 152 2e-35 (Q6BKM0) Similar to CA069 Q6AT72 614 18 30 364 86 151 4e-35 (Q6AT72) Putative serine Q8BN04 218 29 45 204 22 150 4e-35 (Q8BN04) Mus musculus 10 Q9FL12 592 19 36 315 44 150 6e-35 (Q9FL12) Serine protease- Q93ZW5 323 28 40 250 32 150 6e-35 (Q93ZW5) Putative HhoA pr YIFC_SCHPO 996 16 31 372 62 150 6e-35 (Q9P7S1) Hypothetical pro SPPA_ARATH 321 28 40 250 32 150 7e-35 (Q9SEL7) Protease sppA, c Q9CCY9 354 24 37 329 61 149 1e-34 (Q9CCY9) Probable secrete Q7NJI5 329 23 39 300 59 147 4e-34 (Q7NJI5) Gll1847 protein Q7S9D2 1026 18 33 383 60 147 6e-34 (Q7S9D2) Hypothetical pro Q6Z806 567 20 35 354 36 146 8e-34 (Q6Z806) Putative DegP2 p Q8FP57 467 26 42 256 24 146 9e-34 (Q8FP57) Putative peripla Q7URI2 556 25 39 301 58 145 2e-33 (Q7URI2) Serine protease Q7U2S9 355 26 38 312 63 142 1e-32 (Q7U2S9) PROBABLE SERINE O07175 355 26 38 312 63 142 1e-32 (O07175) PROBABLE SERINE Q7DAF8 355 26 38 312 63 142 1e-32 (Q7DAF8) Serine protease, Q6NE61 772 27 41 263 31 142 2e-32 (Q6NE61) Magnetosome prot trembl|CAE12032|CAE12032 772 27 41 263 31 142 2e-32 Magnetosome protein MamE. Q89LA7 248 29 45 199 18 140 6e-32 (Q89LA7) Bll4639 protein Q8XHJ7 385 24 39 255 24 140 6e-32 (Q8XHJ7) Probable serine Q9KZU4 347 26 37 234 89 140 8e-32 (Q9KZU4) Putative proteas Q9RWC4 366 20 34 320 55 139 1e-31 (Q9RWC4) Periplasmic seri Q50320 361 26 39 296 49 139 2e-31 (Q50320) PepA Q9LK70 499 17 34 344 42 138 3e-31 (Q9LK70) Similarity to se Q75D90 976 18 33 377 53 137 3e-31 (Q75D90) ABR134Cp Q896Z2 376 26 46 166 8 137 3e-31 (Q896Z2) Serine protease O04480 487 21 38 270 23 137 4e-31 (O04480) F5I14.16 Q9LK71 565 19 34 288 58 137 6e-31 (Q9LK71) Gb|AAF23847.1 Q7V060 446 29 44 191 8 137 6e-31 (Q7V060) Serine proteases Q89E13 288 23 37 282 55 136 8e-31 (Q89E13) Serine protease Q8RY22 1097 18 33 386 71 135 2e-30 (Q8RY22) AT3g03380/T21P5_ Q9SRP2 627 18 33 386 71 133 8e-30 (Q9SRP2) T21P5.20 protein Q82G53 411 26 37 230 96 132 1e-29 (Q82G53) Putative proteas Q6CHS4 1012 17 34 336 34 132 2e-29 (Q6CHS4) Yarrowia lipolyt Q7UWG0 438 22 36 245 43 132 2e-29 (Q7UWG0) Probable serine Q6MPD5 476 21 34 388 78 130 5e-29 (Q6MPD5) Periplasmic seri Q72KS5 333 20 36 315 54 129 1e-28 (Q72KS5) Protease Do Q7PAY2 497 18 33 313 62 129 1e-28 (Q7PAY2) Heat shock prote Q92J35 497 18 33 313 62 129 1e-28 (Q92J35) Heat shock prote Q6X3F7 311 24 38 232 28 128 3e-28 (Q6X3F7) Serine protease trembl|AAP22630|AAP22630 311 24 38 232 28 128 3e-28 Serine protease. Q6N130 347 20 33 320 46 127 4e-28 (Q6N130) Possible serine trembl|CAE30019|CAE30019 347 20 33 320 46 127 4e-28 Possible serine protease, Q9ABR9 338 22 38 252 22 124 5e-27 (Q9ABR9) PDZ domain famil Q8A9Q0 360 26 44 159 10 122 1e-26 (Q8A9Q0) Putative proteas Q89UR0 323 19 35 283 43 122 1e-26 (Q89UR0) Bll1351 protein Q6BZQ9 1036 16 28 393 112 122 2e-26 (Q6BZQ9) Similar to sp|P5 Q7UNU5 377 21 39 344 44 120 6e-26 (Q7UNU5) Serine proteinas Q72TA9 484 19 39 268 26 120 6e-26 (Q72TA9) Serine protease Q9APH4 484 19 39 268 26 120 6e-26 (Q9APH4) HtrA1 (Heat shoc Q8IAV8 374 18 34 240 55 119 1e-25 (Q8IAV8) Hypothetical pro Q89W44 416 26 39 216 13 119 2e-25 (Q89W44) Bll0849 protein Q9ZDX8 315 18 34 276 60 118 2e-25 (Q9ZDX8) PROTEASE DO (Htr Q8XUP6 305 25 41 178 34 118 3e-25 (Q8XUP6) PUTATIVE SERINE Q9KAU7 264 31 43 128 9 117 4e-25 (Q9KAU7) BH2189 protein Y4BJ_RHISN 630 30 42 160 28 114 3e-24 (P55377) Hypothetical 67. Q98J87 301 23 36 252 24 113 6e-24 (Q98J87) Probable serine Q9Z1Y2 173 27 44 159 22 112 1e-23 (Q9Z1Y2) Serine protease Q9CB95 401 22 35 200 59 110 6e-23 (Q9CB95) Putative membran Q6NJT6 398 20 36 199 38 109 2e-22 (Q6NJT6) Putative serine trembl|CAE48811|CAE48811 398 20 36 199 38 109 2e-22 Putative serine protease Q8IAR5 870 24 42 198 26 107 3e-22 (Q8IAR5) Serine protease, O74325 997 17 33 333 54 107 4e-22 (O74325) Serine protease Q6M866 383 22 36 198 39 106 1e-21 (Q6M866) Putative serine Q6N736 414 30 42 141 11 106 2e-21 (Q6N736) Serine protease, trembl|CAE27868|CAE27868 414 30 42 141 11 106 2e-21 Serine protease, trypsin Q8NTL1 397 22 36 198 39 105 2e-21 (Q8NTL1) Trypsin-like ser Q744D8 397 22 33 192 45 104 4e-21 (Q744D8) Hypothetical pro O69639 397 22 33 189 53 103 7e-21 (O69639) POSSIBLE MEMBRAN Q7D538 397 22 33 189 53 103 7e-21 (Q7D538) Serine protease Q7TVZ3 397 22 33 189 53 103 8e-21 (Q7TVZ3) PUTATIVE MEMBRAN O97659 163 27 43 138 19 102 2e-20 (O97659) Serine protease Q83EY2 395 23 44 161 15 101 5e-20 (Q83EY2) Serine protease YJ64_AQUAE 429 22 39 145 21 100 8e-20 (O67776) Hypothetical zin Q82AP1 394 23 37 187 29 99 1e-19 (Q82AP1) Putative peptida Q6ZM02 167 26 42 142 27 99 2e-19 (Q6ZM02) SI:dZSL7.7 (Nove trembl|CAE49704|CAE49704 167 26 42 142 27 99 2e-19 SI:dZSL7.7 (Novel serine Q8CJW3 401 24 40 131 9 98 3e-19 (Q8CJW3) Putative serine Q82EL9 399 19 34 177 38 97 5e-19 (Q82EL9) Putative serine Q8CUK7 270 24 44 133 5 97 6e-19 (Q8CUK7) Hypothetical con Q9S2P8 282 24 36 187 29 96 1e-18 (Q9S2P8) Putative peptida Q7RNL9 452 18 33 212 41 96 2e-18 (Q7RNL9) Serine protease Q888T2 382 24 37 147 12 95 3e-18 (Q888T2) Trypsin domain p Q8FST9 398 22 35 198 39 94 4e-18 (Q8FST9) Hypothetical pro Q82XA8 279 19 33 214 63 94 4e-18 (Q82XA8) Serine proteases Q6ARI8 384 31 44 132 11 92 2e-17 (Q6ARI8) Related to serin Q83BW1 454 20 40 166 13 92 2e-17 (Q83BW1) Membrane-associa Q6A5Z0 397 29 44 136 10 92 2e-17 (Q6A5Z0) Trypsin-like ser Q7UMX9 408 19 36 180 54 91 3e-17 (Q7UMX9) Probable secrete Q93F93 402 19 32 195 40 89 2e-16 (Q93F93) Serine proteinas Q9EUN0 217 20 37 169 13 87 6e-16 (Q9EUN0) Ycg4E ECFE_ECOLI 450 19 34 162 7 86 1e-15 (P37764) Protease ecfE (E Q8FL08 465 19 34 162 7 86 1e-15 (Q8FL08) Protease ecfE (E ECFE_SALTI 450 20 36 162 7 85 3e-15 (Q8Z9A4) Protease ecfE (E YJ91_PASMU 442 19 34 157 9 85 3e-15 (Q9CJL2) Hypothetical zin ECFE_SALTY 450 20 36 162 7 85 3e-15 (Q8ZRP1) Protease ecfE (E Y084_NEIMA 446 23 36 182 13 84 3e-15 (Q9JX32) Hypothetical zin Q9SRP3 443 18 30 327 63 84 4e-15 (Q9SRP3) T21P5.19 protein Q7UDQ8 450 19 34 162 7 84 4e-15 (Q7UDQ8) Hypothetical pro Q83MD2 465 19 34 162 7 84 5e-15 (Q83MD2) Hypothetical pro Q9C691 257 18 36 145 31 84 5e-15 (Q9C691) Hypothetical pro Y183_NEIMB 446 23 36 182 13 84 5e-15 (Q9K1G9) Hypothetical zin Q82U02 455 19 41 158 6 83 1e-14 (Q82U02) Membrane-associa Q9JIL4 519 19 39 170 9 82 1e-14 (Q9JIL4) PDZK1 (PDZ domai Q8CDP5 523 19 38 170 9 82 2e-14 (Q8CDP5) Mus musculus adu LAP4_HUMAN 1630 22 38 174 7 82 2e-14 (Q14160) LAP4 protein (Sc Q9CQ72 519 19 38 170 9 82 2e-14 (Q9CQ72) Mus musculus adu Q6MGY2 557 18 38 150 16 82 2e-14 (Q6MGY2) Hypothetical zin Y600_TREPA 450 24 42 151 18 81 4e-14 (O83609) Hypothetical zin Q9JJ40 523 20 39 160 9 81 4e-14 (Q9JJ40) PDZ domain-conta Y0E9_PSEAE 450 20 36 153 20 81 5e-14 (Q9HXY3) Hypothetical zin Q9ZG46 56 53 69 56 0 81 5e-14 (Q9ZG46) HtrA-like protei Q7NVY7 447 21 35 163 18 80 7e-14 (Q7NVY7) Hypothetical pro Q6AZ21 523 20 39 160 9 80 7e-14 (Q6AZ21) PDZ domain conta O35234 474 19 39 156 17 80 7e-14 (O35234) Diphor-1 Q865P3 518 17 39 160 9 80 8e-14 (Q865P3) PDZK1-like prote Q73K79 450 17 36 140 18 80 8e-14 (Q73K79) Membrane-associa Q9BQ41 519 18 40 160 9 80 9e-14 (Q9BQ41) PDZ domain conta Q8R4G2 519 17 36 170 9 79 1e-13 (Q8R4G2) Hydrophilic CFTR trembl|AAH63590|AAH63590 649 22 38 174 7 79 1e-13 SCRIB protein (Fragment). O60450 519 18 40 160 9 79 1e-13 (O60450) PDZ domain conta trembl|AAH14632|AAH14632 832 22 38 174 7 79 1e-13 SCRIB protein (Fragment). Q7N8P0 451 20 36 160 11 79 2e-13 (Q7N8P0) Protease EcfE Q93DZ1 632 23 47 132 6 79 2e-13 (Q93DZ1) Hypothetical pro trembl|CAE12038|CAE12038 632 23 47 132 6 79 2e-13 MamO protein. Q8N5Y7 246 21 40 112 25 79 2e-13 (Q8N5Y7) PRSS11 protein Q6ZIR2 914 16 28 409 87 78 2e-13 (Q6ZIR2) DegP protease-li Q8DIF3 481 25 40 133 14 78 2e-13 (Q8DIF3) Tlr1637 protein trembl|BAD07503|BAD07503 914 16 28 409 87 78 2e-13 DegP protease-like. trembl|AAH62888|AAH62888 1612 20 37 174 7 78 2e-13 AI118201 protein. LAP4_MOUSE 1612 20 37 174 7 78 3e-13 (Q80U72) LAP4 protein (Sc Q7ZZ35 1181 19 38 174 7 78 3e-13 (Q7ZZ35) SI:zC12P8.1 (Nov Q7EYB1 496 18 33 270 58 78 3e-13 (Q7EYB1) Hypothetical pro trembl|BAC98698|BAC98698 496 18 33 270 58 78 3e-13 Hypothetical protein P057 Q6FCG8 451 20 38 156 11 78 3e-13 (Q6FCG8) Putative membran YM53_VIBCH 452 18 35 155 22 78 3e-13 (Q9KPV9) Hypothetical zin Q6AWK8 1756 17 32 178 8 77 5e-13 (Q6AWK8) RE02389p Q7PS39 1575 15 33 183 10 77 5e-13 (Q7PS39) ENSANGP000000047 LAP4_DROME 1851 17 32 178 8 77 5e-13 (Q7KRY7) LAP4 protein (Sc trembl|AAF56598|AAF56598 1851 17 32 178 8 77 5e-13 CG5462-PD. Q886N6 450 18 37 160 12 77 6e-13 (Q886N6) Membrane-associa Q7EY28 481 17 34 222 30 76 1e-12 (Q7EY28) Hypothetical pro trembl|BAC84455|BAC84455 481 17 34 222 30 76 1e-12 Hypothetical protein OSJN Q87ME4 452 19 35 160 12 76 1e-12 (Q87ME4) Putative membran ECFE_YERPE 451 18 33 160 11 75 2e-12 (Q8ZH59) Protease ecfE (E Q8N6R4 491 22 34 153 35 75 2e-12 (Q8N6R4) Natrium-phosphat Q8NEX7 505 23 34 153 35 75 2e-12 (Q8NEX7) Intestinal and k Q6MHQ2 351 19 36 164 60 75 2e-12 (Q6MHQ2) Similar to heat- Q8DBF4 452 19 36 157 18 75 2e-12 (Q8DBF4) Predicted membra Q6AX30 582 18 39 156 9 75 3e-12 (Q6AX30) Hypothetical pro Q86UT5 571 22 34 153 35 75 3e-12 (Q86UT5) DLNB27 protein Q7MIG7 452 19 36 157 18 74 3e-12 (Q7MIG7) Predicted membra Q88MH3 452 21 36 155 16 74 4e-12 (Q88MH3) Membrane-associa Q6QBS9 111 22 36 104 7 74 5e-12 (Q6QBS9) 60 kDa heat-shoc Q9W2L2 1202 22 40 160 6 73 9e-12 (Q9W2L2) CG30388-PA (LD27 SDB1_RAT 300 18 30 168 25 72 1e-11 (Q9JI92) Syntenin 1 (Synd trembl|AAH64651|AAH64651 300 18 30 168 25 72 1e-11 Hypothetical protein. Q9H3N9 1134 17 33 148 11 72 1e-11 (Q9H3N9) PDZ domain prote NHR1_RABIT 358 18 30 159 47 72 2e-11 (Q28619) Ezrin-radixin-mo NHR1_RAT 356 19 32 162 38 72 2e-11 (Q9JJ19) Ezrin-radixin-mo NHR1_HUMAN 358 19 29 169 42 72 2e-11 (O14745) Ezrin-radixin-mo Q6NTG0 372 19 34 162 41 72 2e-11 (Q6NTG0) SLC9A3R2 protein Q6NA43 250 19 42 181 25 72 2e-11 (Q6NA43) Hypothetical pro trembl|CAE26786|CAE26786 250 19 42 181 25 72 2e-11 Hypothetical protein prec Q21075 1012 20 38 160 6 72 2e-11 (Q21075) Hypothetical pro NHR2_HUMAN 337 19 34 162 41 72 2e-11 (Q15599) Na(+)/H(+) excha O43742 1582 19 35 160 27 72 2e-11 (O43742) Inadl protein Q6DIL7 320 19 31 155 13 72 3e-11 (Q6DIL7) Hypothetical pro O15249 1524 19 35 160 27 71 3e-11 (O15249) PDZ domain prote O60833 1552 19 35 160 27 71 3e-11 (O60833) Inadl protein Q6NS54 316 19 34 162 41 71 3e-11 (Q6NS54) Slc9a3r2 protein Q6P427 348 16 33 162 54 71 3e-11 (Q6P427) MGC68451 protein trembl|AAH63721|AAH63721 348 16 33 162 54 71 3e-11 Hypothetical protein. NHR2_MOUSE 337 19 34 162 41 71 3e-11 (Q9JHL1) Na(+)/H(+) excha Q6ASR8 614 17 32 226 41 71 3e-11 (Q6ASR8) Hypothetical pro O88601 298 20 31 135 25 71 4e-11 (O88601) Syntenin Q8NI35 1801 19 35 160 27 71 4e-11 (Q8NI35) Pals1-associated Q7MX36 439 20 31 139 22 71 4e-11 (Q7MX36) Membrane-associa NHR1_MOUSE 355 19 31 162 36 71 4e-11 (P70441) Ezrin-radixin-mo Q09515 2162 16 35 152 7 71 4e-11 (Q09515) Hypothetical pro trembl|CAA86769|CAA86769 2162 16 35 152 7 71 4e-11 C. elegans MPZ-1 protein trembl|CAA86789|CAA86789 2162 16 35 152 7 71 4e-11 C. elegans MPZ-1 protein Q84SQ1 299 22 34 129 28 71 4e-11 (Q84SQ1) Hypothetical pro Q6PPF3 548 16 34 201 32 71 5e-11 (Q6PPF3) Harmonin a1 SDB1_MOUSE 299 17 30 194 41 71 5e-11 (O08992) Syntenin 1 (Synd trembl|BAC25946|BAC25946 299 17 30 194 41 71 5e-11 14 days embryo liver cDNA trembl|BAC28275|BAC28275 299 17 30 194 41 71 5e-11 Adult male colon cDNA, RI US1C_HUMAN 552 17 37 202 30 71 6e-11 (Q9Y6N9) Harmonin (Usher Q6D8D6 451 18 30 161 7 71 6e-11 (Q6D8D6) Protease (EC 3.4 US1C_MOUSE 910 17 35 200 34 70 6e-11 (Q9ES64) Harmonin (Usher Q6XA19 891 17 35 200 34 70 6e-11 (Q6XA19) Harmonin isoform trembl|AAP72375|AAP72375 891 17 35 200 34 70 6e-11 Harmonin isoform b4. Q8DMQ3 328 26 40 132 15 70 6e-11 (Q8DMQ3) Tlr0058 protein Q8SX30 300 22 40 160 6 70 6e-11 (Q8SX30) RE51969p Q7VJB0 355 12 29 156 27 70 6e-11 (Q7VJB0) Hypothetical pro Q75GX1 552 16 31 256 49 70 6e-11 (Q75GX1) Expressed protei pdb|pdb|1obz_A 163 19 31 135 25 70 7e-11 Q8BXK7 491 16 34 152 11 70 7e-11 (Q8BXK7) Mus musculus adu DLG2_RAT 852 16 34 152 11 70 7e-11 (Q63622) Channel associat Q7RTU8 899 17 37 202 30 70 7e-11 (Q7RTU8) Harmonin isoform Q6AHJ8 377 23 34 210 23 70 7e-11 (Q6AHJ8) Serine protease Q72NM0 207 24 44 126 19 70 8e-11 (Q72NM0) Serine protease Q80YR8 598 22 36 164 27 70 8e-11 (Q80YR8) Similar to InaD- SDB1_HUMAN 298 17 30 194 41 70 8e-11 (O00560) Syntenin 1 (Synd pdb|pdb|1obz_B 165 19 31 135 25 70 8e-11 NHR2_RAT 337 19 34 162 41 70 9e-11 (Q920G2) Na(+)/H(+) excha Q99MJ6 498 21 34 152 30 69 1e-10 (Q99MJ6) Natrium-phosphat Q8F7Y4 207 24 44 126 19 69 1e-10 (Q8F7Y4) Hypothetical pro Q8WU78 346 17 33 148 11 69 1e-10 (Q8WU78) Similar to chann Q7NMY9 253 22 35 157 12 69 1e-10 (Q7NMY9) Glr0626 protein Q8BWE5 498 22 35 152 30 69 1e-10 (Q8BWE5) Mus musculus 0 d NHR2_RABIT 316 19 34 162 41 69 1e-10 (Q8SQG9) Na(+)/H(+) excha Y638_RHILO 367 28 41 93 1 69 1e-10 (Q98MC1) Hypothetical zin Q8KG44 453 15 31 144 34 69 1e-10 (Q8KG44) Membrane-associa Q6ZTA8 749 15 32 188 15 69 1e-10 (Q6ZTA8) Hypothetical pro trembl|BAC86685|BAC86685 749 15 32 188 15 69 1e-10 CDNA FLJ44824 fis, clone Q6PUR1 306 18 35 136 23 69 2e-10 (Q6PUR1) Syndecan binding Q810W9 920 18 31 158 40 69 2e-10 (Q810W9) CASK-interacting Q6LN31 453 17 34 156 11 68 2e-10 (Q6LN31) Putative membran Q6ZSU2 552 16 34 152 11 68 3e-10 (Q6ZSU2) Hypothetical pro trembl|BAC86854|BAC86854 552 16 34 152 11 68 3e-10 CDNA FLJ45207 fis, clone YE11_RALSO 462 21 36 153 14 68 3e-10 (Q8XZI4) Hypothetical zin Q7ULX2 475 16 32 211 29 68 3e-10 (Q7ULX2) Probable MucD-pu Q91XM9 852 16 34 147 11 68 3e-10 (Q91XM9) Chapsyn-110 Q9W106 509 17 35 160 30 68 4e-10 (Q9W106) CG3589-PA (LD110 Q80VW4 906 18 32 158 42 67 5e-10 (Q80VW4) BM340H1.8.2 (Nov Q80VW5 907 18 32 158 42 67 5e-10 (Q80VW5) BM340H1.8.1 (Nov Q80TC2 869 18 32 158 42 67 5e-10 (Q80TC2) MKIAA1526 protei Q8PML2 448 21 35 150 10 67 6e-10 (Q8PML2) Hypothetical pro DLG2_HUMAN 870 16 34 152 11 67 6e-10 (Q15700) Channel associat P96358 341 22 34 171 27 66 9e-10 (P96358) Hypothetical pro Q7D8Y5 341 22 34 171 27 66 9e-10 (Q7D8Y5) Protease-related YB56_BRUSU 379 32 52 73 1 66 9e-10 (Q8G0E1) Hypothetical zin pdb|pdb|1n99_A 162 19 30 134 25 66 9e-10 Y829_BRUME 379 32 52 73 1 66 9e-10 (Q8YHH1) Hypothetical zin Q8TN44 607 17 33 130 24 66 1e-09 (Q8TN44) Sterol-regulator pdb|pdb|1n99_B 163 19 30 134 25 66 1e-09 Q7UWF9 376 22 39 119 8 66 1e-09 (Q7UWF9) Probable serine Q8FRG2 353 17 38 123 1 66 1e-09 (Q8FRG2) Hypothetical pro Q8EGG8 456 16 35 161 12 66 1e-09 (Q8EGG8) Membrane-associa OXAA_RHOBA 827 15 33 125 7 66 1e-09 (Q7UFZ2) Inner membrane p Q9V239 378 21 39 75 1 66 1e-09 (Q9V239) Metalloendopepti Q8BPB9 1261 15 30 148 11 66 1e-09 (Q8BPB9) Mus musculus 11 Q9H5P4 517 17 32 195 36 66 2e-09 (Q9H5P4) Hypothetical pro Q17562 467 15 34 185 47 66 2e-09 (Q17562) Hypothetical pro trembl|CAA92439|CAA92439 467 15 34 185 47 66 2e-09 Hypothetical protein C01F Q6QBS8 111 17 36 92 7 66 2e-09 (Q6QBS8) 60 kDa heat-shoc YD80_AGRT5 377 27 45 93 1 66 2e-09 (Q8UFL7) Hypothetical zin Q7Q1Y9 356 20 35 136 23 66 2e-09 (Q7Q1Y9) AgCP8097 (Fragme Q8N321 511 17 32 195 36 66 2e-09 (Q8N321) PDZK7 protein O75970 2042 17 31 179 22 66 2e-09 (O75970) Multi PDZ domain Q7PK99 332 20 35 136 23 65 2e-09 (Q7PK99) ENSANGP000000240 O34470 350 21 36 82 1 65 2e-09 (O34470) YlbL protein Q6NIN8 350 19 36 121 1 65 2e-09 (Q6NIN8) Putative secrete trembl|CAE49252|CAE49252 350 19 36 121 1 65 2e-09 Putative secreted protein Q7ZUM2 873 15 30 150 15 65 2e-09 (Q7ZUM2) Discs, large (Dr Q6G9E1 496 17 40 145 15 65 3e-09 (Q6G9E1) Putative proteas Q6GGY8 496 17 40 145 15 65 3e-09 (Q6GGY8) Putative proteas Q8NWR2 496 17 40 145 15 65 3e-09 (Q8NWR2) Probable carboxy Q9P202 963 18 31 158 42 65 3e-09 (Q9P202) KIAA1526 protein Q7ZYM5 295 19 31 135 25 65 3e-09 (Q7ZYM5) Sdcbp-prov prote Y118_BORBU 437 19 31 125 23 65 3e-09 (O51145) Hypothetical zin Q99U67 496 17 40 145 15 65 3e-09 (Q99U67) Probable carboxy Q7A5M9 496 17 40 145 15 65 3e-09 (Q7A5M9) Probable carboxy Q6DFR3 295 17 30 179 30 64 3e-09 (Q6DFR3) Hypothetical pro YAEL_HAEIN 443 16 30 157 8 64 4e-09 (P44936) Hypothetical zin Q7U0T2 341 21 33 171 27 64 4e-09 (Q7U0T2) Hypothetical pro Q803J6 299 19 33 180 28 64 4e-09 (Q803J6) Syndecan binding trembl|AAQ97846|AAQ97846 299 19 33 180 28 64 4e-09 Syndecan binding protein. O32624 443 17 33 152 18 64 4e-09 (O32624) ORF3 Q6ATB3 360 18 33 216 27 64 4e-09 (Q6ATB3) Hypothetical pro O70471 612 15 30 148 11 64 4e-09 (O70471) Channel interact trembl|AAH57124|AAH57124 612 15 30 148 11 64 4e-09 Channel-interacting PDZ d Q7WA53 444 27 39 163 13 64 4e-09 (Q7WA53) Putative membran Q7WJ87 444 27 39 163 13 64 4e-09 (Q7WJ87) Putative membran Q7VYC3 444 27 39 163 13 64 5e-09 (Q7VYC3) Putative membran Q9PM33 364 16 31 135 16 64 5e-09 (Q9PM33) Putative peripla Q8PSR7 606 16 31 130 24 64 5e-09 (Q8PSR7) Membrane metallo YA47_XYLFA 444 22 38 146 14 64 6e-09 (Q9PEI1) Hypothetical zin Y327_XYLFT 444 22 37 146 14 64 6e-09 (Q87EI0) Hypothetical zin Q6NY27 559 17 34 156 19 64 6e-09 (Q6NY27) Pdzk1l protein ( Q6Q8T2 449 16 40 143 12 64 7e-09 (Q6Q8T2) Predicted membra LNX1_MOUSE 728 16 32 156 7 63 8e-09 (O70263) Numb-binding pro Q6R005 801 17 33 146 11 63 8e-09 (Q6R005) PSD95/SAP90 Q7UQS9 1074 16 34 113 5 63 8e-09 (Q7UQS9) Probable TolB pr YD18_LISMO 420 14 33 144 23 63 9e-09 (Q8Y7G3) Hypothetical zin DLG4_MOUSE 724 18 34 146 11 63 1e-08 (Q62108) Presynaptic dens Q73PP5 609 25 40 164 16 63 1e-08 (Q73PP5) Conserved domain Q6ZWI2 1284 15 31 157 34 63 1e-08 (Q6ZWI2) Hypothetical pro Q28006 2484 17 32 156 38 63 1e-08 (Q28006) BA14 trembl|BAC85520|BAC85520 1284 15 31 157 34 63 1e-08 CDNA FLJ41043 fis, clone Q6MLF8 974 21 37 70 0 62 1e-08 (Q6MLF8) Component of the Q8GAX8 281 21 39 122 46 62 2e-08 (Q8GAX8) Exfoliative toxi Q834H3 477 17 31 153 25 62 2e-08 (Q834H3) Carboxyl-termina Q8BRI8 628 16 32 156 7 62 2e-08 (Q8BRI8) Mus musculus 10 O32628 443 15 30 157 8 62 2e-08 (O32628) ORF3 Q7Q1Z9 1057 21 41 164 10 62 2e-08 (Q7Q1Z9) AgCP9004 (Fragme O55164 2054 15 29 143 25 62 2e-08 (O55164) Multi PDZ domain Q91WJ1 721 18 34 146 11 62 2e-08 (Q91WJ1) Dlgh4 protein DLG4_HUMAN 767 18 34 146 11 62 2e-08 (P78352) Presynaptic dens DLG4_RAT 724 18 34 146 11 62 2e-08 (P31016) Presynaptic dens Q8VBV5 2055 16 31 150 11 62 2e-08 (Q8VBV5) Multiple PDZ dom Q8VBX6 2055 16 31 150 11 62 2e-08 (Q8VBX6) Multiple PDZ dom Q720A4 420 22 44 67 1 62 3e-08 (Q720A4) Membrane-associa O43798 453 16 32 147 17 61 3e-08 (O43798) Multi PDZ domain Q7PTM6 672 16 31 144 27 61 3e-08 (Q7PTM6) ENSANGP000000194 Q8N790 517 16 32 147 17 61 3e-08 (Q8N790) Hypothetical pro Q8R8M1 398 22 44 71 3 61 4e-08 (Q8R8M1) Periplasmic prot Q6EHH9 2500 15 32 157 36 61 4e-08 (Q6EHH9) Frizzled-8 assoc O66985 408 25 40 84 12 61 4e-08 (O66985) Carboxyl-termina EEP_ENTFA 422 21 42 72 1 61 4e-08 (Q9RPP2) Probable proteas Q8WX31 582 16 32 147 17 61 4e-08 (Q8WX31) BA382H24.3 (Mult YD55_LISIN 420 20 44 67 1 61 4e-08 (Q92C36) Hypothetical zin Q6XVF6 305 18 34 146 11 61 5e-08 (Q6XVF6) PSD-95 beta (Fra trembl|AAQ56707|AAQ56707 305 18 34 146 11 61 5e-08 PSD-95 beta (Fragment). Q8D2G9 446 17 35 148 12 61 5e-08 (Q8D2G9) YaeL protein Q81WL5 420 22 42 74 2 60 6e-08 (Q81WL5) Membrane-associa Q6HEZ5 420 22 42 74 2 60 6e-08 (Q6HEZ5) Membrane-associa Q732P9 420 22 42 74 2 60 6e-08 (Q732P9) Membrane-associa Q8ER62 338 16 31 111 11 60 6e-08 (Q8ER62) Hypothetical con Q9ABT4 239 20 32 130 18 60 6e-08 (Q9ABT4) Hypothetical pro LNX1_HUMAN 728 15 31 158 11 60 7e-08 (Q8TBB1) Numb-binding pro Q6XVF5 295 18 34 146 11 60 7e-08 (Q6XVF5) PSD-95 alpha 2b trembl|AAQ56706|AAQ56706 295 18 34 146 11 60 7e-08 PSD-95 alpha 2b (Fragment Q6XVF4 262 18 34 146 11 60 7e-08 (Q6XVF4) PSD-95 alpha (Fr trembl|AAQ56705|AAQ56705 262 18 34 146 11 60 7e-08 PSD-95 alpha (Fragment). Q8NAW7 386 19 34 153 8 60 7e-08 (Q8NAW7) Hypothetical pro Q9Z1K3 2055 16 29 150 11 60 7e-08 (Q9Z1K3) Multiple PDZ dom PA3L_HUMAN 1205 15 30 159 26 60 8e-08 (Q8TEW8) Amyotrophic late Q8VBY0 2055 16 31 150 11 60 8e-08 (Q8VBY0) Multiple PDZ dom trembl|AAL37377|AAL37377 2055 16 31 150 11 60 8e-08 Multiple PDZ domain prote SDB2_MOUSE 292 19 32 136 25 60 8e-08 (Q99JZ0) Syntenin 2 (Synd Q8EQU7 424 19 32 98 2 60 8e-08 (Q8EQU7) Hypothetical con SDB2_HUMAN 292 19 32 137 25 60 9e-08 (Q9H190) Syntenin 2 (Synt Q9SYB7 252 22 41 78 9 60 1e-07 (Q9SYB7) F11M15.1 protein trembl|AAQ88692|AAQ88692 632 15 31 158 11 60 1e-07 LNX. Q8Y2I4 549 26 41 90 6 59 1e-07 (Q8Y2I4) PUTATIVE CARBOXY Q7Q261 496 21 34 160 25 59 1e-07 (Q7Q261) AgCP7605 (Fragme YF01_RHIME 374 27 45 90 1 59 1e-07 (Q92Q49) Hypothetical zin Q9X5F3 334 21 42 89 1 59 1e-07 (Q9X5F3) Hypothetical pro DLG1_HUMAN 904 15 32 150 15 59 1e-07 (Q12959) Presynaptic prot LNX2_MOUSE 687 19 32 157 8 59 1e-07 (Q91XL2) Ligand of Numb-p O14909 296 18 34 146 11 59 1e-07 (O14909) Tax interaction Q80ZY8 1124 16 31 150 11 59 1e-07 (Q80ZY8) Similar to multi Q9W443 893 18 36 191 29 59 1e-07 (Q9W443) CG5921-PA Q8IRR2 944 18 36 191 29 59 2e-07 (Q8IRR2) CG5921-PB O24877 334 13 30 150 15 59 2e-07 (O24877) Hypothetical pro Q8Y649 496 20 47 77 3 59 2e-07 (Q8Y649) Lmo1851 protein Q7UGZ5 783 23 40 65 0 59 2e-07 (Q7UGZ5) Probable aminope Q8CCP7 496 13 26 192 56 59 2e-07 (Q8CCP7) Mus musculus adu Q82VZ8 1138 24 41 74 0 58 2e-07 (Q82VZ8) PDZ domain (Also Q71YG5 468 20 47 77 3 58 2e-07 (Q71YG5) Carboxypeptidase Q6X4T6 631 17 38 153 11 58 3e-07 (Q6X4T6) Glutamate recept Q6WE29 631 17 38 153 11 58 3e-07 (Q6WE29) Glutamate recept Q9WZK6 402 21 40 76 3 58 3e-07 (Q9WZK6) Carboxyl-termina GRI1_HUMAN 1128 17 38 153 11 58 3e-07 (Q9Y3R0) Glutamate recept Q6P7U4 472 16 31 150 11 58 3e-07 (Q6P7U4) Hypothetical pro Q9ZN28 335 12 30 179 27 58 3e-07 (Q9ZN28) Putative trembl|AAR08916|AAR08916 696 17 37 153 11 58 3e-07 Glutamate receptor intera GRI1_MOUSE 1127 17 38 153 11 58 4e-07 (Q925T6) Glutamate recept Q6P9N3 929 16 31 127 36 58 4e-07 (Q6P9N3) Scrib protein Q6GQT7 1113 17 38 153 11 58 4e-07 (Q6GQT7) Grip1 protein trembl|AAH60689|AAH60689 929 16 31 127 36 58 4e-07 AI118201 protein. GRI1_RAT 1112 17 37 153 11 58 4e-07 (P97879) Glutamate recept LNX2_HUMAN 690 19 34 158 6 57 4e-07 (Q8N448) Ligand of Numb-p Q6NWW3 1060 17 38 153 11 57 4e-07 (Q6NWW3) Grip1 protein Q88W11 492 23 48 76 5 57 4e-07 (Q88W11) Carboxy-terminal O96782 1464 19 33 159 36 57 5e-07 (O96782) Bazooka protein Q8CGN7 893 15 32 150 15 57 5e-07 (Q8CGN7) Embryo-dlg/synap O08783 526 16 31 152 9 57 5e-07 (O08783) 9ORF binding pro Q7YWB2 1332 17 33 133 9 57 5e-07 (Q7YWB2) Nitric oxide syn Q7VM22 437 18 36 156 16 57 6e-07 (Q7VM22) Protease EcfE Q6BCK9 152 16 35 129 19 57 6e-07 (Q6BCK9) PDZK1 (Fragment) Q9VX75 1464 19 33 159 36 57 6e-07 (Q9VX75) CG5055-PA Q9HU50 436 26 40 100 6 57 6e-07 (Q9HU50) Probable carboxy Q92AF7 496 20 46 77 3 57 7e-07 (Q92AF7) Lin1965 protein Q8RA29 332 26 44 64 1 57 7e-07 (Q8RA29) Predicted membra Q8NS96 350 20 39 115 1 57 7e-07 (Q8NS96) Predicted secret Q6PGB5 927 15 32 150 15 57 7e-07 (Q6PGB5) Discs large homo trembl|AAH57118|AAH57118 927 15 32 150 15 57 7e-07 Discs large homolog 1. Q87UG9 445 17 37 122 7 57 7e-07 (Q87UG9) Carboxyl-termina Q7NSR6 473 24 40 95 6 57 8e-07 (Q7NSR6) Carboxy-terminal Q45645 466 26 45 83 4 57 8e-07 (Q45645) OrfRM1 protein O34666 466 26 45 83 4 57 8e-07 (O34666) OrfRM1 (Proteina Q8CSK8 491 16 35 145 15 57 8e-07 (Q8CSK8) Carboxy-terminal Q811D0 905 15 32 150 15 56 9e-07 (Q811D0) Dlgh1 protein Q9EQJ9 1126 15 30 154 30 56 9e-07 (Q9EQJ9) Membrane-associa YO20_BACHD 420 21 44 77 2 56 9e-07 (Q9KA70) Hypothetical zin Q9PA16 508 24 48 79 3 56 1e-06 (Q9PA16) Carboxyl-termina Q6RHR9 1471 13 26 186 56 56 1e-06 (Q6RHR9) MAGI1c alpha bet PTND_MOUSE 2453 14 30 157 39 56 1e-06 (Q64512) Protein tyrosine Q8C0P8 1074 15 30 154 30 56 1e-06 (Q8C0P8) Mus musculus adu pdb|pdb|1p1d_A 196 17 38 150 11 56 1e-06 YL28_LACLA 428 20 40 75 2 56 1e-06 (Q9CDT3) Hypothetical zin PTND_HUMAN 2485 13 28 157 38 56 1e-06 (Q12923) Protein tyrosine Q8FP81 404 29 45 70 1 56 1e-06 (Q8FP81) Putative membran Q879Y2 473 24 48 79 3 56 1e-06 (Q879Y2) Carboxyl-termina O57994 377 19 40 75 1 56 1e-06 (O57994) Hypothetical pro Q9TY20 482 24 38 97 21 56 1e-06 (Q9TY20) Small heat shock Q9DBA6 568 25 40 160 27 56 1e-06 (Q9DBA6) Mus musculus adu Q82Y69 401 29 47 68 0 56 1e-06 (Q82Y69) PDZ domain (Also Q981Z4 552 18 27 232 78 56 1e-06 (Q981Z4) Putative proteas Q7UYZ1 422 19 38 71 0 56 1e-06 (Q7UYZ1) Probable serine Q8XNN1 428 22 37 83 15 55 2e-06 (Q8XNN1) Probable carboxy Q7PRX4 730 17 34 122 7 55 2e-06 (Q7PRX4) ENSANGP000000124 Q6N5Q7 383 24 45 69 1 55 2e-06 (Q6N5Q7) Zinc metalloprot trembl|CAE28356|CAE28356 383 24 45 69 1 55 2e-06 Zinc metalloprotease. Q69ZE1 1170 15 30 154 30 55 2e-06 (Q69ZE1) MKIAA1634 protei Q6ASS0 387 14 29 172 32 55 2e-06 (Q6ASS0) Unknow protein Q8U4C1 369 25 42 74 1 55 2e-06 (Q8U4C1) Metalloprotease Q72KE3 355 28 48 78 5 55 2e-06 (Q72KE3) Membrane metallo Y161_RICPR 359 21 42 86 1 55 2e-06 (Q9ZE02) Hypothetical zin Q7MXF8 507 26 41 70 5 55 2e-06 (Q7MXF8) Carboxyl-termina Q9H2V6 1125 15 29 154 32 55 2e-06 (Q9H2V6) Membrane-associa Q6HEN8 340 19 34 91 1 55 2e-06 (Q6HEN8) ATP-dependent pr Q732E2 340 20 34 91 1 55 2e-06 (Q732E2) PDZ domain prote Q8CST8 428 17 35 90 1 55 3e-06 (Q8CST8) Hypothetical pro Q7VFJ5 351 25 51 60 0 55 3e-06 (Q7VFJ5) Hypothetical pro YLUC_BACSU 422 18 45 58 1 55 3e-06 (O31754) Hypothetical zin Q831Q0 350 19 43 77 1 55 3e-06 (Q831Q0) PDZ domain prote Q8A685 451 16 29 136 35 55 3e-06 (Q8A685) Membrane-associa Q6LZ44 258 19 33 124 43 54 3e-06 (Q6LZ44) Chymotrypsin ser Q74IS1 418 13 33 65 1 54 3e-06 (Q74IS1) Probable proteas DLG1_RAT 911 15 32 147 18 54 4e-06 (Q62696) Presynaptic prot Q8F228 445 15 26 161 47 54 4e-06 (Q8F228) HtrA2 Y203_RICCN 358 23 45 76 1 54 4e-06 (Q92J66) Hypothetical zin ETA_STAAU 280 21 44 128 35 54 4e-06 (P09331) Exfoliative toxi Q776M3 280 21 44 128 35 54 4e-06 (Q776M3) ORF66 trembl|BAA97652|BAA97652 280 21 44 128 35 54 4e-06 ORF66. pdb|pdb|1agj_A 242 21 44 128 35 54 4e-06 pdb|pdb|1dua_A 242 21 44 128 35 54 4e-06 Q7PAV2 357 23 45 76 1 54 4e-06 (Q7PAV2) Hypothetical pro O75085 1256 13 27 195 56 54 4e-06 (O75085) BAI1-associated Q82TT8 476 17 38 70 3 54 4e-06 (Q82TT8) Carboxy-terminal Q23823 665 15 35 161 19 54 5e-06 (Q23823) InaD protein Q62402 927 15 32 150 15 54 5e-06 (Q62402) Dlgh1 homolog pdb|pdb|1exf_A 240 21 44 128 35 54 5e-06 Q96QZ9 1287 13 27 199 47 54 5e-06 (Q96QZ9) MAGI-1B alpha be Q75J70 479 17 30 290 61 54 5e-06 (Q75J70) Hypothetical pro Q72TB0 445 15 26 161 47 54 5e-06 (Q72TB0) HtrA2 Q6INP7 702 15 37 153 11 54 5e-06 (Q6INP7) LOC432193 protei RGE2_HUMAN 1499 25 39 76 10 54 6e-06 (Q9Y4G8) Rap guanine nucl Q81W46 340 20 34 91 1 54 6e-06 (Q81W46) PDZ domain prote trembl|BAA20772|BAA20772 1508 25 39 76 10 54 6e-06 KIAA0313 protein (Fragmen Q929W6 346 18 38 78 2 54 6e-06 (Q929W6) Lin2157 protein Q9APH3 445 15 26 161 47 54 6e-06 (Q9APH3) HtrA2 Q96QZ7 1462 13 27 199 47 54 6e-06 (Q96QZ7) MAGI-1C beta YG93_CLOPE 335 25 41 62 1 54 6e-06 (Q8XJR2) Hypothetical zin Q7Q9T3 489 20 37 124 28 54 6e-06 (Q7Q9T3) AgCP15068 (Fragm Q8PAW0 448 24 34 148 14 54 6e-06 (Q8PAW0) Hypothetical pro Q72Q63 590 27 38 86 7 54 7e-06 (Q72Q63) Carboxy-terminal Q8CVF0 607 27 38 86 7 54 7e-06 (Q8CVF0) Carboxy-terminal Q9JK71 1179 14 30 154 30 54 7e-06 (Q9JK71) Scaffolding prot Q96AR5 435 25 41 162 21 53 7e-06 (Q96AR5) Similar to RIKEN Y627_BARHE 358 21 39 72 1 53 8e-06 (Q8VQ25) Hypothetical zin Q6DH53 198 23 35 69 2 53 8e-06 (Q6DH53) Zgc:92643 Q801P2 290 16 30 136 25 53 8e-06 (Q801P2) MGC52622 protein INAD_DROME 674 18 37 153 17 53 9e-06 (Q24008) Inactivation-no- O35002 480 22 43 85 4 53 9e-06 (O35002) Putative proteas YJ16_CAUCR 398 29 41 83 1 53 9e-06 (Q9A710) Hypothetical zin Q8XJE5 386 15 34 139 6 53 9e-06 (Q8XJE5) Stage IV sporula Q9HCD8 874 18 29 155 66 53 9e-06 (Q9HCD8) KIAA1634 protein GRI2_HUMAN 1043 17 37 152 12 53 9e-06 (Q9C0E4) Glutamate recept Q6AP34 357 30 48 65 1 53 1e-05 (Q6AP34) Hypothetical mem Q9BMC9 233 18 33 136 23 53 1e-05 (Q9BMC9) Syntenin (Fragme Q9PI00 444 23 43 69 4 53 1e-05 (Q9PI00) Putative secrete DLG3_MOUSE 849 16 33 152 11 53 1e-05 (P70175) Presynaptic prot DLG3_RAT 849 16 33 152 11 53 1e-05 (Q62936) Presynaptic prot Q80TH1 950 16 33 152 11 53 1e-05 (Q80TH1) MKIAA1232 protei Q9CZZ4 249 18 33 104 2 53 1e-05 (Q9CZZ4) Mus musculus 10 Q7WQN0 483 28 40 86 6 53 1e-05 (Q7WQN0) Putative carboxy Q9K9Q9 349 22 36 73 2 53 1e-05 (Q9K9Q9) BH2586 protein Q72DR4 354 26 42 70 1 53 1e-05 (Q72DR4) Membrane-associa Q7W1Q4 495 28 40 86 6 53 1e-05 (Q7W1Q4) Putative carboxy Q7VS41 481 28 40 86 6 53 1e-05 (Q7VS41) Putative carboxy PSD9_MOUSE 222 18 33 104 2 53 1e-05 (Q9CR00) 26S proteasome n Q6NGL2 404 29 38 76 1 53 1e-05 (Q6NGL2) Putative membran trembl|CAE50026|CAE50026 404 29 38 76 1 53 1e-05 Putative membrane protein Q8PRE0 508 27 40 67 2 53 1e-05 (Q8PRE0) Carboxyl-termina RGE2_MOUSE 1138 24 38 76 10 52 1e-05 (Q8CHG7) Rap guanine nucl Q6NXI4 1511 24 38 76 10 52 1e-05 (Q6NXI4) Rapgef2 protein Q82K42 434 21 45 56 1 52 1e-05 (Q82K42) Hypothetical pro ARHB_HUMAN 1522 24 40 68 1 52 1e-05 (O15085) Rho guanine nucl Q6PFW2 1562 24 40 68 1 52 1e-05 (Q6PFW2) ARHGEF11 protein trembl|AAH57394|AAH57394 1562 24 40 68 1 52 1e-05 ARHGEF11 protein. trembl|BAA20834|BAA20834 1539 24 40 68 1 52 1e-05 KIAA0380 protein (Fragmen Y258_HELPJ 350 19 44 52 0 52 1e-05 (Q9ZMH8) Hypothetical zin Q8EXN0 527 18 36 276 34 52 1e-05 (Q8EXN0) Putative serine Q7PFZ3 357 17 34 122 7 52 1e-05 (Q7PFZ3) ENSANGP000000230 Q7PRR2 240 17 34 122 7 52 2e-05 (Q7PRR2) ENSANGP000000125 Q9X840 203 25 36 73 1 52 2e-05 (Q9X840) Putative integra O43386 579 22 39 73 10 52 2e-05 (O43386) KIA001LB (Fragme Q9UHV4 1204 22 39 73 10 52 2e-05 (Q9UHV4) PDZ domain-conta Q74JK3 483 20 45 71 3 52 2e-05 (Q74JK3) Hypothetical pro Q926B9 440 24 40 66 3 52 2e-05 (Q926B9) PUTATIVE CARBOXY O97758 1769 12 29 163 57 52 2e-05 (O97758) ZO-1 MDCK Q8XVE1 621 19 34 90 4 52 2e-05 (Q8XVE1) Hypothetical pro Q8S3I6 473 20 29 76 1 52 2e-05 (Q8S3I6) D1 protease prec Y890_THEMA 501 22 38 68 3 52 2e-05 (Q9WZZ2) Hypothetical zin Q9HBC4 1150 14 29 154 32 52 2e-05 (Q9HBC4) Membrane-associa YJ63_STRPY 419 18 27 66 4 52 2e-05 (Q99XY3) Hypothetical zin Q8NZB3 419 18 27 66 4 52 2e-05 (Q8NZB3) Hypothetical pro O51334 475 21 37 95 10 52 2e-05 (O51334) Carboxyl-termina Q7JMN5 629 14 28 170 44 52 2e-05 (Q7JMN5) Hypothetical pro Q7V7H0 453 22 39 95 3 52 2e-05 (Q7V7H0) Carboxyl-termina trembl|CAE48495|CAE48495 629 14 28 170 44 52 2e-05 C. elegans MPZ-1 protein trembl|CAE48511|CAE48511 629 14 28 170 44 52 2e-05 C. elegans MPZ-1 protein Q9YFP0 383 29 44 82 6 52 2e-05 (Q9YFP0) 383aa long hypot Q7M7L3 354 20 41 63 0 52 2e-05 (Q7M7L3) PUTATIVE INTEGRA Q75FN8 527 18 35 272 42 52 2e-05 (Q75FN8) HtrA1-like prote Q79W78 419 18 27 66 4 52 2e-05 (Q79W78) Hypothetical pro Q8K5S6 419 18 27 66 4 52 2e-05 (Q8K5S6) Putative determi Q819P3 345 25 40 74 1 52 2e-05 (Q819P3) ATP-dependent pr Q8I103 1109 10 29 137 28 52 2e-05 (Q8I103) Hypothetical pro RGE6_HUMAN 1601 22 39 73 10 52 2e-05 (Q8TEU7) Rap guanine nucl PSD9_RAT 222 17 32 104 2 52 2e-05 (Q9WTV5) 26S proteasome n Q88CX2 438 21 38 100 6 52 2e-05 (Q88CX2) Carboxyl-termina Q88YL4 391 20 39 73 0 52 2e-05 (Q88YL4) Integral membran Q8ES23 228 26 42 63 1 52 3e-05 (Q8ES23) Hypothetical pro Q7TXN5 404 27 51 58 0 52 3e-05 (Q7TXN5) PROBABLE CONSERV Q8R712 453 29 48 71 3 52 3e-05 (Q8R712) Periplasmic prot Q75GR2 293 17 33 214 36 52 3e-05 (Q75GR2) Expressed protei Q75GW4 579 17 33 214 36 52 3e-05 (Q75GW4) Expressed protei Q6AX68 1420 23 38 76 10 52 3e-05 (Q6AX68) Hypothetical pro Q9H5Z3 220 19 34 132 6 52 3e-05 (Q9H5Z3) Hypothetical pro Q72J50 439 27 44 71 3 52 3e-05 (Q72J50) Tail-specific pr YS69_MYCTU 404 27 51 58 0 51 3e-05 (O33351) Hypothetical zin O28947 501 21 38 57 0 51 3e-05 (O28947) Hypothetical pro Q7PNK0 1217 17 35 155 23 51 3e-05 (Q7PNK0) ENSANGP000000019 Q86BD8 1271 28 42 73 2 51 3e-05 (Q86BD8) CG30084-PD Q8IGJ7 780 28 42 73 2 51 3e-05 (Q8IGJ7) RH03424p Q8MLC1 1094 28 42 73 2 51 3e-05 (Q8MLC1) CG30084-PC Q9V7F0 1283 28 42 73 2 51 3e-05 (Q9V7F0) CG30084-PA Q9V7F2 2527 28 42 73 2 51 3e-05 (Q9V7F2) CG30084-PB Q70Q02 208 19 47 65 2 51 3e-05 (Q70Q02) PDZ-domain facto trembl|CAD89011|CAD89011 208 19 47 65 2 51 3e-05 PDZ-domain factor 1. pdb|pdb|1due_A 242 20 44 128 35 51 3e-05 Q6AWB9 738 14 29 179 22 51 4e-05 (Q6AWB9) Hypothetical pro Q8KAA8 574 25 40 78 6 51 4e-05 (Q8KAA8) Carboxyl-termina ZO1_MOUSE 1745 12 29 163 58 51 4e-05 (P39447) Tight junction p YB45_STAAW 428 18 33 70 1 51 4e-05 (Q8NWZ4) Hypothetical zin YC62_STAAM 428 18 33 70 1 51 4e-05 (Q99UL0) Hypothetical zin Q6G9V1 428 18 33 70 1 51 4e-05 (Q6G9V1) Putative membran Q6GHH3 428 19 33 70 1 51 4e-05 (Q6GHH3) Putative membran Q82IS6 365 35 44 64 1 51 4e-05 (Q82IS6) Putative secrete Q9H1X7 1027 14 29 154 32 51 4e-05 (Q9H1X7) DJ730K3.2 (Simil Q8PEF9 526 20 45 79 3 51 4e-05 (Q8PEF9) Carboxyl-termina Q97LQ5 403 29 48 55 3 51 4e-05 (Q97LQ5) Carboxyl-termina Q8AVD0 213 23 36 67 2 51 4e-05 (Q8AVD0) MGC53232 protein Q9U110 794 20 38 103 9 51 4e-05 (Q9U110) Hypothetical pro Q7W3A1 590 18 36 72 0 51 4e-05 (Q7W3A1) Hypothetical pro Q7WEL9 590 18 36 72 0 51 4e-05 (Q7WEL9) Hypothetical pro O30720 351 19 45 57 0 51 4e-05 (O30720) Hypothetical pro Q8YJ72 442 25 43 69 3 50 5e-05 (Q8YJ72) TAIL-SPECIFIC PR ZO1_HUMAN 1736 12 29 164 56 50 5e-05 (Q07157) Tight junction p APB1_RAT 839 16 35 131 26 50 5e-05 (O35430) Amyloid beta A4 ARHB_RAT 1527 24 40 68 1 50 5e-05 (Q9ES67) Rho guanine nucl Q6MZU1 1692 12 29 164 56 50 5e-05 (Q6MZU1) Hypothetical pro trembl|CAE45936|CAE45936 1692 12 29 164 56 50 5e-05 Hypothetical protein DKFZ Q8FYM8 424 25 43 69 3 50 5e-05 (Q8FYM8) Carboxyl-termina Q6NXJ3 1572 16 33 141 19 50 6e-05 (Q6NXJ3) Dlg5 protein (Fr Q8CMC1 282 21 41 127 28 50 6e-05 (Q8CMC1) Serine protease Q8BMF2 452 16 35 131 26 50 6e-05 (Q8BMF2) Mus musculus adu AIP1_RAT 1277 14 32 160 54 50 6e-05 (O88382) Atrophin-1 inter ECFE_PHOLU 226 26 43 66 1 50 6e-05 (Q9S342) Protease ecfE (E Q75TG0 431 16 26 140 14 50 6e-05 (Q75TG0) Stage IV sporula Q6M0U9 375 23 44 66 1 50 6e-05 (Q6M0U9) Hypothetical pro Q8TEA3 1113 22 40 69 10 50 6e-05 (Q8TEA3) Hypothetical pro PSD9_HUMAN 223 21 38 69 2 50 6e-05 (O00233) 26S proteasome n Q9W486 531 20 33 93 8 50 6e-05 (Q9W486) CG32758-PA (LD13 P73458 423 19 36 103 4 50 6e-05 (P73458) Carboxyl-termina Q74CA2 443 20 34 108 24 50 6e-05 (Q74CA2) Carboxy-terminal Q6XS95 1450 20 33 97 2 50 6e-05 (Q6XS95) Guanine nucleoti trembl|AAP43996|AAP43996 1450 20 33 97 2 50 6e-05 Guanine nucleotide exchan trembl|AAR35149|AAR35149 443 20 34 108 24 50 6e-05 Carboxy-terminal processi AIP1_MOUSE 1275 14 32 160 54 50 6e-05 (Q9WVQ1) Atrophin-1 inter Q8YU55 428 20 44 76 1 50 6e-05 (Q8YU55) Carboxyl-termina Q72Q11 462 19 41 86 6 50 6e-05 (Q72Q11) Carboxy-terminal Q8CVF1 462 19 41 86 6 50 6e-05 (Q8CVF1) Carboxy-terminal Q6G1J2 382 21 39 72 1 50 6e-05 (Q6G1J2) Membrane-associa Q9K6X5 479 25 37 72 3 50 6e-05 (Q9K6X5) Carboxy-terminal Q6GFN8 239 19 35 124 30 50 7e-05 (Q6GFN8) Serine protease Q9ZF67 441 21 35 70 3 50 7e-05 (Q9ZF67) Carboxy-terminal Q7NCD7 893 18 40 55 0 50 7e-05 (Q7NCD7) Gll3042 protein Q9PJV2 649 25 42 73 4 50 7e-05 (Q9PJV2) Tail specific pr Q7PV46 302 20 43 65 2 50 8e-05 (Q7PV46) ENSANGP000000157 Q75TB3 431 15 26 140 14 50 8e-05 (Q75TB3) Stage IV sporula Q83BH0 456 28 40 68 3 50 8e-05 (Q83BH0) Carboxyl-termina Q98F02 443 28 42 65 5 50 8e-05 (Q98F02) Carboxyl-termina AIP1_HUMAN 1455 14 32 160 54 50 8e-05 (Q86UL8) Atrophin-1 inter Q75HK9 271 23 41 96 4 50 8e-05 (Q75HK9) Putative proteas trembl|AAR89887|AAR89887 271 23 41 96 4 50 8e-05 Putative protease. Q8H489 262 22 37 127 13 50 9e-05 (Q8H489) Hypothetical pro Q9ZG64 48 38 55 46 3 50 9e-05 (Q9ZG64) Immunoreactive s trembl|AAH59005|AAH59005 1112 14 32 160 54 50 9e-05 Activin receptor interact Q7VU53 590 18 36 72 0 50 9e-05 (Q7VU53) Hypothetical pro Q9JZ21 494 18 38 110 6 50 9e-05 (Q9JZ21) Carboxy-terminal ARHC_HUMAN 1544 22 39 60 1 50 9e-05 (Q9NZN5) Rho guanine nucl Q6P526 573 22 39 60 1 50 9e-05 (Q6P526) Hypothetical pro Q9JU16 494 18 38 110 6 50 9e-05 (Q9JU16) Putative carboxy trembl|AAH63117|AAH63117 573 22 39 60 1 50 9e-05 Hypothetical protein (Fra Q6G4Y5 436 18 35 107 12 50 9e-05 (Q6G4Y5) Carboxy-terminal Q7URA6 506 16 30 215 55 50 1e-04 (Q7URA6) Probable thiored Q6IQ47 1340 15 31 156 27 49 1e-04 (Q6IQ47) PARD3 protein Q6A7K9 426 16 30 167 14 49 1e-04 (Q6A7K9) Membrane-spannin Q7T1R3 1127 14 30 167 39 49 1e-04 (Q7T1R3) ASIP Q7VBS8 447 18 37 99 3 49 1e-04 (Q7VBS8) Periplasmic prot Q6A856 392 26 38 75 1 49 1e-04 (Q6A856) Predicted secret Q7NPI8 423 17 38 97 3 49 1e-04 (Q7NPI8) Carboxyl-termina O02063 274 17 33 151 15 49 1e-04 (O02063) Hypothetical pro Q9N530 1401 21 33 139 3 49 1e-04 (Q9N530) Ferm domain (Pro Q75J56 299 17 31 217 28 49 1e-04 (Q75J56) Hypothetical pro Q73VS2 407 18 31 118 10 49 1e-04 (Q73VS2) Hypothetical pro Q6QUY1 1112 14 30 167 39 49 1e-04 (Q6QUY1) Pard3 150 kDa is ARHC_MOUSE 1543 22 39 60 1 49 1e-04 (Q8R4H2) Rho guanine nucl Q6QUY2 1332 14 30 167 39 49 1e-04 (Q6QUY2) Pard3 180 kDa is Q8NP11 404 19 39 86 1 49 1e-04 (Q8NP11) Predicted membra Q890X6 399 26 44 58 3 49 1e-04 (Q890X6) Tail-specific pr Q8DJ23 433 16 33 134 26 49 1e-04 (Q8DJ23) Carboxyl-termina Q80TU0 1252 14 32 160 54 49 1e-04 (Q80TU0) MKIAA0705 protei trembl|BAC65631|BAC65631 1252 14 32 160 54 49 1e-04 MKIAA0705 protein (Fragme Q6G8C3 239 18 35 124 30 49 1e-04 (Q6G8C3) Serine protease Q89KT1 445 23 40 89 6 49 1e-04 (Q89KT1) Carboxy-terminal Q9N531 1368 21 33 139 3 49 1e-04 (Q9N531) Hypothetical pro Q7VPY3 645 22 38 94 4 49 1e-04 (Q7VPY3) Carboxy-terminal Q8DIE8 368 21 36 85 7 49 1e-04 (Q8DIE8) Tll1642 protein Q9KH47 238 19 35 125 32 49 1e-04 (Q9KH47) Serine protease Q6MMM7 304 28 42 71 0 49 2e-04 (Q6MMM7) General secretio Q8NVX7 239 18 35 124 30 49 2e-04 (Q8NVX7) Serine protease APB1_HUMAN 837 16 35 131 26 49 2e-04 (Q02410) Amyloid beta A4 GRI2_RAT 1043 16 37 156 8 49 2e-04 (Q9WTW1) Glutamate recept CTPA_BARBA 434 24 39 85 6 49 2e-04 (Q44879) Carboxy-terminal O30968 424 28 48 69 5 49 2e-04 (O30968) Carboxyl termina Q8R8M2 414 30 54 55 0 49 2e-04 (Q8R8M2) Trypsin-like ser Q75LZ7 521 18 32 208 42 49 2e-04 (Q75LZ7) Hypothetical pro Y258_HELPY 348 17 43 57 0 49 2e-04 (P56136) Hypothetical zin Q74BW5 355 19 36 71 1 49 2e-04 (Q74BW5) Membrane-associa trembl|AAR35290|AAR35290 355 19 36 71 1 49 2e-04 Membrane-associated zinc Q83GY9 375 20 49 64 1 49 2e-04 (Q83GY9) Membrane-associa Q83IC9 374 20 49 64 1 49 2e-04 (Q83IC9) Putative metallo Q6MRC0 458 23 39 108 4 49 2e-04 (Q6MRC0) Carboxyl-termina DLG5_HUMAN 1809 15 32 138 20 49 2e-04 (Q8TDM6) Discs, large hom Q86WC0 1764 15 32 138 20 49 2e-04 (Q86WC0) Discs large prot Q8BLC8 657 24 37 73 10 49 2e-04 (Q8BLC8) Mus musculus adu O34375 397 20 39 63 1 49 2e-04 (O34375) YvjD Q9AJX0 217 21 41 127 28 49 2e-04 (Q9AJX0) Extracellular se Q53782 239 18 35 124 30 48 2e-04 (Q53782) Novel antigen Q7A2Q8 239 18 35 124 30 48 2e-04 (Q7A2Q8) Serine protease Q7A4Y2 239 18 35 124 30 48 2e-04 (Q7A4Y2) Serine protease Q7UF97 493 16 28 160 54 48 2e-04 (Q7UF97) Similar to serin Q8IX26 747 15 31 156 27 48 2e-04 (Q8IX26) SE2-5T2 protein O34248 341 12 29 137 11 48 2e-04 (O34248) Orf341 protein ( Q8BGR1 1238 23 38 98 1 48 3e-04 (Q8BGR1) 2610034M16Rik pr Q8CFW9 627 23 38 98 1 48 3e-04 (Q8CFW9) 2610034M16Rik pr Q8IX27 943 15 31 156 27 48 3e-04 (Q8IX27) SE2-5L16 protein Q7CWA0 462 25 41 84 8 48 3e-04 (Q7CWA0) AGR_C_5034p Q9KH49 239 18 35 124 30 48 3e-04 (Q9KH49) Serine protease Q8ENJ3 488 23 40 76 5 48 3e-04 (Q8ENJ3) Carboxy-terminal Q8Y5K8 346 16 31 87 11 48 3e-04 (Q8Y5K8) Lmo2051 protein DLG3_HUMAN 817 26 43 63 1 48 3e-04 (Q92796) Presynaptic prot Q71XW3 346 16 31 87 11 48 3e-04 (Q71XW3) Hypothetical pro Q8UBS6 442 25 41 84 8 48 3e-04 (Q8UBS6) Carboxy-terminal O84448 644 24 41 73 4 48 3e-04 (O84448) Tail-Specific Pr Q895K4 340 24 44 64 1 48 3e-04 (Q895K4) Membrane metallo Q89TB6 195 20 30 126 28 48 3e-04 (Q89TB6) Blr2123 protein Q96MZ9 345 23 36 93 1 48 3e-04 (Q96MZ9) Hypothetical pro O53340 340 15 31 81 2 48 3e-04 (O53340) POSSIBLE CONSERV Q7TX21 340 15 31 81 2 48 3e-04 (Q7TX21) POSSIBLE CONSERV Q89X80 451 21 42 70 3 48 3e-04 (Q89X80) Carboxy-terminal Q9A2X1 464 24 39 98 7 48 3e-04 (Q9A2X1) Carboxyl-termina Q811L6 698 33 47 51 0 48 3e-04 (Q811L6) 4930420O11Rik pr ZO3_CANFA 898 31 41 58 2 48 3e-04 (O62683) Tight junction p Q99T60 235 22 37 118 41 48 3e-04 (Q99T60) Serine protease Q7A4Y0 235 22 37 118 41 48 3e-04 (Q7A4Y0) Serine protease Q6P074 226 25 48 77 3 48 3e-04 (Q6P074) Hypothetical pro Q7D5Y7 332 15 31 81 2 48 3e-04 (Q7D5Y7) PDZ domain famil Q88VK0 425 25 45 65 1 48 3e-04 (Q88VK0) Zinc-dependent p Q6P2U7 384 15 26 161 55 48 3e-04 (Q6P2U7) Hypothetical pro Q7ZVX1 386 15 26 161 55 48 3e-04 (Q7ZVX1) Solute carrier f trembl|AAH64290|AAH64290 384 15 26 161 55 48 3e-04 Hypothetical protein. Q82L50 113 19 33 70 1 48 3e-04 (Q82L50) Hypothetical pro Q9FD07 238 19 36 125 32 48 3e-04 (Q9FD07) Serine protease- P71028 426 15 26 113 13 48 4e-04 (P71028) SpoIVB Q73G76 372 17 42 72 1 48 4e-04 (Q73G76) Membrane-associa Q73US4 340 14 33 79 2 48 4e-04 (Q73US4) Hypothetical pro Q7NK36 360 32 43 71 7 48 4e-04 (Q7NK36) Gll1644 protein Q7URM4 743 17 29 151 13 48 4e-04 (Q7URM4) Probable metallo Q6A335 1078 19 34 151 35 48 4e-04 (Q6A335) Membrane-associa Q18167 274 17 33 151 15 48 4e-04 (Q18167) Hypothetical pro Q9RRH0 524 38 57 50 2 48 4e-04 (Q9RRH0) Hypothetical pro Q72XT5 469 26 40 69 3 47 4e-04 (Q72XT5) Carboxyl-termina Q81X31 469 26 40 69 3 47 4e-04 (Q81X31) Carboxyl-termina Q6GLK7 208 24 37 67 2 47 4e-04 (Q6GLK7) MGC84770 protein SP4B_BACSU 425 14 27 105 6 47 4e-04 (P17896) Stage IV sporula Q9Z7Z7 648 22 38 94 4 47 4e-04 (Q9Z7Z7) Tail-specific pr Q8NEN9 1154 25 45 69 1 47 4e-04 (Q8NEN9) PDZ domain conta Q6IN97 320 12 29 137 33 47 5e-04 (Q6IN97) Hypothetical pro Q6GMQ9 320 12 29 137 33 47 5e-04 (Q6GMQ9) Hypothetical pro Q6HQW7 478 26 40 69 3 47 5e-04 (Q6HQW7) Carboxyl-termina Q6HBA5 478 26 40 69 3 47 5e-04 (Q6HBA5) Carboxyl-termina Q9V805 296 18 41 69 1 47 5e-04 (Q9V805) CG10939-PA (GH04 Q6GFP0 238 19 36 125 32 47 5e-04 (Q6GFP0) Serine protease Q9KWH0 268 20 37 122 42 47 5e-04 (Q9KWH0) Exfoliative toxi Q815H1 478 26 40 69 3 47 5e-04 (Q815H1) Tail-specific pr Q6AEY0 443 21 38 59 1 47 5e-04 (Q6AEY0) Zinc metalloprot Q97HE0 395 27 41 64 9 47 5e-04 (Q97HE0) Stage IV sporula pdb|pdb|1be9_A 115 26 46 62 1 47 5e-04 Q7NL17 433 26 42 91 5 47 5e-04 (Q7NL17) Carboxyl-termina O60307 1308 24 50 51 2 47 5e-04 (O60307) KIAA0561 protein Q6NDD9 458 21 42 70 3 47 5e-04 (Q6NDD9) Putative peripla trembl|CAE25613|CAE25613 458 21 42 70 3 47 5e-04 Putative periplasmic carb Q7PWY4 532 22 33 73 8 47 6e-04 (Q7PWY4) AgCP12457 (Fragm Q729L4 428 20 36 108 4 47 6e-04 (Q729L4) Carboxyl-termina pdb|pdb|1bfe_A 110 26 46 62 1 47 7e-04 Q6AK41 438 24 35 86 4 47 7e-04 (Q6AK41) Probable carboxy Q6AX33 1482 24 52 51 2 47 7e-04 (Q6AX33) Hypothetical pro YQJ3_CAEEL 164 26 49 56 1 47 7e-04 (Q09284) Hypothetical 18. Q6HDZ2 432 16 25 115 13 47 7e-04 (Q6HDZ2) Stage IV sporula Q7Q220 192 21 37 79 1 47 8e-04 (Q7Q220) AgCP9002 O15021 2137 33 47 51 0 47 8e-04 (O15021) KIAA0303 protein Q6N052 663 22 50 59 2 47 8e-04 (Q6N052) Hypothetical pro Q6ZMN7 776 22 50 59 2 47 8e-04 (Q6ZMN7) Hypothetical pro Q731C1 432 16 25 115 13 47 8e-04 (Q731C1) Stage IV sporula trembl|CAE45818|CAE45818 663 22 50 59 2 47 8e-04 Hypothetical protein DKFZ O80885 447 22 32 119 5 47 9e-04 (O80885) Expressed protei Q9UPZ2 369 17 37 111 24 47 9e-04 (Q9UPZ2) X11L2 (Fragment) Q9RU43 447 26 43 69 3 46 9e-04 (Q9RU43) Carboxyl-termina Q8YPV0 374 23 36 73 23 46 9e-04 (Q8YPV0) All4090 protein Q7MSB3 439 18 42 65 4 46 0.001 (Q7MSB3) PROTEASE Q7U711 445 14 32 100 1 46 0.001 (Q7U711) Carboxyl-termina Q6DFV3 1944 16 32 91 2 46 0.001 (Q6DFV3) Arhgap21 protein RHN1_MOUSE 643 22 48 61 1 46 0.001 (Q61085) Rhophilin 1 (GTP PAD3_MOUSE 1333 15 31 156 40 46 0.001 (Q99NH2) Partitioning-def Q8CB21 876 15 31 156 40 46 0.001 (Q8CB21) Mus musculus adu Q7UNS4 495 33 46 68 3 46 0.001 (Q7UNS4) Carboxyl-termina Y3H1_ANASP 364 25 45 55 5 46 0.001 (Q8YQ64) Hypothetical zin Q88VC9 348 20 32 77 1 46 0.001 (Q88VC9) Endopeptidase La Q67726 1436 19 35 119 17 46 0.001 (Q67726) Non-structural p O67451 262 13 32 119 10 46 0.001 (O67451) Hypothetical pro Q74JV5 336 24 46 63 2 46 0.001 (Q74JV5) Hypothetical pro Q81M58 432 16 25 115 13 46 0.001 (Q81M58) Stage IV sporula Q890X7 436 22 54 67 1 46 0.001 (Q890X7) Membrane spannin Q7Q3G7 1647 21 33 56 0 46 0.001 (Q7Q3G7) EbiP2259 (Fragme Q9UPI0 681 24 50 51 2 46 0.001 (Q9UPI0) KIAA0561 protein APB3_HUMAN 575 17 37 111 24 46 0.001 (O96018) Amyloid beta A4 Q8YRM4 417 18 30 147 16 46 0.001 (Q8YRM4) Carboxyl-termina PAD3_HUMAN 1356 16 32 156 40 46 0.001 (Q8TEW0) Partitioning-def Q96KB4 548 30 40 58 2 46 0.001 (Q96KB4) Hypothetical pro O44113 2559 23 35 78 4 46 0.001 (O44113) Putative guanine O44381 2559 23 35 78 4 46 0.001 (O44381) Shar pei/DRhoGEF Q7KRF5 2205 23 35 78 4 46 0.001 (Q7KRF5) CG9635-PE Q9V7X3 2559 23 35 78 4 46 0.001 (Q9V7X3) CG9635-PD (Cg963 Q8T9E3 2555 23 35 78 4 46 0.001 (Q8T9E3) SD04476p YKJ5_STRCO 430 24 37 73 1 46 0.001 (Q9KYS0) Hypothetical zin Q9IFX3 921 19 35 119 17 46 0.001 (Q9IFX3) Putative serine Q8A3B9 529 19 32 81 19 46 0.002 (Q8A3B9) Carboxy-terminal Q8S3I9 389 22 28 74 1 45 0.002 (Q8S3I9) D1 protease prec Q9WI43 927 19 35 119 17 45 0.002 (Q9WI43) Putative serine pdb|pdb|1um7_A 113 26 43 63 1 45 0.002 Q8SY14 1058 21 39 145 21 45 0.002 (Q8SY14) RE14068p Q55449 584 21 37 91 4 45 0.002 (Q55449) Slr0031 protein Q80KJ8 874 21 34 139 31 45 0.002 (Q80KJ8) Putative serine Q9W450 1058 21 39 145 21 45 0.002 (Q9W450) CG14447-PA Q6NC82 446 16 30 168 13 45 0.002 (Q6NC82) Putative carboxy trembl|CAE26034|CAE26034 446 16 30 168 13 45 0.002 Putative carboxyl-termina Q82450 920 20 35 119 17 45 0.002 (Q82450) Nonstructural pr Q8NI19 1957 14 28 138 4 45 0.002 (Q8NI19) Rho-GTPase activ Q9P2C3 1944 14 28 138 4 45 0.002 (Q9P2C3) KIAA1424 protein Q8EDL9 588 22 33 84 2 45 0.002 (Q8EDL9) Protease, putati Q8PPJ2 269 26 41 52 1 45 0.002 (Q8PPJ2) Type II secretio Q7TQL6 532 22 45 55 2 45 0.002 (Q7TQL6) Snx27 protein (F Q80TZ1 519 22 45 55 2 45 0.002 (Q80TZ1) MKIAA0488 protei Q8K4T6 526 22 45 55 2 45 0.002 (Q8K4T6) PDZ protein Mrt1 Q8K4V4 539 22 45 55 2 45 0.002 (Q8K4V4) PDZ protein Mrt1 Q84FE7 458 24 40 98 6 45 0.002 (Q84FE7) Adventurous glid Q7VFQ7 461 25 42 64 4 45 0.002 (Q7VFQ7) Protease Q8ENJ4 396 20 37 69 0 45 0.002 (Q8ENJ4) Hypothetical con Q6A047 415 26 50 51 2 45 0.002 (Q6A047) MKIAA0561 protei Q818S2 432 16 25 115 13 45 0.002 (Q818S2) Stage IV sporula Q9UFZ3 723 13 32 98 18 45 0.002 (Q9UFZ3) Hypothetical pro Q8EQ48 401 24 34 71 8 45 0.002 (Q8EQ48) Stage IV sporula Q8BPQ6 721 15 31 156 40 45 0.002 (Q8BPQ6) Mus musculus 0 d Q7V214 429 15 41 95 3 45 0.002 (Q7V214) Carboxyl-termina Q6MHK7 526 20 44 76 1 45 0.002 (Q6MHK7) Carboxyl-termina ZO3_HUMAN 933 30 40 58 2 45 0.002 (O95049) Tight junction p Q9FD08 235 21 40 121 35 45 0.002 (Q9FD08) Serine protease- YF82_MYCLE 404 25 43 58 2 45 0.002 (Q9CBU4) Hypothetical zin Q8BPQ4 741 15 31 156 40 45 0.002 (Q8BPQ4) Mus musculus 0 d Q8EKP4 402 17 33 77 3 45 0.002 (Q8EKP4) Carboxyl-termina APB3_RAT 569 17 34 111 24 45 0.003 (O70248) Amyloid beta A4 PAD3_RAT 1337 17 32 200 46 45 0.003 (Q9Z340) Partitioning-def Q9XXC3 298 15 31 135 11 45 0.003 (Q9XXC3) Hypothetical pro Q18165 967 10 22 166 61 45 0.003 (Q18165) Drosophila discs pdb|pdb|1uf1_A 128 15 34 87 18 45 0.003 Q89KQ0 383 25 48 74 1 45 0.003 (Q89KQ0) Zinc metallopept YA68_CAMJE 368 20 39 61 2 45 0.003 (Q9PNM6) Hypothetical zin Q19547 308 15 31 135 11 45 0.003 (Q19547) Hypothetical pro Q9V6W9 1843 24 46 54 0 45 0.003 (Q9V6W9) CG30483-PA Q9VU97 445 27 43 65 1 45 0.003 (Q9VU97) CG8760-PA Q9K5L1 765 15 47 66 5 45 0.003 (Q9K5L1) ComP pdb|pdb|1g9o_A 90 23 38 63 0 45 0.003 pdb|pdb|1gq4_A 90 23 38 63 0 45 0.003 pdb|pdb|1gq5_A 90 23 38 63 0 45 0.003 Q6P0Q8 1797 25 55 50 2 45 0.003 (Q6P0Q8) MAST205 protein Q7LGC4 1329 25 55 50 2 45 0.003 (Q7LGC4) KIAA0807 protein Q9BYE8 1734 25 55 50 2 45 0.003 (Q9BYE8) MAST205 trembl|BAA34527|BAA34527 1329 25 55 50 2 45 0.003 KIAA0807 protein (Fragmen Q7ZYD0 425 18 32 164 12 45 0.003 (Q7ZYD0) Gorasp2-prov pro pdb|pdb|1i92_A 90 23 38 63 0 45 0.003 Q8P5B5 267 24 39 52 1 45 0.003 (Q8P5B5) Type II secretio Q8GMR6 363 30 41 75 6 44 0.003 (Q8GMR6) Hypothetical pro Q9ZI98 377 26 40 83 0 44 0.003 (Q9ZI98) Hypothetical pro Q8IX28 819 16 32 156 40 44 0.004 (Q8IX28) SE2-5LT1 protein RHN1_HUMAN 695 27 46 54 0 44 0.004 (Q8TCX5) Rhophilin 1 Q8TAV1 670 27 46 54 0 44 0.004 (Q8TAV1) RHPN1 protein Q6GLF2 423 18 32 164 12 44 0.004 (Q6GLF2) Hypothetical pro Q72U07 575 16 30 147 44 44 0.004 (Q72U07) Integral membran Q8F147 575 16 30 147 44 44 0.004 (Q8F147) Hypothetical pro Q726B1 454 30 41 69 1 44 0.004 (Q726B1) PDZ domain prote Q9FCI6 364 35 47 64 1 44 0.004 (Q9FCI6) Putative secrete Q97VP1 506 30 43 57 8 44 0.004 (Q97VP1) Hypothetical pro Q6P3Q7 332 17 41 75 3 44 0.004 (Q6P3Q7) Hypothetical pro trembl|AAH63900|AAH63900 332 17 41 75 3 44 0.004 Hypothetical protein. Q7QEY3 963 20 39 152 20 44 0.004 (Q7QEY3) AgCP13241 (Fragm Q7QCD6 1063 16 48 59 1 44 0.004 (Q7QCD6) AgCP1661 (Fragme Q9UPQ7 1098 24 40 80 2 44 0.004 (Q9UPQ7) KIAA1095 protein Q8VQE7 570 15 47 66 5 44 0.004 (Q8VQE7) Histidine kinase Q6P9M1 1739 33 49 51 0 44 0.004 (Q6P9M1) Mast2 protein Q60592 1734 33 49 51 0 44 0.004 (Q60592) Protein kinase Q8CHD1 1432 33 49 51 0 44 0.004 (Q8CHD1) MKIAA0807 protei Q9DBV8 1008 33 49 51 0 44 0.005 (Q9DBV8) Mus musculus adu Q9QY54 1011 25 45 58 1 44 0.005 (Q9QY54) Semaphorin cytop Q9QY55 1063 25 45 58 1 44 0.005 (Q9QY55) Semaphorin cytop Q69ZS0 1052 25 45 58 1 44 0.005 (Q69ZS0) MKIAA1095 protei Q20398 1034 16 32 139 22 44 0.005 (Q20398) Hypothetical pro YH96_CLOAB 339 18 33 65 1 44 0.005 (Q97I57) Hypothetical zin Q921G9 904 21 28 108 6 44 0.005 (Q921G9) Tight junction p Q6GN19 1073 16 30 167 40 44 0.005 (Q6GN19) MGC83635 protein O23053 441 21 30 98 5 44 0.005 (O23053) Hypothetical pro Q8L738 441 21 30 98 5 44 0.005 (Q8L738) Hypothetical pro SLI1_DROME 767 19 41 60 3 44 0.006 (Q8MR31) Slo-interacting Q8NDG1 966 25 55 50 2 44 0.006 (Q8NDG1) Hypothetical pro Q6BEN4 528 22 45 55 2 44 0.006 (Q6BEN4) MRT1B Q6BEN5 541 22 45 55 2 44 0.006 (Q6BEN5) MRT1A Q824G5 651 16 34 94 4 44 0.006 (Q824G5) Tail-specific pr Q810W8 1117 31 43 51 0 44 0.006 (Q810W8) Syntrophin-assoc Q9VUQ9 2139 23 45 61 10 44 0.006 (Q9VUQ9) CG6498-PA Q6ASR5 510 15 28 354 96 44 0.006 (Q6ASR5) Hypothetical pro Q8DI40 591 16 27 102 16 44 0.006 (Q8DI40) Tlr1752 protein Q9K975 437 17 32 122 14 44 0.006 (Q9K975) Intercompartment Q7NGR6 445 19 36 106 13 44 0.007 (Q7NGR6) Carboxyl-termina Q76G19 769 29 45 60 2 44 0.007 (Q76G19) PDZ domain conta Q8NB75 765 29 45 60 2 44 0.007 (Q8NB75) Hypothetical pro Q9P284 416 29 45 60 2 44 0.007 (Q9P284) KIAA1444 protein Q8YW78 445 24 41 72 2 44 0.007 (Q8YW78) Carboxyl-termina Q9R1L5 1566 31 43 51 0 44 0.007 (Q9R1L5) Syntrophin-assoc LAP1_CAEEL 679 20 40 83 2 44 0.007 (O61967) Lap1 protein (Le Q6A580 699 20 40 83 2 44 0.007 (Q6A580) Lethal protein 4 Q7NFI4 578 20 36 67 1 44 0.007 (Q7NFI4) Glr3541 protein Q7NPD6 428 20 45 69 3 44 0.007 (Q7NPD6) Carboxyl-termina Q6PC76 434 18 34 143 9 44 0.007 (Q6PC76) Golgi reassembly trembl|AAH59447|AAH59447 434 18 34 143 9 44 0.007 Hypothetical protein. trembl|AAQ97787|AAQ97787 434 18 34 143 9 44 0.007 Golgi reassembly stacking Q9U0U0 161 21 34 80 12 44 0.007 (Q9U0U0) Hypothetical pro Q8VQE3 577 20 50 63 4 44 0.007 (Q8VQE3) Histidine kinase Q896W4 563 16 40 78 3 44 0.007 (Q896W4) Carboxyl-termina APB2_HUMAN 749 14 35 131 26 44 0.007 (Q99767) Amyloid beta A4 APB2_RAT 750 14 35 131 26 44 0.007 (O35431) Amyloid beta A4 Q6PAJ2 750 14 35 131 26 44 0.007 (Q6PAJ2) Amyloid beta (A4 Q6PHP2 679 29 45 60 2 44 0.007 (Q6PHP2) Hypothetical pro Q7TQG9 1570 31 43 51 0 44 0.007 (Q7TQG9) Sast-pending pro Q810W7 1570 31 43 51 0 44 0.007 (Q810W7) Syntrophin-assoc Q9QY39 686 29 45 60 2 44 0.007 (Q9QY39) Hypothetical pro Q9R1A1 142 20 40 65 2 44 0.007 (Q9R1A1) Sodium-hydrogen trembl|AAH56462|AAH56462 679 29 45 60 2 44 0.007 Hypothetical protein. trembl|AAH57620|AAH57620 750 14 35 131 26 44 0.007 Amyloid beta (A4) protein trembl|AAH60269|AAH60269 750 14 35 131 26 44 0.007 Amyloid beta (A4) protein Q9Y2H9 1583 31 43 51 0 43 0.008 (Q9Y2H9) KIAA0973 protein PAD3_CAEEL 1379 18 32 155 20 43 0.008 (Q17353) Partition defect Q6P3G2 569 30 41 66 2 43 0.008 (Q6P3G2) Hypothetical pro trembl|AAH56315|AAH56315 569 30 41 66 2 43 0.008 Hypothetical protein. trembl|AAH63999|AAH63999 569 30 41 66 2 43 0.008 Hypothetical protein. Q6UWE1 172 26 46 55 1 43 0.008 (Q6UWE1) GWSC6486 trembl|AAQ89188|AAQ89188 172 26 46 55 1 43 0.008 GWSC6486. Q9ZG21 29 55 82 29 0 43 0.008 (Q9ZG21) Heat shock prote Q7ZTN1 1010 13 35 92 3 43 0.008 (Q7ZTN1) MGC52795 protein Q9KH46 239 21 37 125 33 43 0.008 (Q9KH46) Serine protease Q8DGJ2 441 15 32 138 5 43 0.008 (Q8DGJ2) Carboxyl-termina ZO3_MOUSE 905 33 41 54 2 43 0.009 (Q9QXY1) Tight junction p Q9K5K7 765 18 44 83 4 43 0.009 (Q9K5K7) ComP Q6DE42 1029 22 49 58 1 43 0.009 (Q6DE42) Hypothetical pro Q95M29 83 28 38 58 2 43 0.009 (Q95M29) Tight junction p Q95M45 83 28 38 58 2 43 0.009 (Q95M45) Tight junction p Q894H5 402 17 35 63 1 43 0.009 (Q894H5) Stage IV sporula Q7PVJ2 1269 16 30 70 10 43 0.009 (Q7PVJ2) ENSANGP000000122 Q41376 539 24 32 73 1 43 0.009 (Q41376) C-terminal prote Q9P0Q1 140 26 46 55 1 43 0.009 (Q9P0Q1) HSPC227 (Hypothe Q36792 539 24 32 73 1 43 0.009 (Q36792) C-terminal proce O00114 1237 31 43 51 0 43 0.009 (O00114) Hypothetical hum Q99T61 239 21 37 125 33 43 0.009 (Q99T61) Serine protease Q7A4Y4 239 21 37 125 33 43 0.009 (Q7A4Y4) Serine protease PATJ_DROME 871 29 53 61 1 43 0.009 (Q9NB04) Patj homolog Q9CZG9 140 26 46 55 1 43 0.010 (Q9CZG9) Mus musculus 11 Q6BVZ8 230 21 40 67 2 43 0.010 (Q6BVZ8) Debaryomyces han pdb|pdb|1uez_A 100 30 45 65 1 43 0.010 Q8EBT8 1094 20 44 48 1 43 0.010 (Q8EBT8) Protease, putati APB3_MOUSE 571 16 34 111 24 43 0.010 (O88888) Amyloid beta A4 LAP1_HUMAN 1537 23 35 80 2 43 0.010 (Q96NW7) LAP1 protein (De LAP1_MOUSE 1490 23 35 80 2 43 0.010 (Q80TE7) LAP1 protein (De LAP1_RAT 1495 23 35 80 2 43 0.010 (P70587) LAP1 protein (De Q6QA76 140 26 46 55 1 43 0.010 (Q6QA76) 2700099C19-like Q8BR09 571 16 34 111 24 43 0.010 (Q8BR09) Mus musculus adu LAP2_HUMAN 1412 20 33 88 10 43 0.010 (Q96RT1) LAP2 protein (Er Q80TN0 1186 31 43 51 0 43 0.010 (Q80TN0) MKIAA0973 protei trembl|BAC65693|BAC65693 1186 31 43 51 0 43 0.010 MKIAA0973 protein (Fragme Q6G8C4 239 21 37 125 33 43 0.011 (Q6G8C4) Serine protease Q8NVX8 239 21 37 125 33 43 0.011 (Q8NVX8) Serine protease Q7TQ97 405 31 43 51 0 43 0.011 (Q7TQ97) Syntrophin-assoc Q961U4 1478 24 46 54 0 43 0.011 (Q961U4) GH06265p Q44235 543 16 30 72 1 43 0.011 (Q44235) Hypothetical pro Q7A2D7 543 16 30 72 1 43 0.011 (Q7A2D7) Alr2326 protein Q7PRJ1 859 23 47 66 2 43 0.011 (Q7PRJ1) ENSANGP000000221 Q8DXD7 419 21 42 63 6 43 0.012 (Q8DXD7) Membrane-associa Q8E361 419 21 42 63 6 43 0.012 (Q8E361) Hypothetical pro Q6DKG3 845 15 26 158 54 43 0.012 (Q6DKG3) Hypothetical pro Q8MM77 608 22 49 58 3 43 0.012 (Q8MM77) Hypothetical pro Q7NYU7 597 24 35 71 3 43 0.012 (Q7NYU7) Hypothetical pro Q6DFG0 1926 18 37 75 2 43 0.012 (Q6DFG0) Hypothetical pro Q7MU40 472 48 65 29 0 43 0.012 (Q7MU40) PDZ domain prote Q8BNM8 562 16 34 111 24 43 0.013 (Q8BNM8) Mus musculus 16 Q8N6X0 1063 31 43 51 0 43 0.013 (Q8N6X0) MAST1 protein Q9VHK1 1167 26 43 67 0 42 0.013 (Q9VHK1) CG31349-PE O25905 459 22 37 82 6 42 0.013 (O25905) Protease trembl|AAF54303|AAF54303 1167 26 43 67 0 42 0.013 CG31349-PE. CTPA_SYNY3 427 25 37 74 1 42 0.014 (Q55669) Carboxyl-termina Q8DII0 412 24 40 74 5 42 0.014 (Q8DII0) Carboxyl-termina Q7K4E2 974 26 43 67 0 42 0.014 (Q7K4E2) LD43161p Q9VKG8 1916 26 44 56 0 42 0.015 (Q9VKG8) CG6509-PA (Cg650 Q8VZD4 709 21 41 113 21 42 0.015 (Q8VZD4) At1g28320/F3H9_2 Q93566 578 25 40 92 11 42 0.015 (Q93566) Hypothetical pro PDL1_MOUSE 326 18 36 86 2 42 0.015 (O70400) PDZ and LIM doma Q9W2S5 1400 14 36 131 26 42 0.015 (Q9W2S5) CG32677-PA LMO7_HUMAN 1683 29 43 61 4 42 0.015 (Q8WWI1) LIM domain only Q9ZJN6 459 23 37 82 6 42 0.015 (Q9ZJN6) CARBOXYL-TERMINA trembl|BAA74881|BAA74881 1557 29 43 61 4 42 0.015 KIAA0858 protein (Fragmen pdb|pdb|1ihj_A 94 22 50 59 3 42 0.015 pdb|pdb|1ihj_B 95 22 50 59 3 42 0.015 ZO2_MOUSE 1167 17 35 106 7 42 0.016 (Q9Z0U1) Tight junction p Q6MEL4 653 22 37 147 14 42 0.016 (Q6MEL4) Hypothetical pro YI21_SYNY3 366 19 38 67 5 42 0.016 (P73714) Hypothetical zin Q7PTE2 180 20 32 75 0 42 0.016 (Q7PTE2) ENSANGP000000253 Q8A406 565 14 34 118 9 42 0.016 (Q8A406) Carboxy-terminal Q9FZA5 688 21 41 113 21 42 0.017 (Q9FZA5) F3H9.3 protein Q9FJM1 275 22 38 65 5 42 0.018 (Q9FJM1) Arabidopsis thal Q6GFN9 238 19 34 125 32 42 0.018 (Q6GFN9) Serine protease Q8K210 1167 17 35 106 7 42 0.018 (Q8K210) Tjp2 protein Q71M21 1902 19 38 75 2 42 0.018 (Q71M21) Rho-GTPase activ trembl|AAQ04821|AAQ04821 1902 19 38 75 2 42 0.018 Rho-GTPase activating pro Q7V7M9 565 27 43 62 3 42 0.018 (Q7V7M9) PDZ domain (Also Q74GB6 291 19 40 66 0 42 0.018 (Q74GB6) General secretio trembl|AAR33663|AAR33663 291 19 40 66 0 42 0.018 General secretion pathway Q9VHK3 2090 26 43 67 0 42 0.019 (Q9VHK3) CG31349-PA Q6GLD6 417 17 33 149 10 42 0.019 (Q6GLD6) Hypothetical pro Q6L0W1 505 18 49 55 0 42 0.019 (Q6L0W1) Membrane metallo O14910 233 19 42 62 1 42 0.019 (O14910) Veli 1 (LIN-7 ho Q7LDS4 202 19 42 62 1 42 0.019 (Q7LDS4) Tax interaction Q97LQ4 434 15 39 53 0 42 0.019 (Q97LQ4) Membrane protein Q8JZS0 211 19 42 62 1 42 0.019 (Q8JZS0) Lin7a protein (F Q9Z250 219 19 42 62 1 42 0.019 (Q9Z250) Lin-7-Bb Q6PC63 218 19 42 62 1 42 0.019 (Q6PC63) Hypothetical pro trembl|AAH59460|AAH59460 218 19 42 62 1 42 0.019 Hypothetical protein. Y971_METJA 365 18 48 50 0 42 0.020 (Q58381) Hypothetical pro Q18798 1586 11 30 121 31 42 0.020 (Q18798) Hypothetical pro Q7JM28 1584 11 30 121 31 42 0.020 (Q7JM28) Hypothetical pro Q74EJ3 450 29 44 55 3 42 0.020 (Q74EJ3) Carboxy-terminal trembl|AAR34296|AAR34296 450 29 44 55 3 42 0.020 Carboxy-terminal processi Q7P677 223 15 27 123 14 42 0.021 (Q7P677) Tail-specific pr PDL1_HUMAN 329 27 40 54 0 42 0.021 (O00151) PDZ and LIM doma Q84NY6 416 29 44 69 8 42 0.021 (Q84NY6) Hypothetical pro Q99K93 327 20 38 79 2 42 0.022 (Q99K93) Pdlim1 protein ( MPP2_HUMAN 576 18 31 86 15 42 0.022 (Q14168) MAGUK p55 subfam PSD9_YEAST 220 17 42 64 4 42 0.022 (P40555) Probable 26S pro Q8MQQ3 1149 26 43 67 0 42 0.023 (Q8MQQ3) LP05923p (CG3134 Q9U3L2 1304 11 30 121 31 42 0.023 (Q9U3L2) Hypothetical pro Q7NCG1 350 24 39 77 5 42 0.023 (Q7NCG1) Gll3018 protein Q8INQ0 1293 26 43 67 0 42 0.023 (Q8INQ0) CG31349-PC Q94880 1367 26 43 67 0 42 0.023 (Q94880) TamA AF6_HUMAN 1816 19 32 102 3 42 0.024 (P55196) AF-6 protein Q6AFM7 387 23 38 76 1 42 0.024 (Q6AFM7) Secreted protein Q9VHK4 1371 26 43 67 0 42 0.024 (Q9VHK4) CG31349-PB Q6NXB2 142 26 44 55 1 42 0.024 (Q6NXB2) Hypothetical pro Q7T0T8 430 12 35 98 3 42 0.025 (Q7T0T8) MGC68999 protein Q92UP4 416 23 36 94 20 42 0.025 (Q92UP4) Putative exporte YD22_FUSNN 339 12 41 77 1 42 0.025 (P58819) Hypothetical zin Q6UD31 243 21 40 67 4 42 0.025 (Q6UD31) Hypothetical pro trembl|AAR05209|AAR05209 243 21 40 67 4 42 0.025 Hypothetical protein. Q9A5B1 618 19 33 92 0 42 0.026 (Q9A5B1) Hypothetical pro LAP2_MOUSE 1402 21 34 88 10 42 0.026 (Q80TH2) LAP2 protein (Er Q89ZW2 582 20 35 70 9 42 0.026 (Q89ZW2) Carboxy-terminal Q7Q4B3 570 17 31 94 4 42 0.026 (Q7Q4B3) AgCP11168 (Fragm Q92IW0 469 16 31 84 8 42 0.026 (Q92IW0) Tail-specific pr Q79A18 462 28 46 53 3 42 0.027 (Q79A18) Carboxyl-termina P75023 462 28 46 53 3 42 0.027 (P75023) Carboxyl-termina Q86EC1 190 23 43 65 0 42 0.027 (Q86EC1) Clone ZZD551 mRN Q9VRT8 866 24 42 54 0 42 0.028 (Q9VRT8) CG6619-PA Q8SXG1 706 24 42 54 0 42 0.028 (Q8SXG1) RH12258p MPP2_MOUSE 552 18 31 86 15 42 0.028 (Q9WV34) MAGUK p55 subfam Q974L9 502 22 37 59 11 41 0.029 (Q974L9) Hypothetical pro Q46028 352 24 41 61 1 41 0.030 (Q46028) SpoIVB protein Q6UD03 241 21 40 67 4 41 0.030 (Q6UD03) Hypothetical pro trembl|AAR05237|AAR05237 241 21 40 67 4 41 0.030 Hypothetical protein. Q74BP4 433 23 44 59 10 41 0.031 (Q74BP4) PDZ domain prote trembl|AAR35373|AAR35373 433 23 44 59 10 41 0.031 PDZ domain protein. Q9HAP6 207 22 42 62 1 41 0.031 (Q9HAP6) Lin-7b (Lin-7 ho Q9PU47 315 16 34 76 2 41 0.031 (Q9PU47) Alpha-actinin as trembl|AAQ89104|AAQ89104 207 22 42 62 1 41 0.031 LIN-7B. Q9KH48 239 21 37 125 33 41 0.032 (Q9KH48) Serine protease Q7A2Q9 239 21 37 125 33 41 0.032 (Q7A2Q9) Serine protease Q7A4Y3 239 21 37 125 33 41 0.032 (Q7A4Y3) Serine protease Q6WB19 1839 18 38 90 3 41 0.032 (Q6WB19) Shank2E trembl|AAP85236|AAP85236 1839 18 38 90 3 41 0.032 Shank2E. Q6Y642 153 18 37 66 3 41 0.032 (Q6Y642) Activin receptor Q6YNE6 101 18 37 66 3 41 0.032 (Q6YNE6) Activin receptor Q8K4F3 153 18 37 66 3 41 0.032 (Q8K4F3) Activin receptor trembl|AAO60094|AAO60094 153 18 37 66 3 41 0.032 Activin receptor-interact trembl|AAL60065|AAL60065 101 18 37 66 3 41 0.032 Activin receptor-interact Q9CDQ7 342 17 37 57 1 41 0.032 (Q9CDQ7) Hypothetical pro Q7MTT6 544 17 39 91 10 41 0.033 (Q7MTT6) Carboxyl-termina Q9VQU8 1802 24 46 58 0 41 0.034 (Q9VQU8) CG31772-PA Q8LAJ4 227 22 38 65 5 41 0.036 (Q8LAJ4) 26S proteasome r Q8AWD4 125 15 28 97 23 41 0.036 (Q8AWD4) Zgc:55513 pdb|pdb|1dt2_A 245 19 35 122 41 41 0.036 ETB_STAAU 277 19 35 122 41 41 0.036 (P09332) Exfoliative toxi trembl|BAB78405|BAB78405 277 19 35 122 41 41 0.036 TY4, ETB plasmid DNA, com Q8GNJ7 273 20 39 123 41 41 0.036 (Q8GNJ7) Exfoliative toxi Q8DNE7 345 16 29 74 1 41 0.036 (Q8DNE7) Hypothetical pro Q97NQ3 345 16 29 74 1 41 0.036 (Q97NQ3) Hypothetical pro pdb|pdb|1uit_A 117 26 46 56 0 41 0.037 Q7QIW9 925 30 50 61 1 41 0.038 (Q7QIW9) AgCP3623 O15018 2847 14 28 155 46 41 0.040 (O15018) KIAA0300 protein SHK2_HUMAN 1253 18 38 92 3 41 0.041 (Q9UPX8) SH3 and multiple PDL1_RAT 327 20 38 79 2 41 0.043 (P52944) PDZ and LIM doma Q6IN45 327 20 38 79 2 41 0.043 (Q6IN45) LIM protein Q7QAT6 2134 28 46 56 0 41 0.044 (Q7QAT6) AgCP7749 Q7USW1 867 23 41 129 34 41 0.044 (Q7USW1) Hypothetical pro Q7PB48 456 17 32 69 5 41 0.045 (Q7PB48) Tail-specific pr Q7Z124 392 15 34 76 3 41 0.046 (Q7Z124) Drosophila discs Q6DJ50 142 26 44 55 1 41 0.046 (Q6DJ50) Hypothetical pro Q6GPS5 143 26 44 55 1 41 0.046 (Q6GPS5) LOC443611 protei GR55_MOUSE 450 20 34 125 8 41 0.046 (Q99JX3) Golgi reassembly Q6DKL6 124 24 37 60 1 41 0.046 (Q6DKL6) MGC83163 protein Q802V0 292 23 38 78 0 41 0.047 (Q802V0) LIM domain bindi Q6P4W4 124 24 37 60 1 41 0.047 (Q6P4W4) Hypothetical pro trembl|AAH63221|AAH63221 124 24 37 60 1 41 0.047 Hypothetical protein. ZO2_HUMAN 1190 7 24 102 6 41 0.048 (Q9UDY2) Tight junction p Q9K6X6 398 26 45 60 0 41 0.048 (Q9K6X6) BH3598 protein Q8TKR8 654 16 32 126 34 40 0.050 (Q8TKR8) Hypothetical pro Q86WM8 366 20 37 70 2 40 0.050 (Q86WM8) PDZ-LIM protein Q9H4L9 325 20 37 70 2 40 0.050 (Q9H4L9) PDZ-LIM protein Q9H7I2 379 20 37 70 2 40 0.050 (Q9H7I2) FLJ00106 protein Q96JY6 352 20 37 70 2 40 0.050 (Q96JY6) Hypothetical pro GR65_RAT 450 19 30 163 10 40 0.050 (O35254) Golgi reassembly Q6G8C1 235 21 39 118 41 40 0.050 (Q6G8C1) Serine protease Q9KH51 235 21 39 118 41 40 0.050 (Q9KH51) Serine protease Q8NVX5 235 21 39 118 41 40 0.050 (Q8NVX5) Serine protease P95972 386 22 41 63 4 40 0.051 (P95972) Orf c04034 prote Q9XY06 141 11 37 66 1 40 0.051 (Q9XY06) CsENDO-3 Q6AZS5 124 24 37 60 1 40 0.052 (Q6AZS5) Hypothetical pro Q9BKL2 1695 15 33 109 11 40 0.052 (Q9BKL2) Tight junction p Q9ZP02 500 21 28 105 4 40 0.053 (Q9ZP02) D1-processing pr Q9VYR9 1037 21 45 63 1 40 0.054 (Q9VYR9) CG10362-PA (LD34 O23614 515 21 28 105 4 40 0.054 (O23614) PSII D1 protein LI10_CAEEL 982 15 35 111 24 40 0.054 (O17583) Abnormal cell li Q9GKU1 352 20 37 70 2 40 0.054 (Q9GKU1) Hypothetical pro Q09493 1110 18 41 53 2 40 0.055 (Q09493) Hypothetical pro Q7JMK1 993 18 41 53 2 40 0.055 (Q7JMK1) Hypothetical pro trembl|CAE54886|CAE54886 993 18 41 53 2 40 0.055 Hypothetical protein C33B Q8SWN3 545 16 31 151 18 40 0.056 (Q8SWN3) Hypothetical pro pdb|pdb|1uhp_A 107 24 40 80 2 40 0.058 Q9NUP9 197 22 44 62 1 40 0.059 (Q9NUP9) Hypothetical pro Q6IDH3 2112 22 46 52 2 40 0.059 (Q6IDH3) SD12316p O88952 197 22 44 62 1 40 0.059 (O88952) Veli 3 (Lin 7 ho Q792I0 197 22 44 62 1 40 0.059 (Q792I0) Lin-7-C GR55_HUMAN 451 21 36 125 8 40 0.061 (Q9H8Y8) Golgi reassembly Q869G0 1138 15 33 111 24 40 0.062 (Q869G0) Munc18-1-interac Q8PDK3 311 23 34 135 24 40 0.062 (Q8PDK3) Hypothetical pro ZO2_CANFA 1174 10 35 54 2 40 0.062 (Q95168) Tight junction p Q8RAC0 428 14 36 56 1 40 0.062 (Q8RAC0) Sporulation prot Q9VRA6 2181 22 46 52 2 40 0.063 (Q9VRA6) CG1412-PA Q7VRD9 462 15 31 181 19 40 0.064 (Q7VRD9) Putative membran Q7MZE6 441 33 50 55 5 40 0.065 (Q7MZE6) Similar to unkno Q9ZDU6 441 16 32 69 5 40 0.065 (Q9ZDU6) TAIL-SPECIFIC PR Q9VX41 1167 14 35 131 26 40 0.066 (Q9VX41) CG5675-PA (LD290 Q24279 1893 21 38 74 1 40 0.066 (Q24279) Cno Q8IPP4 1882 21 38 74 1 40 0.066 (Q8IPP4) CG2534-PB Q9VN82 2051 21 38 74 1 40 0.066 (Q9VN82) CG2534-PA Q95TT5 2051 21 38 74 1 40 0.066 (Q95TT5) LD24616p Q8RTI4 311 14 36 55 0 40 0.067 (Q8RTI4) WmpC Q9YHV2 1163 18 37 75 5 40 0.067 (Q9YHV2) Tight junction p SHK2_RAT 1474 18 38 90 3 40 0.068 (Q9QX74) SH3 and multiple Q7ZV71 506 14 29 140 9 40 0.068 (Q7ZV71) Tight junction p Q7ZYU3 197 22 44 62 1 40 0.068 (Q7ZYU3) Lin7c-prov prote Q7QF42 192 17 36 58 0 40 0.069 (Q7QF42) AgCP13693 (Fragm Q9Z252 207 22 42 62 1 40 0.070 (Q9Z252) Lin-7-A Q9GQQ6 1168 14 35 131 26 40 0.070 (Q9GQQ6) DX11 O88951 207 22 42 62 1 40 0.070 (O88951) Veli 2 (Lin 7 ho Q9W283 1329 23 40 79 5 40 0.072 (Q9W283) PDZ domain prote Q7PJQ5 700 18 40 69 2 40 0.074 (Q7PJQ5) ENSANGP000000242 Q8MNT0 1099 24 40 59 3 40 0.075 (Q8MNT0) Hypothetical pro Q95QI2 868 24 40 59 3 40 0.075 (Q95QI2) Hypothetical pro Q95QI3 1004 24 40 59 3 40 0.075 (Q95QI3) Hypothetical pro Q9N8F1 698 26 48 46 4 40 0.075 (Q9N8F1) Hypothetical pro O88953 234 18 31 86 15 40 0.075 (O88953) Dlg 2 (Fragment) pdb|pdb|1qtf_A 246 19 35 122 41 40 0.077 Q9VFS8 220 18 38 104 5 40 0.077 (Q9VFS8) CG9588-PA (RE142 O43590 364 19 32 76 2 40 0.078 (O43590) Actinin-associat Q8R1G6 349 23 41 63 0 40 0.081 (Q8R1G6) PDZ and LIM doma Q69LK8 489 18 35 223 37 40 0.083 (Q69LK8) Serine protease- Q6LES3 233 19 42 62 1 40 0.084 (Q6LES3) LIN7A protein (F O17458 171 23 40 61 3 40 0.084 (O17458) Hypothetical pro Q8GNJ5 278 20 35 151 36 40 0.088 (Q8GNJ5) Exfoliative toxi Q9RUS4 447 24 45 69 4 40 0.088 (Q9RUS4) Protease, putati Q8N2N7 320 31 53 46 1 40 0.088 (Q8N2N7) Hypothetical pro Q7PNW6 620 20 44 52 2 40 0.088 (Q7PNW6) ENSANGP000000025 Q91Z03 654 31 53 46 1 40 0.088 (Q91Z03) Semcap3 protein GR65_HUMAN 439 16 30 172 10 40 0.089 (Q9BQQ3) Golgi reassembly Q6GLJ6 358 16 33 76 2 40 0.089 (Q6GLJ6) MGC84797 protein Q73LY4 672 15 34 221 21 40 0.090 (Q73LY4) Hypothetical pro Q8N6Y6 316 19 32 76 2 40 0.092 (Q8N6Y6) PDLIM3 protein pdb|pdb|1n7t_A 103 20 33 88 10 40 0.094 Q6DCD8 726 15 36 111 24 40 0.094 (Q6DCD8) Hypothetical pro O60439 364 20 35 65 2 40 0.094 (O60439) Alpha-actinin-2 Q7MVK0 569 16 32 106 2 40 0.095 (Q7MVK0) Carboxyl-termina O15032 1379 19 36 102 13 40 0.097 (O15032) KIAA0316 protein Q6P7M3 428 10 37 54 2 40 0.098 (Q6P7M3) Hypothetical pro trembl|AAH61607|AAH61607 428 10 37 54 2 40 0.098 Hypothetical protein. LIK2_MOUSE 638 13 39 44 2 40 0.10 (O54785) LIM domain kinas STSP_STAAU 336 21 37 121 36 40 0.10 (P04188) Glutamyl endopep Q99V45 342 21 37 121 36 40 0.10 (Q99V45) Serine protease Q7A6A6 342 21 37 121 36 40 0.10 (Q7A6A6) Serine protease; Q6GAG4 333 21 37 121 36 40 0.10 (Q6GAG4) Glutamyl endopep Q8NX98 327 21 37 121 36 40 0.10 (Q8NX98) Serine protease; Q6DJ22 251 16 35 76 2 40 0.10 (Q6DJ22) Hypothetical pro Q6NL82 246 19 42 62 1 40 0.10 (Q6NL82) RE51991p Q825G0 452 23 38 127 20 40 0.10 (Q825G0) Putative proteas Q9VE88 897 19 39 79 4 40 0.11 (Q9VE88) CG15803-PA P70625 813 22 37 58 8 40 0.11 (P70625) Zonula occludens RIM_CAEEL 1563 25 50 57 3 40 0.11 (Q22366) Rab-3 interactin O60440 316 20 35 65 2 39 0.11 (O60440) Alpha-actinin-2 Q6AYD6 349 23 39 63 0 39 0.11 (Q6AYD6) Hypothetical pro Q83MS5 358 17 40 76 3 39 0.11 (Q83MS5) Predicted secret Q80Z38 1476 18 38 90 3 39 0.11 (Q80Z38) Shank2 protein ( Q9QZR8 2766 14 30 155 48 39 0.11 (Q9QZR8) PAPIN SNB2_MOUSE 520 13 32 86 4 39 0.12 (Q61235) Beta-2-syntrophi Q9D6K5 145 18 37 66 3 39 0.12 (Q9D6K5) Mus musculus adu Q9PU46 298 16 34 76 2 39 0.12 (Q9PU46) Alpha-actinin as trembl|BAC30592|BAC30592 520 13 32 86 4 39 0.12 0 day neonate thymus cDNA trembl|BAC37818|BAC37818 520 13 32 86 4 39 0.12 Adult male aorta and vein GR65_MOUSE 445 19 30 163 10 39 0.12 (Q91X51) Golgi reassembly Q6CQU6 251 20 42 67 2 39 0.12 (Q6CQU6) Similarities wit EM55_MOUSE 466 21 38 62 3 39 0.12 (P70290) 55 kDa erythrocy MPP6_HUMAN 540 13 37 57 2 39 0.12 (Q9NZW5) MAGUK p55 subfam MPP6_MOUSE 553 13 37 57 2 39 0.12 (Q9JLB0) MAGUK p55 subfam Q6NSS8 307 13 37 57 2 39 0.12 (Q6NSS8) Hypothetical pro Q811G2 311 13 37 57 2 39 0.12 (Q811G2) Mpp6 protein (Fr trembl|BAC33363|BAC33363 466 21 38 62 3 39 0.12 16 days embryo head cDNA, trembl|BAC38344|BAC38344 466 21 38 62 3 39 0.12 16 days embryo head cDNA, trembl|AAH23638|AAH23638 540 13 37 57 2 39 0.12 MPP6 protein. trembl|AAQ96847|AAQ96847 540 13 37 57 2 39 0.12 Hypothetical protein MPP6 Q7Q4B5 568 13 24 79 32 39 0.12 (Q7Q4B5) EbiP6699 (Fragme Q9GSM8 182 19 40 69 22 39 0.12 (Q9GSM8) Serine protease Q9W0P4 123 27 44 58 1 39 0.12 (Q9W0P4) CG3402-PA (LD063 Q6F6B2 467 13 25 102 3 39 0.13 (Q6F6B2) P55 protein Q6NRY3 538 13 37 57 2 39 0.13 (Q6NRY3) MGC81064 protein Q7Z584 289 20 37 70 2 39 0.13 (Q7Z584) PDZ-LIM protein Q7Q0A5 427 24 41 61 1 39 0.13 (Q7Q0A5) EbiP8996 (Fragme Q7VAZ7 360 17 33 87 3 39 0.13 (Q7VAZ7) Predicted membra Q83NB9 344 17 40 76 3 39 0.13 (Q83NB9) Putative secrete Q8A5K0 565 15 35 76 1 39 0.13 (Q8A5K0) Carboxyl-termina O32565 291 22 47 57 0 39 0.13 (O32565) EtpC protein O82883 291 22 47 57 0 39 0.13 (O82883) Type II secretio Q7ZTQ9 351 19 40 50 2 39 0.13 (Q7ZTQ9) MGC52824 protein Q04186 357 21 37 121 36 39 0.13 (Q04186) Glutamic acid sp Q9DBG9 124 16 28 101 17 39 0.13 (Q9DBG9) Mus musculus adu pdb|pdb|1uew_A 114 16 50 53 3 39 0.14 Q6DHS7 371 13 34 90 8 39 0.14 (Q6DHS7) Zgc:92094 P90744 1370 30 50 53 2 39 0.14 (P90744) Hypothetical pro Q7P3U5 318 12 39 78 1 39 0.14 (Q7P3U5) Membrane metallo Q87P76 516 22 35 125 37 39 0.14 (Q87P76) Putative trypsin Q6ZQ32 1625 26 41 61 4 39 0.14 (Q6ZQ32) MKIAA0858 protei trembl|BAC98041|BAC98041 1625 26 41 61 4 39 0.14 MKIAA0858 protein (Fragme pdb|pdb|1wcz_A 215 21 37 121 36 39 0.14 Q7Q6G5 242 19 42 62 1 39 0.14 (Q7Q6G5) AgCP6039 (Fragme Q9VW57 460 14 32 165 10 39 0.14 (Q9VW57) CG7809-PA Q7ZVD3 291 22 36 85 0 39 0.15 (Q7ZVD3) LIM-domain bindi Q7Q1U2 168 16 34 137 24 39 0.15 (Q7Q1U2) AgCP8102 (Fragme Q9BVP4 189 19 32 76 2 39 0.15 (Q9BVP4) PDLIM3 protein ( Q82D78 389 35 47 62 6 39 0.15 (Q82D78) Putative carboxy O14907 124 16 28 101 17 39 0.15 (O14907) Tax interaction Q9VBY7 195 19 42 62 1 39 0.15 (Q9VBY7) CG7662-PA (RE467 trembl|AAR30181|AAR30181 195 19 42 62 1 39 0.15 RE46718p. Q7LCQ4 116 16 28 96 16 39 0.15 (Q7LCQ4) TIP1 (Fragment) pdb|pdb|1iu0_A 90 20 41 67 3 39 0.16 pdb|pdb|1iu2_A 90 20 41 67 3 39 0.16 Q9FBG1 316 19 32 119 40 39 0.16 (Q9FBG1) Glutamyl endopep Q6NWY1 468 13 33 123 7 39 0.16 (Q6NWY1) Hypothetical pro Q99YU2 345 17 39 63 1 39 0.16 (Q99YU2) Hypothetical pro Q7CEX6 345 17 39 63 1 39 0.16 (Q7CEX6) Hypothetical pro Q7CN00 345 17 39 63 1 39 0.16 (Q7CN00) Hypothetical pro Q6ZHQ2 426 23 40 100 15 39 0.17 (Q6ZHQ2) Hypothetical pro Q7PSI0 2205 38 61 34 0 39 0.17 (Q7PSI0) ENSANGP000000125 Q6ZRM5 1198 27 45 57 2 39 0.17 (Q6ZRM5) Hypothetical pro Q7Z6J2 395 26 35 70 3 39 0.17 (Q7Z6J2) GRP1 (General re Q7Z741 314 26 35 70 3 39 0.17 (Q7Z741) GRASP protein (F Q8IUQ1 917 27 45 57 2 39 0.17 (Q8IUQ1) Regulator of G-p Q8NC47 602 27 45 57 2 39 0.17 (Q8NC47) Hypothetical pro Q8NFN4 917 27 45 57 2 39 0.17 (Q8NFN4) RGS3 isoform PDZ Q8NFN5 1093 27 45 57 2 39 0.17 (Q8NFN5) RGS3 isoform C2P Q8WXA0 917 27 45 57 2 39 0.17 (Q8WXA0) PDZ-RGS3 Q8CEE3 433 27 45 57 2 39 0.17 (Q8CEE3) Mus musculus 0 d Q9JJA9 392 26 35 70 3 39 0.17 (Q9JJA9) Mus musculus bra Q9JKL0 392 26 35 70 3 39 0.17 (Q9JKL0) GRP1-associated Q920Q9 967 27 45 57 2 39 0.17 (Q920Q9) SRB-RGS Q925G9 930 27 45 57 2 39 0.17 (Q925G9) PDZ-RGS3 protein Q8R4T5 394 26 35 70 3 39 0.17 (Q8R4T5) Tamalin Q8VI25 433 27 45 57 2 39 0.17 (Q8VI25) Endothelial PDZ trembl|BAC87285|BAC87285 1198 27 45 57 2 39 0.17 CDNA FLJ46248 fis, clone SHK1_HUMAN 2161 17 39 93 3 39 0.17 (Q9Y566) SH3 and multiple SHK1_RAT 2167 17 39 93 3 39 0.17 (Q9WV48) SH3 and multiple Q9D8G4 145 18 37 86 5 39 0.17 (Q9D8G4) Mus musculus adu Q9VMF3 1573 18 35 55 10 39 0.17 (Q9VMF3) CG9491-PA Q95V18 1573 18 35 55 10 39 0.17 (Q95V18) Guanine nucleoti Q9HIQ6 511 21 49 61 0 39 0.17 (Q9HIQ6) Sterol-regulator O04073 464 48 57 35 0 39 0.18 (O04073) Photosystem II D SJ2B_RAT 206 14 27 136 14 39 0.18 (Q9WVJ4) Synaptojanin 2 b Q6FFA2 281 18 38 84 1 39 0.18 (Q6FFA2) Putative general Q6J0M8 670 23 36 93 4 39 0.18 (Q6J0M8) P100 LMO7 varian Q6JBI6 1395 23 36 93 4 39 0.18 (Q6JBI6) LMO7b Q6JBI7 1729 23 36 93 4 39 0.18 (Q6JBI7) LMO7a Q7PMK8 340 23 49 53 2 39 0.18 (Q7PMK8) ENSANGP000000158 Q6A7F2 1111 30 41 79 13 39 0.18 (Q6A7F2) Tricorn protease pdb|pdb|1kef_A 93 19 40 68 3 39 0.19 pdb|pdb|1rgr_A 93 19 40 68 3 39 0.19 pdb|pdb|1ueq_A 123 28 46 64 3 39 0.19 Q7NGW2 451 25 36 63 5 39 0.19 (Q7NGW2) Glr2775 protein Q8E1A5 357 20 40 63 1 39 0.19 (Q8E1A5) Hypothetical pro Q8E6R0 357 20 40 63 1 39 0.19 (Q8E6R0) Hypothetical pro Q9BHV0 471 16 36 74 1 39 0.19 (Q9BHV0) PDZ-domain prote pdb|pdb|1q7x_A 108 21 41 59 1 39 0.20 pdb|pdb|1mfg_A 95 20 34 87 10 39 0.20 pdb|pdb|1mfl_A 95 20 34 87 10 39 0.20 Q9H5Y8 409 21 36 64 2 39 0.21 (Q9H5Y8) Hypothetical pro Q9RUA1 445 22 35 75 18 39 0.21 (Q9RUA1) Carboxyl-termina LIK2_HUMAN 638 13 39 44 2 39 0.21 (P53671) LIM domain kinas Q7L3H5 686 13 39 44 2 39 0.21 (Q7L3H5) LIMK2 protein Q9UFU0 617 13 39 44 2 39 0.21 (Q9UFU0) Hypothetical pro Q99464 733 13 39 44 2 39 0.21 (Q99464) Lim kinase PRTD_STRGR 392 23 32 124 22 39 0.22 (P52321) Serine protease Q69ZK0 1665 21 34 119 22 39 0.22 (Q69ZK0) MKIAA1415 protei pdb|pdb|1d5g_A 96 21 41 59 1 39 0.22 pdb|pdb|3pdz_A 96 21 41 59 1 39 0.22 Q6QGC0 365 20 33 76 2 39 0.22 (Q6QGC0) Alpha-actinin-2- Q7SYH9 799 27 44 57 2 39 0.22 (Q7SYH9) Regulator of G p Q811P2 622 18 34 85 0 39 0.22 (Q811P2) PDZ-LIM protein Q811P3 679 18 34 85 0 39 0.22 (Q811P3) PDZ-LIM protein Q6A038 730 18 34 85 0 39 0.22 (Q6A038) MKIAA0613 protei pdb|pdb|1q3o_B 104 27 54 53 2 39 0.22 Q6NXJ2 1714 24 42 47 2 39 0.23 (Q6NXJ2) Tiam2 protein Q6ZPF3 1731 24 42 47 2 39 0.23 (Q6ZPF3) MKIAA2016 protei Q9WVS3 1715 24 42 47 2 39 0.23 (Q9WVS3) Sif and Tiam1-li Q6AXF2 1715 24 42 47 2 39 0.23 (Q6AXF2) Tiam2 protein trembl|BAC98284|BAC98284 1731 24 42 47 2 39 0.23 MKIAA2016 protein (Fragme pdb|pdb|1q3p_A 98 27 54 53 2 39 0.24 Q9L098 554 21 35 123 36 39 0.24 (Q9L098) Hypothetical pro Q7SYV2 325 29 48 54 0 39 0.24 (Q7SYV2) MGC64465 protein pdb|pdb|1fcf_A 387 48 57 35 0 39 0.24 pdb|pdb|1q3p_B 103 27 54 53 2 39 0.24 Q9VNY2 625 22 40 61 1 39 0.24 (Q9VNY2) CG7152-PB pdb|pdb|1obx_A 74 21 42 55 2 38 0.24 pdb|pdb|1oby_B 74 21 42 55 2 38 0.24 SYP2_MOUSE 1087 15 37 88 2 38 0.24 (Q91YE8) Synaptopodin 2 ( pdb|pdb|1fc7_A 386 48 57 35 0 38 0.25 pdb|pdb|1fc9_A 386 48 57 35 0 38 0.25 Q9Y4Z4 617 18 34 85 0 38 0.25 (Q9Y4Z4) ZASP protein (Fr Q9VCS4 424 19 36 80 11 38 0.25 (Q9VCS4) CG6688-PA Q8XNN0 426 17 37 72 2 38 0.25 (Q8XNN0) Hypothetical pro Q80U45 1352 14 30 158 32 38 0.25 (Q80U45) MKIAA0300 protei Q8N5T9 261 17 44 53 3 38 0.26 (Q8N5T9) MGC35285 protein O70209 316 20 33 76 2 38 0.26 (O70209) Alpha-actinin-2 pdb|pdb|1q3o_A 104 17 39 93 3 38 0.27 Q14250 455 23 39 103 12 38 0.27 (Q14250) Enigma protein Q8ABF6 484 55 70 27 0 38 0.27 (Q8ABF6) Putative peripla Q97ID8 437 23 47 55 4 38 0.27 (Q97ID8) Fe-S oxidoreduct O35889 1829 18 31 123 4 38 0.27 (O35889) L-Afadin O35890 1663 18 31 123 4 38 0.27 (O35890) S-Afadin EM55_HUMAN 466 21 38 62 3 38 0.27 (Q00013) 55 kDa erythrocy Q7ZYS4 325 18 36 89 2 38 0.27 (Q7ZYS4) MGC53685 protein pdb|pdb|1fc6_A 386 48 57 35 0 38 0.27 SJ2B_HUMAN 145 15 34 66 3 38 0.27 (P57105) Synaptojanin 2 b Q7QBU9 282 15 37 68 2 38 0.27 (Q7QBU9) AgCP1470 (Fragme Q934I9 641 11 28 136 17 38 0.28 (Q934I9) Aminopeptidase ( Q9GSN0 182 21 39 76 24 38 0.28 (Q9GSN0) Serine protease Q6P800 325 29 48 54 0 38 0.28 (Q6P800) Hypothetical pro trembl|AAH61431|AAH61431 325 29 48 54 0 38 0.28 Hypothetical protein. Q8D402 418 22 37 75 5 38 0.28 (Q8D402) Periplasmic prot Q7MFH6 1105 22 37 75 5 38 0.28 (Q7MFH6) Uncharacterized Q7Z6Q5 1276 19 32 102 4 38 0.28 (Q7Z6Q5) DJ470B24.1.1 (My Q7Z6Q6 1328 19 32 102 4 38 0.28 (Q7Z6Q6) DJ470B24.1.2 (My Q7Z6Q7 1498 19 32 102 4 38 0.28 (Q7Z6Q7) DJ470B24.1.3 (My Q7Z6Q8 1487 19 32 102 4 38 0.28 (Q7Z6Q8) DJ470B24.1.4 (My Q9NSN7 1410 19 32 102 4 38 0.28 (Q9NSN7) Hypothetical pro Q9BXD4 2641 14 26 136 43 38 0.28 (Q9BXD4) PDZ domain-conta pdb|pdb|1nte_A 82 21 42 55 2 38 0.29 pdb|pdb|1oby_A 75 21 42 55 2 38 0.29 pdb|pdb|1r6j_A 82 21 42 55 2 38 0.29 O27421 389 21 43 56 1 38 0.29 (O27421) Conserved protei Q801S6 460 22 41 50 3 38 0.29 (Q801S6) MGC53500 protein Q9L1S8 374 26 41 78 6 38 0.30 (Q9L1S8) Putative carboxy YGHF_ECOLI 288 15 34 52 0 38 0.30 (Q46834) Putative general Q7Q4G2 157 20 42 59 4 38 0.31 (Q7Q4G2) AgCP11400 Q7U517 361 25 40 72 3 38 0.31 (Q7U517) Hypothetical pro Q9CCM7 340 11 27 58 1 38 0.31 (Q9CCM7) Putative secrete Q8MR96 548 13 25 130 18 38 0.31 (Q8MR96) RH61449p Q8SXI6 636 13 25 130 18 38 0.31 (Q8SXI6) RE31492p LIK2_RAT 638 13 39 44 2 38 0.31 (P53670) LIM domain kinas PSD9_CAEEL 197 16 34 65 2 38 0.32 (Q10920) Probable 26S pro Y344_CHLPN 621 20 36 130 16 38 0.32 (Q9K275) Hypothetical zin Q9R0Z1 288 18 34 85 0 38 0.32 (Q9R0Z1) Orf protein Q9WVH1 288 18 34 85 0 38 0.32 (Q9WVH1) PDZ-LIM protein Q7PQW5 797 12 26 99 19 38 0.32 (Q7PQW5) ENSANGP000000107 YPEB_SYNP2 411 26 35 70 3 38 0.33 (P42784) Hypothetical pro Q8DSJ8 419 15 27 65 4 38 0.33 (Q8DSJ8) Putative Eep pro pdb|pdb|1ozi_A 99 20 41 59 1 38 0.34 Q6PJH1 320 19 41 62 1 38 0.34 (Q6PJH1) Hypothetical pro Q86NJ3 1184 26 47 60 1 38 0.34 (Q86NJ3) Hypothetical pro Q86NJ4 1419 26 47 60 1 38 0.34 (Q86NJ4) Hypothetical pro Q9XY66 1666 26 47 60 1 38 0.34 (Q9XY66) AF-6 Q9BIC1 1658 26 47 60 1 38 0.34 (Q9BIC1) Hypothetical pro trembl|AAH15560|AAH15560 320 19 41 62 1 38 0.34 Hypothetical protein (Fra P91146 721 27 42 58 1 38 0.34 (P91146) Neurabin related Q95Q64 561 27 42 58 1 38 0.34 (Q95Q64) Neurabin related Q95Q66 658 27 42 58 1 38 0.34 (Q95Q66) Neurabin related PDL4_CHICK 330 20 39 76 2 38 0.35 (Q9PW72) PDZ and LIM doma Q6T5A2 1293 18 41 62 3 38 0.35 (Q6T5A2) RhoGEF Q19402 1278 18 41 62 3 38 0.35 (Q19402) Hypothetical pro trembl|AAR30497|AAR30497 1293 18 41 62 3 38 0.35 RhoGEF. Q9A3Z9 561 13 35 106 9 38 0.35 (Q9A3Z9) PDZ domain famil Q8IY28 576 15 31 125 8 38 0.36 (Q8IY28) Palmitoylated me Q96FH2 283 18 34 85 0 38 0.36 (Q96FH2) LDB3 protein Q96M62 542 15 31 125 8 38 0.36 (Q96M62) Hypothetical pro GR55_RAT 453 20 33 125 8 38 0.36 (Q9R064) Golgi reassembly GSPC_KLEPN 285 16 51 56 0 38 0.36 (P15643) General secretio SNB2_HUMAN 540 13 32 86 4 38 0.36 (Q13425) Beta-2-syntrophi Q92JT1 308 23 37 126 28 38 0.36 (Q92JT1) HYPOTHETICAL TRA Q9QXA2 610 18 33 123 8 38 0.36 (Q9QXA2) C2PA protein Q7WXH0 1938 21 37 126 19 38 0.36 (Q7WXH0) Hypothetical pro Q7MAZ2 398 16 45 50 3 38 0.36 (Q7MAZ2) Unknown protein. Q6MP70 291 18 33 138 30 38 0.37 (Q6MP70) Serine protease Q8XJK0 445 15 45 57 2 38 0.37 (Q8XJK0) Hypothetical pro RGSC_RAT 1387 20 37 77 3 38 0.38 (O08774) Regulator of G-p Q9Y4Z5 283 18 34 85 0 38 0.38 (Q9Y4Z5) ZASP protein (Fr Q8VRN1 276 15 34 52 0 38 0.39 (Q8VRN1) Hypothetical typ Q75LZ0 444 16 30 285 64 38 0.39 (Q75LZ0) Hypothetical pro pdb|pdb|1gm1_A 94 20 41 59 1 38 0.39 Q9RJE0 437 22 32 121 31 38 0.39 (Q9RJE0) Protease Q8VPC9 276 15 34 52 0 38 0.40 (Q8VPC9) Hypothetical typ YQI7_CAEEL 124 21 37 58 3 38 0.41 (Q09506) Hypothetical 13. Q90X35 200 12 35 154 23 38 0.41 (Q90X35) SI:dZ129I22.4 (N STG2_HUMAN 539 15 38 62 1 37 0.42 (Q9NY99) Gamma-2-syntroph Q8WX96 679 20 38 85 4 37 0.42 (Q8WX96) RGS12TS isoform Q8WX97 668 20 38 85 4 37 0.42 (Q8WX97) RGS12TS isoform Q6GI34 357 22 38 121 36 37 0.42 (Q6GI34) Glutamyl endopep Q6ZNH6 602 16 34 93 3 37 0.43 (Q6ZNH6) Hypothetical pro Q6MBA7 367 17 29 149 39 37 0.43 (Q6MBA7) Hypothetical pro Q810P7 362 17 32 120 8 37 0.45 (Q810P7) Mpp7 protein (Fr Q6MER1 671 27 41 64 4 37 0.46 (Q6MER1) Putative carboxy Q7PUM0 882 23 36 64 4 37 0.46 (Q7PUM0) ENSANGP000000115 Q7PY03 930 23 36 64 4 37 0.46 (Q7PY03) EbiP8538 (Fragme Q78EG4 117 20 41 59 1 37 0.46 (Q78EG4) Tyrosine phospha Q62370 126 20 41 59 1 37 0.46 (Q62370) Tyrosine phospha EM55_FUGRU 467 22 44 51 3 37 0.46 (P49697) 55 kDa erythrocy O57431 467 22 44 51 3 37 0.46 (O57431) 55kd erythrocyte GSPC_ECOLI 271 20 38 55 0 37 0.47 (P45757) Probable general Q7PZP3 166 18 43 62 4 37 0.47 (Q7PZP3) AgCP9360 (Fragme Q6MNK9 401 17 34 57 7 37 0.47 (Q6MNK9) Carboxy-terminal Q6MP94 673 15 34 131 13 37 0.48 (Q6MP94) Tail-specific pr Q8R640 427 14 27 107 12 37 0.48 (Q8R640) Protease (EC 3.4 RGSC_HUMAN 1447 20 38 85 4 37 0.48 (O14924) Regulator of G-p Q54395 354 23 32 121 31 37 0.48 (Q54395) SALO precursor pdb|pdb|1v5l_A 103 19 34 86 2 37 0.49 pdb|pdb|1vb7_A 94 23 41 63 0 37 0.49 pdb|pdb|1qy6_A 216 21 36 121 36 37 0.51 Q93646 440 23 38 62 1 37 0.51 (Q93646) Hypothetical pro Q9XVP8 423 23 38 62 1 37 0.51 (Q9XVP8) Hypothetical pro Q9BHZ0 734 11 33 92 9 37 0.52 (Q9BHZ0) Probable viscero Q823G8 622 14 33 142 18 37 0.53 (Q823G8) Zinc protease Q927Z1 391 15 36 57 0 37 0.54 (Q927Z1) Lin2645 protein Q8BPL6 742 20 37 77 3 37 0.55 (Q8BPL6) Mus musculus 0 d Q8CGE9 1381 20 37 77 3 37 0.55 (Q8CGE9) Regulator of G-p O94393 213 17 32 72 7 37 0.57 (O94393) SPAC2H10.02c pro Q9QZA9 354 26 40 67 2 37 0.58 (Q9QZA9) Cytohesin bindin Q91VY6 359 26 40 67 2 37 0.58 (Q91VY6) Pleckstrin homol Q9D130 138 18 34 85 0 37 0.59 (Q9D130) Mus musculus 18- O70208 362 19 32 80 11 37 0.60 (O70208) Alpha-actinin-2 Q93654 245 29 46 53 1 37 0.60 (Q93654) Hypothetical pro Q8BVD5 427 17 32 120 8 37 0.61 (Q8BVD5) Mus musculus adu Q8BZZ8 326 17 32 120 8 37 0.61 (Q8BZZ8) Mus musculus 15 Q9D3K2 321 17 32 120 8 37 0.61 (Q9D3K2) Mus musculus 6 d Q9CP01 683 13 36 93 13 37 0.61 (Q9CP01) Prc LIK1_HUMAN 647 10 29 96 5 37 0.62 (P53667) LIM domain kinas Q75MU0 254 10 29 96 5 37 0.62 (Q75MU0) Hypothetical pro Q75MU3 596 10 29 96 5 37 0.62 (Q75MU3) Hypothetical pro Q707C0 276 16 32 70 3 37 0.62 (Q707C0) GspC, hypothetic SY2L_HUMAN 977 17 39 63 0 37 0.63 (Q9H987) Synaptopodin 2-l Q9VUE7 1100 23 49 54 1 37 0.65 (Q9VUE7) CG9598-PA Q7UUW3 155 16 35 68 9 37 0.66 (Q7UUW3) Similar to prote Q6MJY9 298 22 36 145 32 37 0.67 (Q6MJY9) Periplasmic prot Q69Q88 213 21 34 65 5 37 0.69 (Q69Q88) 26S proteasome r Q8C0H8 164 17 33 95 17 37 0.69 (Q8C0H8) Mus musculus 13 Q7PCX4 510 20 40 57 3 37 0.71 (Q7PCX4) AgCP4013 (ENSANG Q9VT49 734 20 38 79 2 37 0.72 (Q9VT49) CG14168-PA YRY4_CAEEL 431 14 33 111 3 37 0.73 (Q09354) Hypothetical 47. Q8LJ44 462 30 46 59 3 37 0.74 (Q8LJ44) P0413G02.10 prot CAKI_DROME 898 25 39 64 4 37 0.75 (Q24210) Calcium/calmodul Q6C782 377 19 28 127 44 37 0.75 (Q6C782) Similar to DEHA0 Q7KT16 469 16 37 58 1 37 0.76 (Q7KT16) CG9326-PB (Cg932 Q9VIJ4 448 16 37 58 1 37 0.76 (Q9VIJ4) CG9326-PD Q6T9C1 1183 14 36 79 3 37 0.76 (Q6T9C1) RGS12TS-S (RGS12 Q6T9C2 1387 14 36 79 3 37 0.76 (Q6T9C2) RGS12TS-I (RGS12 Q6T9C3 1540 14 36 79 3 37 0.76 (Q6T9C3) RGS12TS-L (RGS12 trembl|AAR24262|AAR24262 1540 14 36 79 3 37 0.76 RGS12TS. trembl|AAR24263|AAR24263 1387 14 36 79 3 37 0.76 RGS12TS. trembl|AAR24264|AAR24264 1183 14 36 79 3 37 0.76 RGS12TS. trembl|AAR24265|AAR24265 1540 14 36 79 3 37 0.76 RGS12TS-L. trembl|AAR24266|AAR24266 1387 14 36 79 3 37 0.76 RGS12TS-I. trembl|AAR24267|AAR24267 1183 14 36 79 3 37 0.76 RGS12TS-S. LIK1_MOUSE 647 10 29 96 5 37 0.77 (P53668) LIM domain kinas PRC_HAEIN 695 13 30 87 13 37 0.79 (P45306) Tail-specific pr Q91Y61 136 25 43 46 2 37 0.79 (Q91Y61) Ezrin binding pr Q8MT55 508 23 49 54 1 37 0.80 (Q8MT55) RE18302p Q9KNC0 394 19 34 69 3 37 0.81 (Q9KNC0) Protease-related Q7V0R6 359 21 33 66 9 37 0.81 (Q7V0R6) Hypothetical pro DLG1_DROME 970 13 29 159 25 37 0.83 (P31007) Discs large-1 tu Q812J4 400 15 38 88 1 37 0.85 (Q812J4) Hypothetical Mem Q91Y62 136 25 43 46 2 37 0.85 (Q91Y62) Ezrin binding pr Q8S3I7 467 24 42 56 1 37 0.86 (Q8S3I7) D1 protease-like Q9XYY9 718 22 39 63 0 37 0.87 (Q9XYY9) Rhophilin (CG849 Q9BIC0 678 26 47 60 1 37 0.89 (Q9BIC0) Hypothetical pro Q8DRB1 419 11 24 66 3 37 0.89 (Q8DRB1) Determinant for Q8FCZ3 271 20 40 55 0 37 0.91 (Q8FCZ3) Probable general Q811P4 661 19 34 78 0 37 0.91 (Q811P4) PDZ-LIM protein Q9WVH2 723 19 34 78 0 37 0.91 (Q9WVH2) PDZ-LIM protein Q9JKS3 661 19 34 78 0 37 0.91 (Q9JKS3) Oracle 2 protein Q9JKS4 723 19 34 78 0 37 0.91 (Q9JKS4) Oracle 1 protein Y263_STRPN 419 11 24 66 3 37 0.92 (Q97SR2) Hypothetical zin Q7V8Z0 455 22 47 71 3 37 0.92 (Q7V8Z0) Possible Fe-S ox pdb|pdb|1m5z_A 90 20 32 59 0 36 0.96 Q6F484 145 17 28 79 5 36 0.98 (Q6F484) Outer membrane p --- --- PSI-BLAST ALIGNMENT
--- ------------------------------------------------------------ --- MAXHOM multiple sequence alignment --- ------------------------------------------------------------ --- --- MAXHOM ALIGNMENT HEADER: ABBREVIATIONS FOR SUMMARY --- ID : identifier of aligned (homologous) protein --- STRID : PDB identifier (only for known structures) --- IDE : percentage of pairwise sequence identity --- WSIM : percentage of weighted similarity --- LALI : number of residues aligned --- NGAP : number of insertions and deletions (indels) --- LGAP : number of residues in all indels --- LSEQ2 : length of aligned sequence --- ACCNUM : SwissProt accession number --- OMIM : OMIM (Online Mendelian Inheritance in Man) ID --- NAME : one-line description of aligned protein --- --- MAXHOM ALIGNMENT HEADER: SUMMARY ID STRID IDE WSIM LALI NGAP LGAP LSEQ2 ACCNUM NAME predict_h714 97 96 486 0 0 486 prot (#) default: single prote --- --- MAXHOM ALIGNMENT: IN MSF FORMAT
--- --- Version of database searched for alignment: --- SWISS-PROT release 41 (02/2003) with 122 564 proteins ---
Identities computed with respect to: (1) predict_h7140 Colored by: consensus/70% and property
1 [ . . . . : . . . . 1 . . . . : . . . . 2 . . . . : . . . . 3 . . . . : . . . . 4 . . . . : . . . ] 486 1 predict_h7140 100.0% MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRKFFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNPFGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVVGINSAIIGPAGGSIGIGFAVPAETVGIVMRQLILTGKLVRGEVGILTQDLTPGLAKAFGIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAPRTIHIGRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNGHRLFVAADVQTQ 2 predict_h714 96.5% MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRKFFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNPFGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVVXXXXXXXXXXXXXXXXXFAVPAETVGIVMRQLILTGKLVRGEVGILTQDLTPGLAKAFGIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAPRTIHIGRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNGHRLFVAADVQTQ consensus/100% MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRKFFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNPFGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVV.................FAVPAETVGIVMRQLILTGKLVRGEVGILTQDLTPGLAKAFGIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAPRTIHIGRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNGHRLFVAADVQTQ consensus/90% MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRKFFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNPFGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVV.................FAVPAETVGIVMRQLILTGKLVRGEVGILTQDLTPGLAKAFGIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAPRTIHIGRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNGHRLFVAADVQTQ consensus/80% MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRKFFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNPFGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVV.................FAVPAETVGIVMRQLILTGKLVRGEVGILTQDLTPGLAKAFGIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAPRTIHIGRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNGHRLFVAADVQTQ consensus/70% MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRKFFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNPFGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVV.................FAVPAETVGIVMRQLILTGKLVRGEVGILTQDLTPGLAKAFGIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAPRTIHIGRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNGHRLFVAADVQTQ |
-------------------------------------------------------------------------------
Cysteines Bonding State and Connectivity Predictor
-------------------------------------------------------------------------------
0 = Not Bonded
1 = Bonded
Chain identifier: predict_h7141.fasta
.........10........20........30........40........50........60........70........
MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSI
0
80........90........100.......110.......120.......130.......140.......150......
SVQGRELDDADATLADPFYRKFFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKL
.160.......170.......180.......190.......200.......210.......220.......230.....
VGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNPFGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNP
..240.......250.......260.......270.......280.......290.......300.......310....
GNSGGALVSEDGVVVXXXXXXXXXXXXXXXXXFAVPAETVGIVMRQLILTGKLVRGEVGILTQDLTPGLAKAFGIDEGA
...320.......330.......340.......350.......360.......370.......380.......390...
GALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAP
....400.......410.......420.......430.......440.......450.......460.......470..
RTIHIGRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNG
.....480....
HRLFVAADVQTQ
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Please cite:
P. Frasconi, A. Passerini, and A. Vullo.
"A Two-Stage SVM Architecture for Predicting the Disulfide Bonding State of Cysteines"
Proc. IEEE Workshop on Neural Networks for Signal Processing, pp. 25-34, 2002.
A.Ceroni, P.Frasconi, A.Passerini and A.Vullo.
"Predicting the Disulfide Bonding State of Cysteines with Combinations of Kernel Machines"
Journal of VLSI Signal Processing, 35, 287-295, 2003.
A. Vullo and P. Frasconi.
"Disulfide Connectivity Prediction using Recursive Neural Networks and Evolutionary Information"
Bioinformatics, 20, 653-659, 2004.
Questions and comments are very appreciated.
Please, send email to: cystein@dsi.unifi.it
Created by members of the Machine Learning and
Neural Network Group, Universita' di Firenze
The server is hosted at the Department of Systems and
Computer Science (DSI), Faculty of Engineering,
Universita' di Firenze, Italy
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**************************************************************************** * * * PHD: Profile fed neural network systems from HeiDelberg * * ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~ * * * * Prediction of: * * secondary structure, by PHDsec * * solvent accessibility, by PHDacc * * and helical transmembrane regions, by PHDhtm * * * * Author: * * Burkhard Rost * * EMBL, 69012 Heidelberg, Germany * * Internet: Rost@EMBL-Heidelberg.DE * * * * All rights reserved. * * * **************************************************************************** * * * The network systems are described in: * * * * PHDsec: B Rost & C Sander: JMB, 1993, 232, 584-599. * * B Rost & C Sander: Proteins, 1994, 19, 55-72. * * PHDacc: B Rost & C Sander: Proteins, 1994, 20, 216-226. * * PHDhtm: B Rost et al.: Prot. Science, 1995, 4, 521-533. * * * ****************************************************************************
| N HTM | Total score | Best HTM | c-N |
| 1 | 0.9357 | 0.5839 | 36 - 53 |
| 2 | 0.9405 | 0.5642 | 261 - 278 |
| Positions | Segments | Explain |
| 1- 35 | i1 | inside region 1 |
| 36- 53 | T1 | ?=error 1 |
| 54- 260 | o1 | outside region 1 |
| 261- 278 | T2 | ?=error 2 |
| 279- 486 | i2 | inside region 2 |
| %A: 13.2 | %C: 0.2 | %D: 6.0 | %E: 4.1 | %F: 3.1 |
| %G: 10.7 | %H: 1.6 | %I: 6.0 | %K: 1.6 | %L: 8.4 |
| %M: 1.4 | %N: 1.9 | %P: 6.4 | %Q: 4.3 | %R: 6.2 |
| %S: 8.4 | %T: 4.1 | %V: 11.5 | %W: 0.0 | %Y: 0.8 |
| AA : | amino acid sequence |
| pH_sec: | 'probability' for assigning helix (1=high, 0=low) |
| pL_sec: | 'probability' for assigning neither helix, nor strand (1=high, 0=low) |
| PHD_htm: | PHD predicted membrane helix: M=helical transmembrane region,
blank=non-membrane PHD = PHD: Profile network prediction HeiDelberg |
| Rel_htm: | reliability index for PHDhtm prediction (0=low to 9=high) Note: for the brief presentation strong predictions marked by '*' |
| SUB_htm: | subset of the PHDhtm prediction, for all residues with an expected
average accuracy > 98% (tables in header) NOTE: for this subset the following symbols are used: N: is non-membrane region (for which above ' ' is used) .: means that no prediction is made for this residue, as the reliability is: Rel < 7 |
| PHDrhtm: | refined PHD prediction: M=helical transmembrane region, blank=non-membrane |
| PiMohtm: | PHD prediction of membrane topology: T=helical transmembrane region, i=inside of membrane, o=outside of membrane |
| pT_htm: | 'probability' for assigning transmembrane helix |
| pN_htm: | 'probability' for assigning globular region |
| phd_skip: | note: sequence stretches with less than 9 are not predicted, the symbol '*' is used! |
PHD results (brief)....,....1....,....2....,....3....,....4....,....5....,....6....,....7....,....8....,....9....,....1 AA MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRK PHD_htm MMMMMMMMMMMM Rel_htm ************************************ ********************************************* PiMohtm iiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiTTTTTTTTTTTTTTTTTTooooooooooooooooooooooooooooooooooooooooooooooo ....,....11...,....12...,....13...,....14...,....15...,....16...,....17...,....18...,....19...,....20 AA FFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNP PHD_htm Rel_htm ************************************************************************************************** PiMohtm oooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo ....,....21...,....22...,....23...,....24...,....25...,....26...,....27...,....28...,....29...,....30 AA FGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVVGINSAIIGPAGGSIGIGFAVPAETVGIVMRQLILTGKLVRGEVGILTQ PHD_htm M M MMMMMMMMMMM Rel_htm ********************************************* ******************** PiMohtm ooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooTTTTTTTTTTTTTTTTTTiiiiiiiiiiiiiiiiiiiiii ....,....31...,....32...,....33...,....34...,....35...,....36...,....37...,....38...,....39...,....40 AA DLTPGLAKAFGIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAPRTIHI PHD_htm Rel_htm **************************************************************************************************** PiMohtm iiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiii ....,....46...,....47...,....48...,....49...,....50...,....51...,....52...,....53...,....54 AA GRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNGHRLFVAADVQTQ PHD_htm Rel_htm ************************************************************************************** PiMohtm iiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiii
PHD results (normal) ....,....1....,....2....,....3....,....4....,....5....,....6....,....7....,....8....,....9....,....1 AA MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRK PHD_htm MMMMMMMMMMMM Rel_htm 9999999999999999999999999999999999876301345566654301456778899999999999999888899999999999999999999999 SUB_htm NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN...................NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN PHDrhtm MMMMMMMMMMMMMMMMMM PiMohtm iiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiTTTTTTTTTTTTTTTTTTooooooooooooooooooooooooooooooooooooooooooooooo ....,....11...,....12...,....13...,....14...,....15...,....16...,....17...,....18...,....19...,....20 AA FFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNP PHD_htm Rel_htm 9999999999999999999999999999988899999999999999999999999999999999999999999999999999999999999999887765 SUB_htm NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN.. PHDrhtm PiMohtm oooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooo ....,....21...,....22...,....23...,....24...,....25...,....26...,....27...,....28...,....29...,....30 AA FGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVVGINSAIIGPAGGSIGIGFAVPAETVGIVMRQLILTGKLVRGEVGILTQ PHD_htm M M MMMMMMMMMMM Rel_htm 3100011232347899999999999999999999999999999999999988778776542100001234543210025578999999999999999999 SUB_htm ............NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN.......................NNNNNNNNNNNNNNNNNNNN PHDrhtm MMMMMMMMMMMMMMMMMM PiMohtm ooooooooooooooooooooooooooooooooooooooooooooooooooooooooooooTTTTTTTTTTTTTTTTTTiiiiiiiiiiiiiiiiiiiiii ....,....31...,....32...,....33...,....34...,....35...,....36...,....37...,....38...,....39...,....40 AA DLTPGLAKAFGIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAPRTIHI PHD_htm Rel_htm 9999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999999 SUB_htm NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN PHDrhtm PiMohtm iiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiii ....,....46...,....47...,....48...,....49...,....50...,....51...,....52...,....53...,....54 AA GRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNGHRLFVAADVQTQ PHD_htm Rel_htm 99999999999999999999999999999999999999999999999999999999999999999999999999999999999999 SUB_htm NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN PHDrhtm PiMohtm iiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiiii
| Bottom - Summary - Details - PredictProtein |
PROF predictions for query |
SYNOPSIS of prediction for query |
| sec str type | H | E | L |
| % in protein | 16.05 | 31.69 | 52.26 |
| accessib type | b | e |
| % in protein | 47.12 | 52.88 |
HEADER information |
| ali_orig | /home/ppuser/server/work/predict_h7141.hsspPsiFil |
| %A: 13.2 | %C: 0.2 | %D: 6.0 | %E: 4.1 | %F: 3.1 |
| %G: 10.7 | %H: 1.6 | %I: 6.0 | %K: 1.6 | %L: 8.4 |
| %M: 1.4 | %N: 1.9 | %P: 6.4 | %Q: 4.3 | %R: 6.2 |
| %S: 8.4 | %T: 4.1 | %V: 11.5 | %W: 0.0 | %Y: 0.8 |
| prof_fpar | acc=/home/ppuser/server/pub/prof/net/PROFboth_best.par |
| prof_nnet | acc=6 |
| AA : | amino acid sequence |
| OBS_sec: | observed secondary structure: H=helix, E=extended (sheet), blank=other (loop) |
| PROF_sec: | PROF predicted secondary structure: H=helix, E=extended (sheet),
blank=other (loop) PROF = PROF: Profile network prediction HeiDelberg |
| Rel_sec: | reliability index for PROFsec prediction (0=low to 9=high) Note: for the brief presentation strong predictions marked by '*' |
| SUB_sec: | subset of the PROFsec prediction, for all residues with an expected
average accuracy > 82% (tables in header) NOTE: for this subset the following symbols are used: L: is loop (for which above ' ' is used) .: means that no prediction is made for this residue, as the reliability is: Rel < 5 |
| pH_sec: | 'probability' for assigning helix (1=high, 0=low) |
| pE_sec: | 'probability' for assigning strand (1=high, 0=low) |
| pL_sec: | 'probability' for assigning neither helix, nor strand (1=high, 0=low) |
| O_2_acc: | observerd relative solvent accessibility (acc) in 2 states: b = 0-16%, e = 16-100%. |
| P_2_acc: | PROF predicted relative solvent accessibility (acc) in 2 states: b = 0-16%, e = 16-100%. |
| O_3_acc: | observerd relative solvent accessibility (acc) in 3 states: b = 0-9%, i = 9-36%, e = 36-100%. |
| P_3_acc: | PROF predicted relative solvent accessibility (acc) in 3 states: b = 0-9%, i = 9-36%, e = 36-100%. |
| OBS_acc: | observed relative solvent accessibility (acc) in 10 states: a value of n (=0-9) corresponds to a relative acc. of between n*n % and (n+1)*(n+1) % (e.g. for n=5: 16-25%). |
| PROF_acc: | PROF predicted relative solvent accessibility (acc) in 10 states: a value of n (=0-9) corresponds to a relative acc. of between n*n % and (n+1)*(n+1) % (e.g. for n=5: 16-25%). |
| Rel_acc: | reliability index for PROFacc prediction (0=low to 9=high) Note: for the brief presentation strong predictions marked by '*' |
| SUB_acc: | subset of the PROFacc prediction, for all residues with an expected
average correlation > 0.69 (tables in header) NOTE: for this subset the following symbols are used: I: is intermediate (for which above ' ' is used) .: means that no prediction is made for this residue, as the reliability is: Rel < 4 |
| ali_orig: | input file |
| prof_fpar: | name of parameter file, used [w] |
| prof_nnet: | number of networks used for prediction [d] |
| prof_skip: | note: sequence stretches with less than 9 are not predicted, the symbol '*' is used! |
BODY with predictions for query |
PROF results (normal)....,....1....,....2....,....3....,....4....,....5....,....6....,....7....,....8....,....9....,....10.1.,....11.1.,....12.1.,....13.1.,....14.1.,....15.1.,....16.1.,....17.1.,....18.1.,....19.1.,....20.1.,....21.1.,....22.1.,....23.1.,....24.1.,....25.1.,....26.1.,....27.1.,....28.1.,....29.1.,....30.1.,....31.1.,....32.1.,....33.1.,....34.1.,....35.1.,....36.1.,....37.1.,....38.1.,....39.1.,....40.1.,....41.1.,....42.1.,....43.1.,....44.1.,....45.1.,....46.1.,....47.1.,....48.1.,. AA MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRKFFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNPFGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVVGINSAIIGPAGGSIGIGFAVPAETVGIVMRQLILTGKLVRGEVGILTQDLTPGLAKAFGIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAPRTIHIGRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNGHRLFVAADVQTQ OBS_sec PROF_sec HHHHH HHHHHHHHHHHHHHHH HHHHHHHH EEEEEEEEEE HHHHH EEEEEE EEEE EEE EEEEEE EEEEEEEE EEEEEE EEE EEEEEE EEEEEEEE EEEE EEE EEEEEE EEE EEEEEEE HHHHHHHHHHHH EEE EEEEEEEE HHHHHH EEEEEE HHH EEEEE HHHHHHHHHH EEEEEEE EEEEEEEEE EEEE EEE EEEEEE HHHH EEEEE HHHHHHHHH EEEEEEE EEEEEEEE Rel_sec 976001122103567777777888766454300123321366765553023345675434664356888740785578873111002577665650011203677778776431013320488716865376323242155447888437744567888506754358898547862010114655320152478851233675411222332002201566653202431033154544310340565266320124303556101344313037778888875158412110336643134013311366656751777742666011135666774887356102473578887640377870478987457325678774025666765432011102543210200246676317888426541121357778748872562144557898887405880588885067248888862258 SUB_sec LLL.........LLLLLLLLLLLLLLL.L...........HHHHHHH......LLLL...LL..HHHHHH..LLLEEEEE.......LLLLLLLL.......LLLLLLLLL..........EEE.LLLL.EE.......LL..EEEE..LL..EEEEEEE.LLL..EEEEEE.LLL.......LLL....L..EEEE....LLL...............LLLLL...........L.L........LLL.EE.........LLL...........HHHHHHHHHH.LL........EE............LLLLLLL.EEEE..LLL.....LLLLLL.EEE.LL....L.HHHHHHH...LLLL..EEEEE.LL..EEEEEE...LLLLLLL.........L..........LLLL..EEEE..LL......LLLLLL.EEE.LL....LHHHHHHHH..LLL.EEEEEE.LL..EEEEEE..LL O_3_acc bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb P_3_acc e e bbbbb e eeee ee ee ee e e eeb bbbbbbbbbbbbe e e eee bbebbeeb ebbbbbbb eeeeeee e e beeb e eeeeeeee e bbbbbbb e bbbbbbbbbb be b b b eeeeb b bbb ee bbbbb b eee beb eeb bb bbbbbbbbbbbebbbbbbbbbb b eeee bbbbbbbb bbbbbbbbbbebbbbbbbbbbbb e bbbbbbbbb bb bbe b ee eb bbbbbbbbe eeebbee ebeee bbbbb b ee bbebbbe bbbbbb ebe e b ebbee eeeeeb b b eeee eb b b e eeeeee ee e e ee eb e eeee b bbbb ee bbe ebeee bbbbb ebe be bbe beeeeeebbb bb ee bbb b beee Rel_acc 633202311201211100112102201002111112122434665341300101110001200210347321113693903221102122103113022111231222000101110114889622014288631043100237493510033446342021221269792632321201210001302002197976221100113336554310200001210110525242100112334542013057651212111010113768663221932764372410442220346130303321151333322103273201021120201220102966501010231428352533222212339593213422202332222112122011111100021111201102320133623201102102113300139856100201313390416251203209270221122051330038 SUB_acc e......................................b.bbbb.b....................bb......bb.b........................................bbbbb....b.bbb...b......bib.b.....bib.b........bbbb.b.....................bbbbb...........bbbb...............b.b.b.........bbb.....bbbb.............bbbbb....b..bbe.b.e..eb.....bb..........e...........b...................bbbb........e.b.e.b..........bib....e............................................b...................bbbb..........b.e.b.e......b.b........b......e
PROF results (detail) ....,....1....,....2....,....3....,....4....,....5....,....6....,....7....,....8....,....9....,....10.1.,....11.1.,....12.1.,....13.1.,....14.1.,....15.1.,....16.1.,....17.1.,....18.1.,....19.1.,....20.1.,....21.1.,....22.1.,....23.1.,....24.1.,....25.1.,....26.1.,....27.1.,....28.1.,....29.1.,....30.1.,....31.1.,....32.1.,....33.1.,....34.1.,....35.1.,....36.1.,....37.1.,....38.1.,....39.1.,....40.1.,....41.1.,....42.1.,....43.1.,....44.1.,....45.1.,....46.1.,....47.1.,....48.1.,. AA MFPLTRINALCLRYTKASSSRRPPTTGGASARRSEMSRSLLALAALFIAGESLLSAPAVADSLSLAPMLQRVVPSVVSISVQGRELDDADATLADPFYRKFFGLPDDAAPAEHSFQSAGSGVVIDEVHGYIVTNQHVIASASKIEVALSDGRRFQAKLVGADPETDVAVVQIPPDHLVQAEFGSASSLHVGDVVVAIGNPFGLGQTATMGIVSALGRRAVGSEGYEGFIQTDASTNPGNSGGALVSEDGVVVGINSAIIGPAGGSIGIGFAVPAETVGIVMRQLILTGKLVRGEVGILTQDLTPGLAKAFGIDEGAGALVSEVLPGSPAANAGIQPGDVIRMVDGRTVRGASDVRRLVGSLPLQSKPSFQIDRASRRIEAFPVVSDAPVAEPAAPRTIHIGRGPLADAEMANSPDGPGARVVVVAEGSVAAQAGLQPDDVIVALDQQPVTDVGQLLSILVKEHARALITVVRNGHRLFVAADVQTQ pH_sec ... ..... ... ..... 1.0 pH_sec . ..... ......... ....... ....... 0.9 pH_sec ....... ....... .......... ........ ......... 0.8 pH_sec .... ......... ....... ........... . ......... ......... 0.7 pH_sec . . . ............... ....... ... ............ ..... .. ......... .. ......... 0.6 pH_sec ....... .................. ........ ...... ............. ...... .... .......... .... .......... 0.5 pH_sec ........ .................... ........ ...... . ............. ...... .... .......... .... .......... 0.4 pH_sec ......... ....................... ... .......... ....... . .... ............. ....... ..... ........... ...... ........... 0.3 pH_sec .......... . . .............................. ................. ...... .............. . ......... ..... .. . ..... . .. .... ............ . .... ... . ....... .... . ... ............... ........... .. ........ . ... ............ ........ ....... . ........ ................ 0.2 ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ pE_sec .. . ... ... ... .. .. ... .. .. .... ... 1.0 pE_sec .... ... .. .... ..... .... ... . . .... ... ..... ..... .... ... .... ...... 0.9 pE_sec ..... .... .. ...... ........ ...... ..... .. ... .... .... ..... ...... .... .... ...... ....... 0.8 pE_sec ...... .... .... . ...... ........ ...... ..... . .. . .... .. .... ...... ..... ..... ....... ........ ..... ..... ...... ....... 0.7 pE_sec ........ ..... .... ... ...... ........ ...... . ...... ....... .... .. ..... ... ...... ... ....... ...... ..... ....... ........ .. . ...... ..... ....... ........ 0.6 pE_sec .......... . ...... .... ... ...... ......... ...... ..... . ...... ......... .... . .... ...... .... ....... ... ........ ...... ..... . ........ ......... ..... .... ...... ..... ........ ........ 0.5 pE_sec ........... ... ....... ..... .... ....... ......... ....... ...... ... ........ .......... .. ....... . ..... ........... ........ ............ ....... ..... ... ........ .......... ....... ....... ........ ..... . ........ .......... 0.4 pE_sec ...... . ............. ............. ............ ........ .......... ......... ....... ............... ................ ............. ......... ............. ......... .............. ........ ...... .... ......... ............ .................... ........ ...... ... ........ .......... 0.3 pE_sec . ......... . .... ......... .............. ... .. ...... ................ ....................... ........... .......... ........................... .................. ................................................... ............... ......... ......... ........ ............ .............................................................. ..... ... ............ ..................... 0.2 ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ pL_sec . ... . . . . . 1.0 pL_sec ... ............ . . .. .. ....... .. .. .. .. . . . . .. .. .. . .... . .. ... ..... .. .. . 0.9 pL_sec ... ............... . .... .. ... ........ ......... .... .. ... ... ... ... . ... ..... . . ... ... .. ....... ... ...... .. . .... .. ....... . .... .. ..... .. . ... .. .. 0.8 pL_sec ... ................... . ............ ... ........ ........... .. .... ... .... ..... .... .... . ....... ..... .. ..... ... .... ... .. ........ .... ...... .. .. ..... ... ........ .. ...... .... ....... .. ... ... ... .. 0.7 pL_sec ... ..................... ............... ... ......... ............. .... .... .. .... .... ...... ..... ....... ... ........ .. ........ ......... ... ..... . ... . .. ........ .... ....... ... ... ..... ... ........... ..... ....... .... ....... ....... ..... ... ... 0.6 pL_sec ... . ........................ ................ .... . ............. ............. ..... ..... .. .... .... ...... ........ ........... ........ .............. ........... .... .. ........ ... ..... ... ... ......... ..... ....... ....... ....... ... ............. ........ .......... .... ....... ....... ..... .... ... 0.5 pL_sec ....... ............................. ................ .... ....................................... ...... ... ..... .... ...... .................... ........... . ............... ............ ..... .... ........ ... .......... ...... ........... ................ ......... ........ .... ................................... ............... ........ ..... .... .... 0.4 pL_sec ........................................ .................. ...... ......................................... ...... .... ...... ....... ........ ...................... ...................................................... ....................... ........... .................... ................. ......... ......... ...... .................................... ................. ......... ....... ...... .... 0.3 pL_sec .................................................................. ........ .......................................... ..................... ......... ........ ....................... ................................................................................. .................................... ................... .......... ........... ......... ....................................... ................. .......... ....... ...... ..... 0.2 ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ OBS_acc 100% OBS_acc 81% OBS_acc 64% OBS_acc 49% OBS_acc 36% OBS_acc 25% OBS_acc 16% OBS_acc 9% OBS_acc 4% ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------ PROF_acc . . . . . .. . . . ... .. .. . . . . . .. . .. 100% PROF_acc . ... .. .. . . .. .... . . ........ . ... . .. . . . ... . ... . ...... . ... . . . . . .. 81% PROF_acc . ... .. .. . . . ... .. ..... . . . ........ . .. ... .. .. . . . .. .. . ... . . . . .. ... .. . ...... . . ... . . . . . . . . . . .. .. 64% PROF_acc . . . .... .. .. .. . . .. . . . ... . .. . ....... . . .. . ........ . . . .... .. ... . .. . .... . . . .. . . ... .. . ... .. . . . . . . .. ..... .... . . ...... .. . . .. . . .... .. . . ... . . . . ...... .. ... 49% PROF_acc . .. .. .............. ...... .. .. . .. ... . . .. . ............... .. . ........ ..... ... .. .. . ..... . ..... .... .. . .. .. . . .. .... . . ..... . .. .. ... . . ... .. . .... .. . . ... ... .. .. .. .. ..... . .... . . . ............. . .... .. . ........ .. . ... ... ... .. .. . ...... ..... . ... 36% PROF_acc . .. . ................. ...... .. .. . ...... . . .. . ............... .. . .............. ... .. .. . . ..... . . ..... . .... .. . .. .. . . . . .. ..... . . . ..... . .. .. ..... .. . ... .. . .... . ... . . ... ... ..... .. ........ . . ........ . . .................... .. . ........ . .. . ... .... .... .. .. . ...... . ..... . . ... 25% PROF_acc ...... ........................ .. .............. . .. .. ................ .. ................. ... .. .. . . ..... . . ..... . ....... . ..... . . . . ........... .. . ..... . .. .. ..... .. ..... .... .... . ..... . ... .... ..... .. ........ . . ........ . . ......................... ........ . ..... ... .... .... .. .. .. ...... . ..... . . ... 16% PROF_acc ...... ........................ .. .............. . .. .. ................ .. ................. ... .. .. . . ....... . ..... . ....... . ..... . . . . ........... .. . ..... . .. .. ........ ..... ......... . ..... . ... .... ..... .. ........ . . ........ . . ......................... .......... ..... ... .... .... .. .. .. ...... . ..... . ..... 9% PROF_acc ...... ........................ .. .............. . .. .. ................ .. ................. ... .. .. . . ....... . ..... . ....... . ..... . . .. . ........... .. . ..... . .. .. ........ ..... ......... . ..... . ... .... ..... .. ........ . . ........ . . ......................... .......... ..... ........ .... .. .. .. ...... . ..... . ..... 4% ------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------
| Top - Summary - Details - PredictProtein |
--- --- GLOBE: prediction of protein globularity --- --- nexp = 257 (number of predicted exposed residues) --- nfit = 187 (number of expected exposed residues --- diff = 70.00 (difference nexp-nfit) --- =====> your protein appears as compact, as a globular domain --- --- --- GLOBE: further explanations preliminaryily in: --- http://cubic.bioc.columbia.edu/papers/1999_globe/paper.html --- --- END of GLOBE
Ambivalent Sequence Predictor (ASP v1.0) mmy Parameters: Window size : 5 Min mu dPr : 9 Z-score cutoff : -1.75 Mean dPr score=12.497, Standard deviation=2.929 Please note: ASP was designed to identify the location of conformational switches in amino acid sequences. It is NOT designed to predict whether a given sequence does or does not contain a switch. For best results, ASP should be used on sequences of length >150 amino acids with >10 sequence homologues in the SWISS-PROT data bank. ASP has been validated against a set of globular proteins and may not be generally applicable. Please see Young et al., Protein Science 8(9):1852-64. 1999. for details and for how best to interpret this output. We consider ASP to be experimental at this time, and would appreciate any feedback from our users.
END of results for file predict_h7141
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