WORKLIST ENTRIES (1):

TYPE3IMSPROT View alignment     Type III secretion system inner membrane S protein family signature
 Type of fingerprint: COMPOUND with 5  elements
Links:
   PRINTS; PR00949 TYPE3IMAPROT; PR01302 TYPE3IMPPROT; PR00952 TYPE3IMQPROT
   PRINTS; PR00953 TYPE3IMRPROT; PR00951 FLGBIOSNFLIP
   INTERPRO; IPR002066
   PFAM; PF01312 Bac_export_2

 Creation date 03-SEP-1998; UPDATE 06-APR-2000

   1. MECSAS, J. AND STRAUSS, E.J.
   Molecular mechanisms of bacterial virulence: type III secretion and 
   pathogenicity islands.
   EMERG.INFECT.DIS. 2 271-288 (1996).

   2. GALAN, J. AND COLLMER, A.
   Type III secretion machines; bacterial devices for protein delivery into
   host cells.
   SCIENCE 284 1322-1328 (1999).

   3. KOMORIYA, K., SHIBANO, N., HIGANO, T., AZUMA, N., YAMAGUCHI, S.
   AND AIZAWA, S.
   Flagellar proteins and type III-exported virulence factors are the 
   predominant proteins secreted into the culture media of Salmonella 
   typhimurium.
   MOL.MICROBIOL. 34 767-779 (1999).

   4. HUECK, C.J.
   Type III protein secretion systems in bacterial pathogens of animals and 
   plants.
   MICROBIOL.MOL.BIOL.REV. 379-433 (1998).

   Secretion of virulence factors in Gram-negative bacteria involves 
   transportation of the protein across two membranes to reach the cell 
   exterior [1]. There have been four secretion systems described in 
   animal enteropathogens, such as Salmonella and Yersinia, with further 
   sequence similarities in plant pathogens like Ralstonia and Erwinia [1]. 
   
   The type III secretion system is of great interest, as it is used to 
   transport virulence factors from the pathogen directly into the host cell 
   [2] and is only triggered when the bacterium comes into close contact with
   the host. The protein subunits of the system are very similar to those of 
   bacterial flagellar biosynthesis [3]. However, while the latter forms a
   ring structure to allow secretion of flagellin and is an integral part of
   the flagellum itself [3], type III subunits in the outer membrane
   translocate secreted proteins through a channel-like structure.
  
   It is believed that the family of type III inner membrane proteins are 
   used as structural moieties in a complex with several other subunits [4]. 
   One such set of inner membrane proteins, labeled "S" here for nomenclature 
   purposes, includes the Salmonella and Shigella SpaS, the Yersinia YscU, 
   Rhizobium Y4YO, and the Erwinia HrcU genes [4]. The flagellar protein FlhB 
   also shares similarity, probably due to evolution of the type III secretion 
   system from the flagellar biosynthetic pathway. 
  
   TYPE3IMSPROT is a 5-element fingerprint that provides a signature for the
   type III secretion system inner membrane S protein family. The fingerprint
   was derived from an initial alignment of 12 sequences: the motifs were drawn
   from conserved regions spanning the full alignment length (~400 amino acids).
   Two iterations on SPTR37_10f were required to reach convergence, at which
   point a true set comprising 32 sequences was identified. A single partial
   match was also found, O87466, a type III pathway protein from Pseudomonas
   syringae that fails to make a significant match with motif 1.

  SUMMARY INFORMATION
     32 codes involving  5 elements
      1 codes involving  4 elements
      0 codes involving  3 elements
      0 codes involving  2 elements

   COMPOSITE FINGERPRINT INDEX
  
    5|  32   32   32   32   32  
    4|   0    1    1    1    1  
    3|   0    0    0    0    0  
    2|   0    0    0    0    0  
   --+--------------------------
     |   1    2    3    4    5  

True positives..
 Q56844         YSCU_YERPS     O31746         FLHB_BACSU     
 Q9ZI12         FLHB_ECOLI     Q45997         O84093         
 FLHB_YEREN     FLHB_SALTY     Q9Z8L6         O87955         
 O34018         Q60239         O85098         O52130         
 O85640         Q9Z6F5         O83710         Q56337         
 HRPN_BURSO     Q46649         O67813         O54243         
 O34168         SSAU_SALTY     FLHB_HELPY     Q9ZL73         
 FLHB_BORBU     SPAS_SHIFL     SPAS_SALTY     Y4YO_RHISN     
Subfamily:  Codes involving 4 elements
 Subfamily True positives..
 O87466         


  PROTEIN TITLES
   Q56844           YSCU - YERSINIA ENTEROCOLITICA.
   YSCU_YERPS       YOP PROTEINS TRANSLOCATION PROTEIN U - YERSINIA PSEUDOTUBERC
   O31746           FLAGELLA-ASSOCIATED PROTEIN - BACILLUS SUBTILIS.
   FLHB_BACSU       FLAGELLAR BIOSYNTHETIC PROTEIN FLHB - BACILLUS SUBTILIS.
   Q9ZI12           FLAGELLAR BIOSYNTHETIC PROTEIN FLHB - CAMPYLOBACTER JEJUNI.
   FLHB_ECOLI       FLAGELLAR BIOSYNTHETIC PROTEIN FLHB - ESCHERICHIA COLI.
   Q45997           MEMBRANE PROTEIN HOMOLOG (PODW) - CAULOBACTER CRESCENTUS.
   O84093           YOPS TRANSLOCATION PROTEIN U - CHLAMYDIA TRACHOMATIS.
   FLHB_YEREN       FLAGELLAR BIOSYNTHETIC PROTEIN FLHB - YERSINIA ENTEROCOLITIC
   FLHB_SALTY       FLAGELLAR BIOSYNTHETIC PROTEIN FLHB - SALMONELLA TYPHIMURIUM
   Q9Z8L6           YOP TRANSLOCATION PROTEIN U - CHLAMYDIA PNEUMONIAE.
   O87955           FLAGELLAR PROTEIN FLHB - ESCHERICHIA COLI.
   O34018           CDS1 PROTEIN - CHLAMYDIA PSITTACI.
   Q60239           HRPY - PSEUDOMONAS SYRINGAE.
   O85098           HRCU - PSEUDOMONAS SYRINGAE (PV. PHASEOLICOLA).
   O52130           ESCU - ESCHERICHIA COLI.
   O85640           L0046 - ESCHERICHIA COLI.
   Q9Z6F5           POLAR FLAGELLAR ASSEMBLY PROTEIN - VIBRIO PARAHAEMOLYTICUS.
   O83710           FLAGELLAR BIOSYNTHETIC PROTEIN (FLHB) - TREPONEMA PALLIDUM.
   Q56337           FLHB' - TREPONEMA PALLIDUM.
   HRPN_BURSO       HYPERSENSITIVITY RESPONSE SECRETION PROTEIN HRPN - BURKHOLDE
   Q46649           HRCU - ERWINIA AMYLOVORA.
   O67813           FLAGELLAR BIOSYNTHETIC PROTEIN FLHB - AQUIFEX AEOLICUS.
   O54243           FLHB PROTEIN - SINORHIZOBIUM MELILOTI.
   O34168           FLHB - AGROBACTERIUM TUMEFACIENS.
   SSAU_SALTY       SECRETION SYSTEM APPARATUS PROTEIN SSAU - SALMONELLA TYPHIMU
   FLHB_HELPY       FLAGELLAR BIOSYNTHETIC PROTEIN FLHB - HELICOBACTER PYLORI (C
   Q9ZL73           FLAGELLAR BIOSYNTHESIS PROTEIN - HELICOBACTER PYLORI J99.
   FLHB_BORBU       FLAGELLAR BIOSYNTHETIC PROTEIN FLHB - BORRELIA BURGDORFERI (
   SPAS_SHIFL       SURFACE PRESENTATION OF ANTIGENS PROTEIN SPAS (SPA40 PROTEIN
   SPAS_SALTY       SURFACE PRESENTATION OF ANTIGENS PROTEIN SPAS - SALMONELLA T
   Y4YO_RHISN       PROBABLE TRANSLOCATION PROTEIN Y4YO - RHIZOBIUM SP. (STRAIN 
 
   O87466           HRP TYPE III PATHWAY PROTEIN - PSEUDOMONAS SYRINGAE (PV. GLY

SCAN HISTORY SPTR37_10f 2 45 NSINGLE INITIAL MOTIF SETS TYPE3IMSPROT1 Length of motif = 23 Motif number = 1 Type III IMS protein family motif I - 1 PCODE ST INT TEKPTPKKLKDAAKKGQSFKFKD SPAS_SHIFL 5 5 TEKPTKKRLEDSAKKGQSFKSKD SPAS_SALTY 6 6 TEQPTPKKIRDARKKGQVAKSKE YSCU_YERPS 6 6 TEQPTEKKLRDGRKEGQVVKSIE SSAU_SALTY 5 5 TEQPTDKKLEDAHRDGETAKSAD HRPN_BURSO 6 6 TELPSAKKIQKAREEGNVPKSME FLHB_HELPY 7 7 TEEPSAKKLSDARAKGDVIKSAD Q45997 11 11 TEAPSEKKISDATEKGNVPFSRE O54243 11 11 TEAPTPHRLEKAREEGQIPRSRE FLHB_ECOLI 9 9 TELPTDQKKQKAREEGRVLKSTE FLHB_BORBU 26 26 TEKATPKQIRDAREKGQVGQSQD O85098 5 5 SHGATPKKLSDARKRGQIPRSSD Y4YO_RHISN 9 9 TYPE3IMSPROT2 Length of motif = 19 Motif number = 2 Type III IMS protein family motif II - 1 PCODE ST INT DFVIEFILYMKDMMMDKQE SPAS_SHIFL 196 168 DAIAEYFLTMKDMKMDKEE SPAS_SALTY 197 168 DYAFEYYQYIKELKMSKDE YSCU_YERPS 202 173 DYSFQYYKIRKDLKMSKDD SSAU_SALTY 201 173 DFGIQRWLFIRDHRMSKDE HRPN_BURSO 203 174 DLAIKRRQYTNSLKMTKQE FLHB_HELPY 204 174 DYFWQRMRFMNRMRMTLQE Q45997 209 175 DLFWTRHHWYTELRMTRQE O54243 210 176 DVFFQIFSHLKKLRMSRQD FLHB_ECOLI 207 175 DYLFQRSQYIESLKMTKEE FLHB_BORBU 225 176 DFAMQKYFHAKKLRMSHED O85098 201 173 DLLLQRALFLREMRMTKTE Y4YO_RHISN 205 173 TYPE3IMSPROT3 Length of motif = 18 Motif number = 3 Type III IMS protein family motif III - 1 PCODE ST INT KREYIEQEGHFETKSRRR SPAS_SHIFL 216 1 KREMKEQEGNPEVKSKRR SPAS_SALTY 217 1 KREYKEMEGSPEIKSKRR YSCU_YERPS 222 1 KQEHKDLEGDPQMKTRRR SSAU_SALTY 221 1 KREHKNSEGDPHIKGERK HRPN_BURSO 223 1 KDEYKQQEGNPEIKAKIR FLHB_HELPY 224 1 KEEFKQSDGDPHIKGKRR Q45997 229 1 KDELKQSQGDPIVKSRLR O54243 230 1 RDEFKQSEGDPHVKGRIR FLHB_ECOLI 227 1 KQERKEMEGDPLLRSRIK FLHB_BORBU 245 1 KKEYKQSEGDPHVKGHRR O85098 221 1 KRELKEQQGTPELKGERR Y4YO_RHISN 225 1 TYPE3IMSPROT4 Length of motif = 16 Motif number = 4 Type III IMS protein family motif IV - 1 PCODE ST INT HIAIGIYFNPEIAPAP SPAS_SHIFL 260 26 HITIGIYFKPELMPIP SPAS_SALTY 261 26 HIAIGILYKRGETPLP YSCU_YERPS 266 26 HIAVCLGYHPTDMPIP SSAU_SALTY 265 26 HYAVAIRYAPEEYGLP HRPN_BURSO 268 27 HYAVALKFDEEHPVPV FLHB_HELPY 268 26 HYAVALKYEQGETPAP Q45997 273 26 HYAVALRYVREESDAP O54243 274 26 HYSVALQYDENKMSAP FLHB_ECOLI 271 26 HFAVAIKWDSETMLAP FLHB_BORBU 289 26 HYAVALYYRPGETPLP O85098 268 29 AVLIGLRYVRGETGVP Y4YO_RHISN 267 24 TYPE3IMSPROT5 Length of motif = 22 Motif number = 5 Type III IMS protein family motif V - 1 PCODE ST INT RKYANEVGIPTVRDVKLARKLY SPAS_SHIFL 290 14 RAYAEKVGVPVIVDIKLARSLF SPAS_SALTY 291 14 RKIAEEEGVPILQRIPLARALY YSCU_YERPS 296 14 VNIAERNCIPVVENVELARSLF SSAU_SALTY 295 14 REEAAALGIPIVGNPPLARSLY HRPN_BURSO 298 14 KGIAREHDIEIIENKTLARELY FLHB_HELPY 297 13 RAVAEEHGVPVLEDPPLARALY Q45997 303 14 REIAEKNGIPVFEDPPLARSMF O54243 304 14 REIGAENNVPTLEAPPLARALY FLHB_ECOLI 301 14 KKIARENNVPLMENKLLARALY FLHB_BORBU 319 14 IARAKKAGIPVVQSIWLTRTLY O85098 298 14 FREAQNLRLKIVDDHVLAHQLM Y4YO_RHISN 297 14 FINAL MOTIF SETS TYPE3IMSPROT1 Length of motif = 23 Motif number = 1 Type III IMS protein family motif I - 2 PCODE ST INT TEQPTPKKIRDARKKGQVAKSKE Q56844 6 6 TEQPTPKKIRDARKKGQVAKSKE YSCU_YERPS 6 6 TEKATPKKRKDTRKKGQVAKSSD FLHB_BACSU 15 15 TEKATPKKRKDTRKKGQVAKSSD O31746 15 15 TEEPTSKKIEDARKEGNVPKSQD Q9ZI12 9 9 TEAPTPHRLEKAREEGQIPRSRE FLHB_ECOLI 9 9 TEEPSAKKLSDARAKGDVIKSAD Q45997 11 11 TEKATPKRLRDARKKGQVAKSQD O84093 5 5 SEEPTAHKLEKAREKGQIPRSRE FLHB_YEREN 10 10 TEAPTPHRLEKAREEGQIPRSRE FLHB_SALTY 10 10 TEKATPKRLRDARKKGQVAKSQD Q9Z8L6 5 5 TEAPTPHRLEKAREEGQIPRSRE O87955 9 9 TEKATPKRLRDARKKGQVAKSQD O34018 5 5 TEKATPKQLRDAREKGQVGQSQD Q60239 5 5 TEKATPKQIRDAREKGQVGQSQD O85098 5 5 TEKPTPKKLRDLKKKGDVTKSEE O52130 5 5 TEKPTPKKLRDLKKKGDVTKSEE O85640 5 5 TEEATPRRLQQAREKGQVARSKE Q9Z6F5 10 10 SEDPTETKLRKAREEGRVPKSQD O83710 28 28 SEDPTETKLRKAREEGRVPKSQD Q56337 28 28 TEQPTDKKLEDAHRDGETAKSAD HRPN_BURSO 6 6 TEKPTAKKLQDARRKGQVPQSQD Q46649 5 5 TERATPYKRRKVREEGNVAKSHE O67813 7 7 TEAPSEKKISDATEKGNVPFSRE O54243 11 11 TEDPTEKKLRDAAEKGNLPFSRE O34168 11 11 TEQPTEKKLRDGRKEGQVVKSIE SSAU_SALTY 5 5 TELPSAKKIQKAREEGNVPKSME FLHB_HELPY 7 7 TELPSAKKIQKAREEGNVPKSME Q9ZL73 7 7 TELPTDQKKQKAREEGRVLKSTE FLHB_BORBU 26 26 TEKPTPKKLKDAAKKGQSFKFKD SPAS_SHIFL 5 5 TEKPTKKRLEDSAKKGQSFKSKD SPAS_SALTY 6 6 SHGATPKKLSDARKRGQIPRSSD Y4YO_RHISN 9 9 TYPE3IMSPROT2 Length of motif = 19 Motif number = 2 Type III IMS protein family motif II - 2 PCODE ST INT DYAFEYYQYIKELKMSKDE Q56844 202 173 DYAFEYYQYIKELKMSKDE YSCU_YERPS 202 173 DYLYQRFDYEKNIKMSKQD FLHB_BACSU 213 175 DYLYQRFDYEKNIKMSKQD O31746 213 175 DVFLVRFQYFKGLRMSKQE Q9ZI12 206 174 DVFFQIFSHLKKLRMSRQD FLHB_ECOLI 207 175 DYFWQRMRFMNRMRMTLQE Q45997 209 175 DLVYQRHSFAKELKMEKFE O84093 202 174 DVFFQITSHIKKLRMTKQE FLHB_YEREN 208 175 DVFFQIFSHLKKLRMSRQD FLHB_SALTY 208 175 DLVYQRHNFAKELKMEKFE Q9Z8L6 202 174 DVFFQIFSHLKKLRMSRQD O87955 207 175 DLVYQRKNFAKELKMEKFE O34018 202 174 DFAMQKYFHAKKLRMSHED Q60239 201 173 DFAMQKYFHAKKLRMSHED O85098 201 173 DFWFQKHEGLKKMKMSKDE O52130 201 173 DFWFQKHEGLKKMKMSKDE O85640 201 173 DIPFQIWQHADQLKMTKQE Q9Z6F5 208 175 DYFFQRRQFIDSLKMSRQE O83710 227 176 DYFFQRRQFIDSLKMSRQE Q56337 227 176 DFGIQRWLFIRDHRMSKDE HRPN_BURSO 203 174 DFGLQKYFFIKQQRMSHQD Q46649 201 173 DYAFKRWQYEKKIMMSRRE O67813 202 172 DLFWTRHHWYTELRMTRQE O54243 210 176 DVLWTRHHWFSQLKMTKHE O34168 210 176 DYSFQYYKIRKDLKMSKDD SSAU_SALTY 201 173 DLAIKRRQYTNSLKMTKQE FLHB_HELPY 204 174 DLIIKRRQYTNSLKMTKQE Q9ZL73 204 174 DYLFQRSQYIESLKMTKEE FLHB_BORBU 225 176 DFVIEFILYMKDMMMDKQE SPAS_SHIFL 196 168 DAIAEYFLTMKDMKMDKEE SPAS_SALTY 197 168 DLLLQRALFLREMRMTKTE Y4YO_RHISN 205 173 TYPE3IMSPROT3 Length of motif = 18 Motif number = 3 Type III IMS protein family motif III - 2 PCODE ST INT KREYKEMEGSPEIKSKRR Q56844 222 1 KREYKEMEGSPEIKSKRR YSCU_YERPS 222 1 KDEYKKSEGDPIIKSKIK FLHB_BACSU 233 1 KDEYKKSEGDPIIKSKIK O31746 233 1 KDEYKQMEGDPQVKGRIR Q9ZI12 226 1 RDEFKQSEGDPHVKGRIR FLHB_ECOLI 227 1 KEEFKQSDGDPHIKGKRR Q45997 229 1 KQEFKDTEGNPEIKGRRR O84093 222 1 RDEFKDQEGDPHVKGRIR FLHB_YEREN 228 1 RDEFKESEGDPHVKGKIR FLHB_SALTY 228 1 KQEFKDTEGNPEIKGRRR Q9Z8L6 222 1 RDEFKQSEGDPHVKGRIR O87955 227 1 KQEFKDTEGNPEIKGRRR O34018 222 1 KKEYKQSEGDPHVKGHRR Q60239 221 1 KKEYKQSEGDPHVKGHRR O85098 221 1 KREAKDTDGNPEIKGERR O52130 221 1 KREAKDTDGNPEIKGERR O85640 221 1 KDEYKETEGKPEVKGRIR Q9Z6F5 228 1 KEELKEQEGDPLVRSYVR O83710 247 1 KEELKEQEGDPLVRSYVR Q56337 247 1 KREHKNSEGDPHIKGERK HRPN_BURSO 223 1 RDEHKQSEGDPHMKGHRH Q46649 221 1 KEEYKQLEGHPEVKSRIK O67813 222 1 KDELKQSQGDPIVKSRLR O54243 230 1 KEEYKQSQGDPVVKSRQR O34168 230 1 KQEHKDLEGDPQMKTRRR SSAU_SALTY 221 1 KDEYKQQEGNPEIKAKIR FLHB_HELPY 224 1 KDEYKQQEGNPEIKAKIR Q9ZL73 224 1 KQERKEMEGDPLLRSRIK FLHB_BORBU 245 1 KREYIEQEGHFETKSRRR SPAS_SHIFL 216 1 KREMKEQEGNPEVKSKRR SPAS_SALTY 217 1 KRELKEQQGTPELKGERR Y4YO_RHISN 225 1 TYPE3IMSPROT4 Length of motif = 16 Motif number = 4 Type III IMS protein family motif IV - 2 PCODE ST INT HIAIGILYKRGETPLP Q56844 266 26 HIAIGILYKRGETPLP YSCU_YERPS 266 26 HYAIALKYDEEKMDAP FLHB_BACSU 277 26 HYAIALKYDEEKMDAP O31746 277 26 HYAVAIRYDTSKEQAP Q9ZI12 270 26 HYSVALQYDENKMSAP FLHB_ECOLI 271 26 HYAVALKYEQGETPAP Q45997 273 26 DIAVAIGYMPEKYKAP O84093 266 26 HYAVALQYNETKMSAP FLHB_YEREN 272 26 HYSVALQYDENKMSAP FLHB_SALTY 272 26 DIAVAIGYMPEKYKAP Q9Z8L6 266 26 HYSVALQYDENKMSAP O87955 271 26 DIAVAIGYMPEKYKAP O34018 266 26 HYAVALYYRPGETPLP Q60239 268 29 HYAVALYYRPGETPLP O85098 268 29 HIAICLYYKLGETPLP O52130 265 26 HIAICLYYKLGETPLP O85640 265 26 HYSVALRYKQKTDRAP Q9Z6F5 272 26 HFAVAVQYEPAYMTAP O83710 290 25 HFAVAVQYEPAYMTAP Q56337 290 25 HYAVAIRYAPEEYGLP HRPN_BURSO 268 27 HYAVALYYRPELTPLP Q46649 269 30 HIAIALKYNPEKDKAP O67813 266 26 HYAVALRYVREESDAP O54243 274 26 HFAVALRYVREEGDAP O34168 274 26 HIAVCLGYHPTDMPIP SSAU_SALTY 265 26 HYAVALKFDEEHPVPV FLHB_HELPY 268 26 HYAVALKFDEEHPVPV Q9ZL73 268 26 HFAVAIKWDSETMLAP FLHB_BORBU 289 26 HIAIGIYFNPEIAPAP SPAS_SHIFL 260 26 HITIGIYFKPELMPIP SPAS_SALTY 261 26 AVLIGLRYVRGETGVP Y4YO_RHISN 267 24 TYPE3IMSPROT5 Length of motif = 22 Motif number = 5 Type III IMS protein family motif V - 2 PCODE ST INT RKIAEEEGVPILQRIPLARALY Q56844 296 14 RKIAEEEGVPILQRIPLARALY YSCU_YERPS 296 14 RKIAKEHDVMMVENRPLARALY FLHB_BACSU 307 14 RKIAKEHDVMMVENRPLARALY O31746 307 14 KQVAYENNVVVYENPPLARELY Q9ZI12 300 14 REIGAENNVPTLEAPPLARALY FLHB_ECOLI 301 14 RAVAEEHGVPVLEDPPLARALY Q45997 303 14 IAEAEKYGVPIMRNVPLAHQLL O84093 296 14 RELGAEHRIPLLEAPPLARALF FLHB_YEREN 302 14 REIGAEHRVPTLEAPPLARALY FLHB_SALTY 302 14 LDEAEKYGIPIMRNVPLAHQLL Q9Z8L6 296 14 REIGAENNVPTLEAPRLARALY O87955 301 14 IVEAEKYGVPIMRNVPLAHQLW O34018 296 14 IARAKKAGIPVVQSIWLTRTLY Q60239 298 14 IARAKKAGIPVVQSIWLTRTLY O85098 298 14 IKLAELYDIPVIEDIPLARSLY O52130 295 14 IKLAELYDIPVIEDIPLARTLY O85640 295 14 REVAREHDITIVPAPPLARALY Q9Z6F5 302 14 KRLAKEAGILIEENKPLARALY O83710 320 14 KRLAKEAGILIEENKPLARALY Q56337 320 14 REEAAALGIPIVGNPPLARSLY HRPN_BURSO 298 14 IARAQQANIPVIRFIWLARTLY Q46649 299 14 VEIAENYSIPVVRKPELARALY O67813 296 14 REIAEKNGIPVFEDPPLARSMF O54243 304 14 RQIAEENNIPVFEDPPLARSMF O34168 304 14 VNIAERNCIPVVENVELARSLF SSAU_SALTY 295 14 KGIAREHDIEIIENKTLARELY FLHB_HELPY 297 13 KGIAREHDIEIIENKTLARELY Q9ZL73 297 13 KKIARENNVPLMENKLLARALY FLHB_BORBU 319 14 RKYANEVGIPTVRDVKLARKLY SPAS_SHIFL 290 14 RAYAEKVGVPVIVDIKLARSLF SPAS_SALTY 291 14 FREAQNLRLKIVDDHVLAHQLM Y4YO_RHISN 297 14

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