RNA #1 2910 bases
UAAAUAUGCCUUCAGGUGGAUGGCUCGGCUCAAGAGCUGAUGAGGGACGUGCCAAGCUGCGAUAAGCCCAGGGUAGGUGCAUGGAGCCUAUGAACCUGGGAUUUCCUAAUGGGUCUUCCUAACACAUUUUGUGUGUUGAUCAACAAUGAUCGGGAACGCCCCGAAUUGAAGCAUCUUAGUAGGGGCAGGAAAAGAAAUCGAAGAGAUGCCGUUAGUAAUGGCGAAUGAACACGGUAAAGUUCAAACUGAAUCCCACUGGAAACAGAUGGGAGAUGUGGUGUUGUAGGUUUUCUCUAAAGAUCCCAUCUGGUUGAAGUUUAACUUUUCUGGAACGUUAGACCAUAGAGUGUGAUAGUCACGUAAGCAACAACCAAAGGAUCUGGAUUACAACCUGAGUAGCGUGGGUCGGAAUUCCCGCGUGAAUUUGGGAGGCACCAACUUCCAAAACUAAAUACUCCUUGAGACCGAUAGCGAACUAGUAGGGUGACCGAAAACUGAAAAGUACCCCAAGAAGGGAGGUUAAAAGUGCCUGAAACCUGGAGGCGAUAGAGCGAUAUGGCGUUAAAGGAUCUUUAUUAUGAAGGAAACGGUCGCGAGGCCGCAGUACGGGUAAUAUUGCCAAUGUCAUAUCUUACGUUUUGAAGAACGGGCCAGGGAGUAUAUUCAAAUGGCGAUGGCUAACUUGCAAAUAGGAAGCCGAAGCGAAAGCAACAUGCUCGCAACCGUAAGGUGAGGAGCGACGUAUACAAGUGCGUGGAGUCAUUAGGAUAUGACCCGAAGCCGGGUGAUCUAGGCGUGGGCAGGUUGAAGCGUGGCGAAAGCUACGUGGAGGACCGCAAGCGGUAUUGAUCUGCAAAUCAUUCGUGUGACCUGCGUCUCGGAGUGAAAGGCUAAUCUAACCCGGCAUCAGCUGGUUCCUUCCGAAACAUGUCGUAGCAUGACCUAACUGGAGAUAGUCGGUGAAGUAGAGCACUGAUUGGUGGUCCCGGGGAAGAAAUUCCUCAGCUGCUUGUCAAACUCCAAACUCACCGUCGUCGAAGAAAGUUGGAGUCCGGACUACUGGGGUAAGCCUGUAGUCCGUAAGGGAGACAACCCAGCCCGUGGUUAAGGUCCCUAAGUGUCGACUAAGUGUUAAUACUAAAGGGCGUCCUAAGCCCUAGACAGCUGGAAGGUUAGCUUAGAAGCAGCUAUCCUUUAAAGAGUGCGUAACAGCCCACCAGUCGAGGUUUGGGGCCCCGAAAAUGGACGGGGCUCAAGUCGACCACCGAUACCACGGAGUACCGAAAGGUAAUCUUGUAGGAAGGCGUUGCGUUCGGGCAGAAGCAGGGCUGUGAAGUCCUGUGGACCGUGCGGAAACGAAAAUCCUGGUAAUAGUAACAGCACAGUUAGGUGAGAAUCCUAACCGCCGAAGGGGCUAGGUUUCCUCGGCAAUGAUCGUCAGCCGAGGGUUAGUCGGUCCUAAGACGUACCGUAAUUCGAGUACGCCGAAAGGGAAACAGGUUAAUAUUCCUGUACCUCAUGACAAUAAAACCAACGUUUUUGGGCAGGCCAAGCGGCGCCGUCGCGCCGUCUAAGCAGCGAAUCCUGUGGAGAGCCGUAAUGGCGAGAAGCAGGCGAAUCUGUAAUGGCGAAAGUUGGCUGCACCCGGGAACCCGUGAAAAGGAAGUCAUGGGUCCGUACCGAGAACUGACACAGGUGCCCCUAGCUGAAAAGGCUAAGGCGUGUCGGAAUAAUUUGGCUAAGGGAAUUCGGCAAAUUAGCUCCGUAACUUCGGGAGAAGGAGUGCCUGCUAUGAAGAUAGCAGGUCGCAGUGACAAGAGAGCUCUAACUGUCUAAUAUCAACAUAGGAGAUCGCAAACCCGUAAGGGCUAGUACGAUCUCUGAAUCCUGCUCAGUGCAGGUACCUGAAAACCCGGUUCAACGGGACGAAGGGCCUGUAAACAGCGGGGGUAACUAUGACCCUCUUAAGGUAGCGUAGUACCUUGUCGCUUAAUUGGCGACUUGCAUGAAUGGAUCAAUGAGAGCUCUACUGUCCCUAGCCAGAGUCCGGUGAAGCUUACUUUCUAGUGCACAGUCUAGAGACCUCUAGGGGGAAGUGAAGACCCCGUGGAGCUUUACUGCAGCCUGUCGCUGGGUUGUGAUUUUGGAUGUACAGUGUAGGUAGGAGACGUCGAAGUCGGUGCGCCAGCAUCGAUGGAGUCGCCAUUGGGACACUACCCUUCCAGAAUUACGACCCUCACUCCGAGAGGAGGACCCCGAUAGGUGGGCAGUUUGCCUGGGGCGGGACGCCCUUGAAAAGAUAUCAAGGGCGCACAAAGGUUGACUCAAGUGGGUCGGAAACCCACUGAAGAGUGCAAGAGCAUAAGUCAGCCUGACGUUAUUCAGCACAGUAGUGGAUGACGAGACGAAAGUCGGUUCUAGCGAACUUUUGAGCUCGCUUGGUGCGAGCCAAAAAUGACAGAAAAGUUACCCCGGGGAUAAUUGAGUUGUUGCCGGCAAGAGCACAUAUCGACCCGGCAGCUUGCUACUUCGAUGUCGGUUCUUUCCAUCCUGGCCGUGCAGCAGCGGCCAAGGGUGAGGUUGUUCGCCUAUUAAAGGAGAUCGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUCGGUUACUAUCUACUAGAGGUGUCUGUAGUCUGAGGGUAAGCUACUUUUAGUACGAGAGGAACAGAGUAGCGGCGCCACUGGUGUAUCAGUUGUCCGACAGGGCAUUGCUGAGCAGCUACGCGCUAAGGAAUAAGAGCUGAAUGCAUCUAAGCUCGAAAUCUGACUUGAAAAGAGACUACAUUAAGGAUCCCGGUAAAAGACCGGUUUGAUAGGGUCGGGAUGUACGCACCAAGGCAACGAGGUGUUCAGUCCGCGGCUACUAAAAAUCCGUGCC
UAAAUAUGCCUUCAGGUGGAUGGCUCGGCUCAAGAGCUGAUGAGGGACGUGCCAAGCUGCGAUAAGCCCAGGGUAGGUGCAUGGAGCCUAUGAACCUGGGAUUUCCUAAUGGGUCUUCCUAACACAUUUUGUGUGUUGAUCAACAAUGAUCGGGAACGCCCCGAAUUGAAGCAUCUUAGUAGGGGCAGGAAAAGAAAUCGAAGAGAUGCCGUUAGUAAUGGCGAAUGAACACGGUAAAGUUCAAACUGAAUCCCACUGGAAACAGAUGGGAGAUGUGGUGUUGUAGGUUUUCUCUAAAGAUCCCAUCUGGUUGAAGUUUAACUUUUCUGGAACGUUAGACCAUAGAGUGUGAUAGUCACGUAAGCAACAACCAAAGGAUCUGGAUUACAACCUGAGUAGCGUGGGUCGGAAUUCCCGCGUGAAUUUGGGAGGCACCAACUUCCAAAACUAAAUACUCCUUGAGACCGAUAGCGAACUAGUAGGGUGACCGAAAACUGAAAAGUACCCCAAGAAGGGAGGUUAAAAGUGCCUGAAACCUGGAGGCGAUAGAGCGAUAUGGCGUUAAAGGAUCUUUAUUAUGAAGGAAACGGUCGCGAGGCCGCAGUACGGGUAAUAUUGCCAAUGUCAUAUCUUACGUUUUGAAGAACGGGCCAGGGAGUAUAUUCAAAUGGCGAUGGCUAACUUGCAAAUAGGAAGCCGAAGCGAAAGCAACAUGCUCGCAACCGUAAGGUGAGGAGCGACGUAUACAAGUGCGUGGAGUCAUUAGGAUAUGACCCGAAGCCGGGUGAUCUAGGCGUGGGCAGGUUGAAGCGUGGCGAAAGCUACGUGGAGGACCGCAAGCGGUAUUGAUCUGCAAAUCAUUCGUGUGACCUGCGUCUCGGAGUGAAAGGCUAAUCUAACCCGGCAUCAGCUGGUUCCUUCCGAAACAUGUCGUAGCAUGACCUAACUGGAGAUAGUCGGUGAAGUAGAGCACUGAUUGGUGGUCCCGGGGAAGAAAUUCCUCAGCUGCUUGUCAAACUCCAAACUCACCGUCGUCGAAGAAAGUUGGAGUCCGGACUACUGGGGUAAGCCUGUAGUCCGUAAGGGAGACAACCCAGCCCGUGGUUAAGGUCCCUAAGUGUCGACUAAGUGUUAAUACUAAAGGGCGUCCUAAGCCCUAGACAGCUGGAAGGUUAGCUUAGAAGCAGCUAUCCUUUAAAGAGUGCGUAACAGCCCACCAGUCGAGGUUUGGGGCCCCGAAAAUGGACGGGGCUCAAGUCGACCACCGAUACCACGGAGUACCGAAAGGUAAUCUUGUAGGAAGGCGUUGCGUUCGGGCAGAAGCAGGGCUGUGAAGUCCUGUGGACCGUGCGGAAACGAAAAUCCUGGUAAUAGUAACAGCACAGUUAGGUGAGAAUCCUAACCGCCGAAGGGGCUAGGUUUCCUCGGCAAUGAUCGUCAGCCGAGGGUUAGUCGGUCCUAAGACGUACCGUAAUUCGAGUACGCCGAAAGGGAAACAGGUUAAUAUUCCUGUACCUCAUGACAAUAAAACCAACGUUUUUGGGCAGGCCAAGCGGCGCCGUCGCGCCGUCUAAGCAGCGAAUCCUGUGGAGAGCCGUAAUGGCGAGAAGCAGGCGAAUCUGUAAUGGCGAAAGUUGGCUGCACCCGGGAACCCGUGAAAAGGAAGUCAUGGGUCCGUACCGAGAACUGACACAGGUGCCCCUAGCUGAAAAGGCUAAGGCGUGUCGGAAUAAUUUGGCUAAGGGAAUUCGGCAAAUUAGCUCCGUAACUUCGGGAGAAGGAGUGCCUGCUAUGAAGAUAGCAGGUCGCAGUGACAAGAGAGCUCUAACUGUCUAAUAUCAACAUAGGAGAUCGCAAACCCGUAAGGGCUAGUACGAUCUCUGAAUCCUGCUCAGUGCAGGUACCUGAAAACCCGGUUCAACGGGACGAAGGGCCUGUAAACAGCGGGGGUAACUAUGACCCUCUUAAGGUAGCGUAGUACCUUGUCGCUUAAUUGGCGACUUGCAUGAAUGGAUCAAUGAGAGCUCUACUGUCCCUAGCCAGAGUCCGGUGAAGCUUACUUUCUAGUGCACAGUCUAGAGACCUCUAGGGGGAAGUGAAGACCCCGUGGAGCUUUACUGCAGCCUGUCGCUGGGUUGUGAUUUUGGAUGUACAGUGUAGGUAGGAGACGUCGAAGUCGGUGCGCCAGCAUCGAUGGAGUCGCCAUUGGGACACUACCCUUCCAGAAUUACGACCCUCACUCCGAGAGGAGGACCCCGAUAGGUGGGCAGUUUGCCUGGGGCGGGACGCCCUUGAAAAGAUAUCAAGGGCGCACAAAGGUUGACUCAAGUGGGUCGGAAACCCACUGAAGAGUGCAAGAGCAUAAGUCAGCCUGACGUUAUUCAGCACAGUAGUGGAUGACGAGACGAAAGUCGGUUCUAGCGAACUUUUGAGCUCGCUUGGUGCGAGCCAAAAAUGACAGAAAAGUUACCCCGGGGAUAAUUGAGUUGUUGCCGGCAAGAGCACAUAUCGACCCGGCAGCUUGCUACUUCGAUGUCGGUUCUUUCCAUCCUGGCCGUGCAGCAGCGGCCAAGGGUGAGGUUGUUCGCCUAUUAAAGGAGAUCGUGAGCUGGGUUUAGACCGUCGUGAGACAGGUCGGUUACUAUCUACUAGAGGUGUCUGUAGUCUGAGGGUAAGCUACUUUUAGUACGAGAGGAACAGAGUAGCGGCGCCACUGGUGUAUCAGUUGUCCGACAGGGCAUUGCUGAGCAGCUACGCGCUAAGGAAUAAGAGCUGAAUGCAUCUAAGCUCGAAAUCUGACUUGAAAAGAGACUACAUUAAGGAUCCCGGUAAAAGACCGGUUUGAUAGGGUCGGGAUGUACGCACCAAGGCAACGAGGUGUUCAGUCCGCGGCUACUAAAAAUCCGUGCC
RNA #2 126 bases
GAGUUUGGCGGCCAUAGCGGCGGGGCAAUUCCUGUACCCAUCCCGAACACAGAAGAUAAGCCCGCCUGCGUUCUAUACUGUACUAAAGUAUGAGAGUCUUUGGGAAAUAUGGAACGCUGCCAUCUC
GAGUUUGGCGGCCAUAGCGGCGGGGCAAUUCCUGUACCCAUCCCGAACACAGAAGAUAAGCCCGCCUGCGUUCUAUACUGUACUAAAGUAUGAGAGUCUUUGGGAAAUAUGGAACGCUGCCAUCUC
RNA #3 1474 bases
AUUCUGGUUGAUCCUGCCAGAGGUCACUGCUAUCAGUAUUCGACUAAGCCAUGCGAGUCAAAUGUUUUUCGUAAACAUGGCGUACUGCUCAGUAACACGUGGAUAAUCUGCCCUAAGGUCAGGUAUAACUCCGGGAAACUGGUGAUAAUCCCUGAUAUGUCAUAGAAACUGGAAUGUUCUGUGAUUAAAAGCUCCGGCGCCUUAGGAUGAAUCUGCGGUCUAUCAGGUUGUAGUGGGUGUAGAGUACCUACUAGCCUACGACGGAUACGGGUUGUGAGAGCAAGAGCCCGGAGAUGGAUUCUGAGACAUGAAUCCAGGCCCUACGGGGCGCAGCAGGCGCGAAAACUUUACAAUGCGGGAAACCGCGAUAAGGGGAUACUGAGUGCCAGCAUAUUAUGUUGGCUGUCCACCUGUAUAAACAGCAGGUGUUAGCAAGGGCCGGGCAAGACCGGUGCCAGCCGCCGCGGUAACACCGGCGGCCCGAGUGGUGGCCACUAUUAUUGGGUCUAAAGGGUCCGUAGCCGGUUUGAUCAGUCUUCCGGGAAAUCUGACAGCUCAACUGUUAGGCUUCUGGGGGAUACUGUCAGACUUGGGACCGGGAGAGGUAAGAGGUACUACAGGGGUAGGAGUGAAAUCUUGUAAUCCUUGUGGGACCACCAGUGGCGAAGGCGUCUUACCAGAACGGGUCCGACGGUGAGGGACGAAAGCUGGGGGCACGAACCGGAUUAGAUACCCGGGUAGUCCCAGCCGUAAACGAUGCUCGCUAGGUGUCUGGGACGGUGCGACCGUUUCAGGUGCCGCAGGGAAGCCGUGAAGCGAGCCACCUGGGAAGUACGGCCGCAAGGCUGAAACUUAAAGGAAUUGGCGGGGGAGCACUACAACGGGUGGAGCCUGCGGUUUAAUUGGACUCAACGCCGGAAAACUCACCUGGGGCGACAGCAAUAUGUAGGUCAGGCUGAAGGUCUUACCUGAAUCGCUGAGAGGAGGUGCAUGGCCGUCGUCAGUUCGUACUGUGAAGCAUCCUGUUAAGUCAGGCAACGAGCGAGACCCGUGCCCACUGUUGCCAGCAUAUCCUUAGGGAUGAUGGGUACUCUGUGGGGACCGCCGGUGCUAAACCGGAGGAAGGUGCGGGCUACGGUAGGUCAGUAUGCCCCGAAUCUCCAGGGCUACACGCGGGCUACAAUGGCCGGGACAAUGGGUCCCUACCCUGAAAAGGGUUGGUAAUCUCAUAAACCCGUCCGUAGUUCGAAUUGAGGGCUGUAACUCGCCCUCAUGAAGCUGGAAUCCGUAGUAAUCGCGUUUCAAUAUAGCGCGGUGAAUACGUCCCUGCUCCUUGCACACACCGCCCGUCAAACCACCCGAGUGAGGUAUGGGUGAGGGCAUGGACUAGUGCCGUGUUCGAACCUAAAUUUCGCAAGGGGGGUUAAGUCGUAACAAGGUAGCCGUAGGGGAAUCUGCGGCUGGAUCACCUCCU
AUUCUGGUUGAUCCUGCCAGAGGUCACUGCUAUCAGUAUUCGACUAAGCCAUGCGAGUCAAAUGUUUUUCGUAAACAUGGCGUACUGCUCAGUAACACGUGGAUAAUCUGCCCUAAGGUCAGGUAUAACUCCGGGAAACUGGUGAUAAUCCCUGAUAUGUCAUAGAAACUGGAAUGUUCUGUGAUUAAAAGCUCCGGCGCCUUAGGAUGAAUCUGCGGUCUAUCAGGUUGUAGUGGGUGUAGAGUACCUACUAGCCUACGACGGAUACGGGUUGUGAGAGCAAGAGCCCGGAGAUGGAUUCUGAGACAUGAAUCCAGGCCCUACGGGGCGCAGCAGGCGCGAAAACUUUACAAUGCGGGAAACCGCGAUAAGGGGAUACUGAGUGCCAGCAUAUUAUGUUGGCUGUCCACCUGUAUAAACAGCAGGUGUUAGCAAGGGCCGGGCAAGACCGGUGCCAGCCGCCGCGGUAACACCGGCGGCCCGAGUGGUGGCCACUAUUAUUGGGUCUAAAGGGUCCGUAGCCGGUUUGAUCAGUCUUCCGGGAAAUCUGACAGCUCAACUGUUAGGCUUCUGGGGGAUACUGUCAGACUUGGGACCGGGAGAGGUAAGAGGUACUACAGGGGUAGGAGUGAAAUCUUGUAAUCCUUGUGGGACCACCAGUGGCGAAGGCGUCUUACCAGAACGGGUCCGACGGUGAGGGACGAAAGCUGGGGGCACGAACCGGAUUAGAUACCCGGGUAGUCCCAGCCGUAAACGAUGCUCGCUAGGUGUCUGGGACGGUGCGACCGUUUCAGGUGCCGCAGGGAAGCCGUGAAGCGAGCCACCUGGGAAGUACGGCCGCAAGGCUGAAACUUAAAGGAAUUGGCGGGGGAGCACUACAACGGGUGGAGCCUGCGGUUUAAUUGGACUCAACGCCGGAAAACUCACCUGGGGCGACAGCAAUAUGUAGGUCAGGCUGAAGGUCUUACCUGAAUCGCUGAGAGGAGGUGCAUGGCCGUCGUCAGUUCGUACUGUGAAGCAUCCUGUUAAGUCAGGCAACGAGCGAGACCCGUGCCCACUGUUGCCAGCAUAUCCUUAGGGAUGAUGGGUACUCUGUGGGGACCGCCGGUGCUAAACCGGAGGAAGGUGCGGGCUACGGUAGGUCAGUAUGCCCCGAAUCUCCAGGGCUACACGCGGGCUACAAUGGCCGGGACAAUGGGUCCCUACCCUGAAAAGGGUUGGUAAUCUCAUAAACCCGUCCGUAGUUCGAAUUGAGGGCUGUAACUCGCCCUCAUGAAGCUGGAAUCCGUAGUAAUCGCGUUUCAAUAUAGCGCGGUGAAUACGUCCCUGCUCCUUGCACACACCGCCCGUCAAACCACCCGAGUGAGGUAUGGGUGAGGGCAUGGACUAGUGCCGUGUUCGAACCUAAAUUUCGCAAGGGGGGUUAAGUCGUAACAAGGUAGCCGUAGGGGAAUCUGCGGCUGGAUCACCUCCU
Protein #4 237 residues (100% resolved)
MTKRIISQNRGRGTPTYRAPSHKYKAALKHPRVDEEGTLYGTVIEITHDPARSAPIVKVSFENGEERLILAPEGIAVGEKIACGISAEIKPGNILPLAEIPEGIPVCNIESKPNDGGQFARASGVYATVVSHDRGKTVVQMPSGEMKWLNPKCRATIGIVAGGGRVDRPFLKAGKKYHKMKTRAAKYPRVSGIAMNAIDHPFGGGNRKHPGKPTTVGRNAPPGRKVGQIAARRTGKR
MTKRIISQNRGRGTPTYRAPSHKYKAALKHPRVDEEGTLYGTVIEITHDPARSAPIVKVSFENGEERLILAPEGIAVGEKIACGISAEIKPGNILPLAEIPEGIPVCNIESKPNDGGQFARASGVYATVVSHDRGKTVVQMPSGEMKWLNPKCRATIGIVAGGGRVDRPFLKAGKKYHKMKTRAAKYPRVSGIAMNAIDHPFGGGNRKHPGKPTTVGRNAPPGRKVGQIAARRTGKR
Protein #5 337 residues (99% resolved)
MAKGHRPKRGSLAFSPRVRAKSHVPRFNSWPDAAGEPKLQDFAGYKVGMTHVVMVDDTKNSLTEGMEISVPVTVVETPAVRVAAIRAYGNSTHGEKALSEAWTADLDESLGKSIVLPKESNTEEALAKLESLVEEGKVTDIKVITYTLPKKLTGVPKKNADLMETAVSGSDVKAKLEYAKSVLGAEIKITDVFNEGAFVDVAAITTGKGTQGPVKRWGINLQKNKHSRQGSLRQIGTLGPWHPAVVRWTIPQMGQMGYHQRTEYNKRILKLGEDGEEITPAGGFLNYGLVRGEYILIKGSIPGPSKRLVRLRDPMRSKVSAMGEPEIVHVSTQSKQG
MAKGHRPKRGSLAFSPRVRAKSHVPRFNSWPDAAGEPKLQDFAGYKVGMTHVVMVDDTKNSLTEGMEISVPVTVVETPAVRVAAIRAYGNSTHGEKALSEAWTADLDESLGKSIVLPKESNTEEALAKLESLVEEGKVTDIKVITYTLPKKLTGVPKKNADLMETAVSGSDVKAKLEYAKSVLGAEIKITDVFNEGAFVDVAAITTGKGTQGPVKRWGINLQKNKHSRQGSLRQIGTLGPWHPAVVRWTIPQMGQMGYHQRTEYNKRILKLGEDGEEITPAGGFLNYGLVRGEYILIKGSIPGPSKRLVRLRDPMRSKVSAMGEPEIVHVSTQSKQG
Protein #6 253 residues (100% resolved)
MVTANIIDLSGNTKGEVELPAVFDEVYRPDLIKRAVLAAQGNRYQPYGPRMYSGMDTSAHSWGSGRGVAQIPRLANGSRAARVPQAVGGRRAHPPKPEADRTEKVNKKERRMAIRSAIAATCDDDLVKARGHRFDAQLPLVAADELENVEKTKDVVSFLQSAGLYDDVLRAKDGRTIRAGKGKLRGRRFKNKKSVLIVATCDSPIMKSARNLAGVDVISVDSLNAEVLAPGTHAGRLTVWTESAISSLGGMFE
MVTANIIDLSGNTKGEVELPAVFDEVYRPDLIKRAVLAAQGNRYQPYGPRMYSGMDTSAHSWGSGRGVAQIPRLANGSRAARVPQAVGGRRAHPPKPEADRTEKVNKKERRMAIRSAIAATCDDDLVKARGHRFDAQLPLVAADELENVEKTKDVVSFLQSAGLYDDVLRAKDGRTIRAGKGKLRGRRFKNKKSVLIVATCDSPIMKSARNLAGVDVISVDSLNAEVLAPGTHAGRLTVWTESAISSLGGMFE
Protein #7 165 residues (100% resolved)
MRTPVVEKVVVHMGVGESGQHLVDAEGILGEITGQTVIRTYSKRTLPAFGIKKNEPIGCKVTLRSDSAEEFLKTALNIVESKLRSSQFDKYGNVAFGIEEHTDFPGMKYDPQIGIFGMDINVVVNRPGYRISKRRIVKRKIPSSHRITKEDTIAFFKDKYSVEVI
MRTPVVEKVVVHMGVGESGQHLVDAEGILGEITGQTVIRTYSKRTLPAFGIKKNEPIGCKVTLRSDSAEEFLKTALNIVESKLRSSQFDKYGNVAFGIEEHTDFPGMKYDPQIGIFGMDINVVVNRPGYRISKRRIVKRKIPSSHRITKEDTIAFFKDKYSVEVI
Protein #8 177 residues (98% resolved)
MAKEIKKTIEIPEGVTVTMQGKLLSVTGPKGKIERDFWYPGIKIEVAGSEIIVDSTVLKKTQKAMVGTFASHITNMMKGVTEGFEYRMKVVYSHFPMQLKVEGDKLMIGNFLGEKKARSAKILGDTKVKASGDEVIVTGYNKEDVGQTAANIEQTTRIKRFDPRVFQDGIYTVEKIV
MAKEIKKTIEIPEGVTVTMQGKLLSVTGPKGKIERDFWYPGIKIEVAGSEIIVDSTVLKKTQKAMVGTFASHITNMMKGVTEGFEYRMKVVYSHFPMQLKVEGDKLMIGNFLGEKKARSAKILGDTKVKASGDEVIVTGYNKEDVGQTAANIEQTTRIKRFDPRVFQDGIYTVEKIV
Protein #9 130 residues (90% resolved)
MSIQHGFEGENNMAAKFDVPEELANKALESVELARDTGKLKKGINEVTKAIERGITKLAVIAEDVDPAEVIAHIAPLCEEKNTAYIYVKEQKELGAACGIGVACSAVAIVDAGKGSETVEDVAQKVSALK
MSIQHGFEGENNMAAKFDVPEELANKALESVELARDTGKLKKGINEVTKAIERGITKLAVIAEDVDPAEVIAHIAPLCEEKNTAYIYVKEQKELGAACGIGVACSAVAIVDAGKGSETVEDVAQKVSALK
Protein #10 142 residues (97% resolved)
VKKMTIIDAEGLIMGRLASTVAKKLLAGEKVEIVNAEKAVISGSKYTTMREYDETLRRGKPEFGPYFPKRPDRILKRTVRGMLPYKRARGRAAMANLKVYVGIPVELENKECIKIEEANMDRLSSNKYLKLGDLSKKLGAKF
VKKMTIIDAEGLIMGRLASTVAKKLLAGEKVEIVNAEKAVISGSKYTTMREYDETLRRGKPEFGPYFPKRPDRILKRTVRGMLPYKRARGRAAMANLKVYVGIPVELENKECIKIEEANMDRLSSNKYLKLGDLSKKLGAKF
Protein #11 132 residues (100% resolved)
MRGIRSTVPRALNAGAKIDCVDNTGARVVEIISVKGYRGVKNRHPRAGIGDMCVVSVKKGTPEMRKQILLAVVVRQKQELRRPDGLRVSFEDNAVVIVDKDGIPKGTDFKGPVAREAAERYPKIGTTASMVM
MRGIRSTVPRALNAGAKIDCVDNTGARVVEIISVKGYRGVKNRHPRAGIGDMCVVSVKKGTPEMRKQILLAVVVRQKQELRRPDGLRVSFEDNAVVIVDKDGIPKGTDFKGPVAREAAERYPKIGTTASMVM
Protein #12 147 residues (99% resolved)
MTSKKTNTKKFRGSRTCGGGTTKNRRGAGNRGGRGRSGENKHHFSRAVLLGYCRGHQRGFTRPLKVLNDASIVNVGELDELADQLVEDGFAELQDGTYVIDLAVLDIDKVLGSGKVSKKLAITAAEFSASAKEKIEGAGGSCTEIEE
MTSKKTNTKKFRGSRTCGGGTTKNRRGAGNRGGRGRSGENKHHFSRAVLLGYCRGHQRGFTRPLKVLNDASIVNVGELDELADQLVEDGFAELQDGTYVIDLAVLDIDKVLGSGKVSKKLAITAAEFSASAKEKIEGAGGSCTEIEE
Protein #13 196 residues (99% resolved)
LSKSYYAYVRDAWKDPDNTYVRELRWERLQEWRKEGSVTKIRRPTRIDRARSLGYKAKQGIVVARVKVRRGGLRKARYIRGRRTQRMGKNKISGGMSIQRIAEQRADRKFPNMEVLNSYWVGDDGKSKWYEVILVDPNHPVIKSDKNLNWICNNTHKGRAQRGKTSAGRKGRGMMTRGTGTEKTRPSLRSNLNRGK
LSKSYYAYVRDAWKDPDNTYVRELRWERLQEWRKEGSVTKIRRPTRIDRARSLGYKAKQGIVVARVKVRRGGLRKARYIRGRRTQRMGKNKISGGMSIQRIAEQRADRKFPNMEVLNSYWVGDDGKSKWYEVILVDPNHPVIKSDKNLNWICNNTHKGRAQRGKTSAGRKGRGMMTRGTGTEKTRPSLRSNLNRGK
Protein #14 172 residues (94% resolved)
MVRKPASMYRNVRQRSYTRRKYMGGVPGSHIIHYDMGNKSAEFPIKVTLVVKERCQLRHTALEAARITANRAMVNAAGRAGYHIKLRVYPHEVLRENKQATGAGADRVSSGMRGAFGKNVGTAARVSAEQKIFTISVNKEHFAAAKDALRKAGQKLPSPVRIVVDQGMELVQ
MVRKPASMYRNVRQRSYTRRKYMGGVPGSHIIHYDMGNKSAEFPIKVTLVVKERCQLRHTALEAARITANRAMVNAAGRAGYHIKLRVYPHEVLRENKQATGAGADRVSSGMRGAFGKNVGTAARVSAEQKIFTISVNKEHFAAAKDALRKAGQKLPSPVRIVVDQGMELVQ
Protein #15 173 residues (99% resolved)
MATGPKYKVAFRRRREGRTDYHQRLRLLLSKEDRVVVRKSSRHMQVQLVAPKPEGDVTLSTAISTELKKYGYDAPTGNTTAAYLTGLLFGYKALSEGYDYGVLDIGLQASSSGSRVYATLKGIVDAGFEIPHDSSVLPSDERVRGEHVAEYMEGSNLPELFDAVKEKISAEFN
MATGPKYKVAFRRRREGRTDYHQRLRLLLSKEDRVVVRKSSRHMQVQLVAPKPEGDVTLSTAISTELKKYGYDAPTGNTTAAYLTGLLFGYKALSEGYDYGVLDIGLQASSSGSRVYATLKGIVDAGFEIPHDSSVLPSDERVRGEHVAEYMEGSNLPELFDAVKEKISAEFN
Protein #16 126 residues (99% resolved)
MSKTTNVKIQRKTNPRTPVLIAALKEGSRLNEVAIWRDVAKRLEKPGKNYAQVNLSKINRYAKDGETVLIAGKVLGAGLLEKEVTVVAYNFSATAMDKIAEVGGKCLTIEQIMEENPKGSGIKILQ
MSKTTNVKIQRKTNPRTPVLIAALKEGSRLNEVAIWRDVAKRLEKPGKNYAQVNLSKINRYAKDGETVLIAGKVLGAGLLEKEVTVVAYNFSATAMDKIAEVGGKCLTIEQIMEENPKGSGIKILQ
Protein #17 152 residues (99% resolved)
MTDLSNQKRIAAAVMDCGVNRVWLDPEAAEDIAVAITRADIRELIEAGSIKAVQVKGVSRGRARVRDAKRKYGHRKGHGKRKGKKGARNPRKEQWMKKIRALRKELKQMREDGSLDRSTYCKVYRKAKGGEYRSVAHLKAHLESEKLIKHEE
MTDLSNQKRIAAAVMDCGVNRVWLDPEAAEDIAVAITRADIRELIEAGSIKAVQVKGVSRGRARVRDAKRKYGHRKGHGKRKGKKGARNPRKEQWMKKIRALRKELKQMREDGSLDRSTYCKVYRKAKGGEYRSVAHLKAHLESEKLIKHEE
Protein #18 58 residues (98% resolved)
MKTFQVKGTFKAGIAWEKFTKVIESQNEKNAEDKVYSLVGSQHGLKRNLIKIESITEA
MKTFQVKGTFKAGIAWEKFTKVIESQNEKNAEDKVYSLVGSQHGLKRNLIKIESITEA
Protein #19 97 residues (99% resolved)
MATSHGEKHCTRYKLKKTSRERGLSPISKAIQEFDCGQMVHIDIDPSVQKGMPHARFQGKTGKITGQRGRAYTLEIRDGNAMKELISLPQHLKPQKY
MATSHGEKHCTRYKLKKTSRERGLSPISKAIQEFDCGQMVHIDIDPSVQKGMPHARFQGKTGKITGQRGRAYTLEIRDGNAMKELISLPQHLKPQKY
Protein #20 151 residues (99% resolved)
MARIGYSIEMDSAVSSKAMGSELHISPKKSRELCKAIKGMRTSVAQKYLEDVVIMKQAVPFKRHCDGSGHRKGPMANGRYPVKVAEAFLKILENATSNAEYKGLDPEHMYIAHAAAKRGRVIHGMRPRARGRGSPSNTETVNVEIILNEVR
MARIGYSIEMDSAVSSKAMGSELHISPKKSRELCKAIKGMRTSVAQKYLEDVVIMKQAVPFKRHCDGSGHRKGPMANGRYPVKVAEAFLKILENATSNAEYKGLDPEHMYIAHAAAKRGRVIHGMRPRARGRGSPSNTETVNVEIILNEVR
Protein #21 82 residues (99% resolved)
MSVIKYPFITEKAMMLLDDNKLQFIVDTRANKKQIKADVMKMYGFPVSSVCTMSTMKGLKKAIVTFEGTDAAHEIATRIGLM
MSVIKYPFITEKAMMLLDDNKLQFIVDTRANKKQIKADVMKMYGFPVSSVCTMSTMKGLKKAIVTFEGTDAAHEIATRIGLM
Protein #22 117 residues (99% resolved)
MVSNQPRKQRKARYTAPLHIKQKYMGALLSKDLREKYGSRSANVIVGDTVKLMRGDHAGTTGKVEAISLKHGTIVVEGVTVSKADGTEVARPVYPSNVMITNLELKDKHREEVISNR
MVSNQPRKQRKARYTAPLHIKQKYMGALLSKDLREKYGSRSANVIVGDTVKLMRGDHAGTTGKVEAISLKHGTIVVEGVTVSKADGTEVARPVYPSNVMITNLELKDKHREEVISNR
Protein #23 62 residues (100% resolved)
MEQRKCSFCGELLEPGTGKLFVKKDGSSYYFCTSKCESNFELGRLPRRTVWTEQGRIYLKKA
MEQRKCSFCGELLEPGTGKLFVKKDGSSYYFCTSKCESNFELGRLPRRTVWTEQGRIYLKKA
Protein #24 67 residues (99% resolved)
MAILRMNEIRDMSPEERMDELDKMRDELIRERALSSAGGAPDNPGRIGELRKTVARIKTVQREMKEI
MAILRMNEIRDMSPEERMDELDKMRDELIRERALSSAGGAPDNPGRIGELRKTVARIKTVQREMKEI
Protein #25 160 residues (96% resolved)
MARRRLKMYALIRIRGDVNVRGNIKDTLKMLRLHKVNHCVLLADNPHNAGMIQKVKDYVAFGEISADSLAEVLANRGRLEGDERLTDEYVAENTDYDSIKSFAQSVCDGNATLKDVPKLKPVFRLHPPRKGHAGIKRTVQQGGVLGNHGEDINKLLRKMR
MARRRLKMYALIRIRGDVNVRGNIKDTLKMLRLHKVNHCVLLADNPHNAGMIQKVKDYVAFGEISADSLAEVLANRGRLEGDERLTDEYVAENTDYDSIKSFAQSVCDGNATLKDVPKLKPVFRLHPPRKGHAGIKRTVQQGGVLGNHGEDINKLLRKMR
Protein #26 95 residues (100% resolved)
MDINIDKALIKVIRTGKVIIGSNRTIDAAVSENAKMVVLAANCPADVRAKIESTNVPILNYPGTGTELGPACGKPFLIAAMAIIDSGESDILAAA
MDINIDKALIKVIRTGKVIIGSNRTIDAAVSENAKMVVLAANCPADVRAKIESTNVPILNYPGTGTELGPACGKPFLIAAMAIIDSGESDILAAA
Protein #27 90 residues (96% resolved)
MIMAEDIVKEQIYTIPLREVKEYPRWKRSKKAVKVIRAYLTKHMKVEPDMIKLDKTINEKVWEHGSEKPPLSIRIRAAKFEDGEVQAELA
MIMAEDIVKEQIYTIPLREVKEYPRWKRSKKAVKVIRAYLTKHMKVEPDMIKLDKTINEKVWEHGSEKPPLSIRIRAAKFEDGEVQAELA
Protein #28 129 residues (98% resolved)
MDDKVKRLFKVRKIQKHKKPQFKRTESHKYKRLDDNWRRPRGLQGKQRKGIKAKGAVAQVGYGSPVVVKGLHPSGYAEVLVCTISQLDDINAEAEAVRISAKVGGRKKALIEAKAAELSIKVLNPTRGE
MDDKVKRLFKVRKIQKHKKPQFKRTESHKYKRLDDNWRRPRGLQGKQRKGIKAKGAVAQVGYGSPVVVKGLHPSGYAEVLVCTISQLDDINAEAEAVRISAKVGGRKKALIEAKAAELSIKVLNPTRGE
Protein #29 56 residues (98% resolved)
MSKGTPSMGKRQKRTHVKCRRCGSVSLNIHTKQCTSCGFGKSSRMRSYKWQAKCKY
MSKGTPSMGKRQKRTHVKCRRCGSVSLNIHTKQCTSCGFGKSSRMRSYKWQAKCKY
Protein #30 51 residues (98% resolved)
MSHNTKGQKTRLAKAHRQNHRVPTWVIIKTGRKVVSHPKRRHWRRSSLDVK
MSHNTKGQKTRLAKAHRQNHRVPTWVIIKTGRKVVSHPKRRHWRRSSLDVK
Protein #31 49 residues (94% resolved)
MARFPEAENRILIKKICMDCNARNAVRATRCRKCGGKSLRMKSKESKGG
MARFPEAENRILIKKICMDCNARNAVRATRCRKCGGKSLRMKSKESKGG
Protein #32 92 residues (100% resolved)
MRIPKRFRTHCPSCKKHTEHVVERVKKGKASTLTRIERQKKRQTGIGNSGKFSKVPGGDKPTKRIWLRYRCTECNKAHQRPCFRAKKFDFAE
MRIPKRFRTHCPSCKKHTEHVVERVKKGKASTLTRIERQKKRQTGIGNSGKFSKVPGGDKPTKRIWLRYRCTECNKAHQRPCFRAKKFDFAE
Protein #33 97 residues (97% resolved)
MAKKYTRKGRVSRSAGRFGTRYGRRDRKLVADLEEKMRMPHKCPQCARPNVKRTGTGIWKCTKCDYTFAGGTFLPQTNVGKTVARSVKKAKEAAAAE
MAKKYTRKGRVSRSAGRFGTRYGRRDRKLVADLEEKMRMPHKCPQCARPNVKRTGTGIWKCTKCDYTFAGGTFLPQTNVGKTVARSVKKAKEAAAAE
Protein #34 196 residues (96% resolved)
LARKVQRKLDKWKSKTWYNVETPEFISRTNIGVTPAEEPEQLIGRVVETTVGEIANDFTKHNTKLRLEINNVSGDIANTRFLGHEITTDYLRSIVKRQTSRIDANLDVKTKDGYVIRVKPICFTVKRARTSQIKGIREVMAKIVLERAAELNFEQFIEEAIMGKLSANIYRNAKSIYPLRRVEIRKTEVKTVPAKV
LARKVQRKLDKWKSKTWYNVETPEFISRTNIGVTPAEEPEQLIGRVVETTVGEIANDFTKHNTKLRLEINNVSGDIANTRFLGHEITTDYLRSIVKRQTSRIDANLDVKTKDGYVIRVKPICFTVKRARTSQIKGIREVMAKIVLERAAELNFEQFIEEAIMGKLSANIYRNAKSIYPLRRVEIRKTEVKTVPAKV
Protein #35 218 residues (89% resolved)
MDSIEETTTNEVTTEETITEAGEEAKTTSLVPIDEYLAAGVHIGTQQKTENMMKFVYRVRTDGLYVLDIQATDERIKLAAAFLANYDPQRILVVSARQYGQFPAKMFAKAIGAKSMVGRFIPGTLTNPKVENFYEPDVVIVTDPTGDAQVIKETVNVGIPVVALCDTNNMTSNVDLVIPTNNKGRKALSLVYWLLAREIAKSNDSMFTYELEDFEAGV
MDSIEETTTNEVTTEETITEAGEEAKTTSLVPIDEYLAAGVHIGTQQKTENMMKFVYRVRTDGLYVLDIQATDERIKLAAAFLANYDPQRILVVSARQYGQFPAKMFAKAIGAKSMVGRFIPGTLTNPKVENFYEPDVVIVTDPTGDAQVIKETVNVGIPVVALCDTNNMTSNVDLVIPTNNKGRKALSLVYWLLAREIAKSNDSMFTYELEDFEAGV
Protein #36 311 residues (62% resolved)
MAIEKKFVQEGYVKASMNEYFTKQLSKAGYGGMEINRTPMGTQITVYAEKPGMVIGKAGKVIRKLTRDIDRMYDMDNPQIDAQEVKKPELNAQMMATRLASSIERGWYFRKAGHNTLRAIMNSGALGCEIVISGKLTGARSRVEKLVDGYIKHAGKPVDDIVDEGFATAVKKLGTLGCKVRIIPPGAVLPDAFDIRTDVVEDVTEAVAPEAAKADVTELVEKESEGEVADEEETVEVAEEVAEAGVAEEASAEEVEEVEEESCAEEAAESDDSIPVEDLGDEQRRLVDGVWQHKHEGYDYWHPVARVHKEG
MAIEKKFVQEGYVKASMNEYFTKQLSKAGYGGMEINRTPMGTQITVYAEKPGMVIGKAGKVIRKLTRDIDRMYDMDNPQIDAQEVKKPELNAQMMATRLASSIERGWYFRKAGHNTLRAIMNSGALGCEIVISGKLTGARSRVEKLVDGYIKHAGKPVDDIVDEGFATAVKKLGTLGCKVRIIPPGAVLPDAFDIRTDVVEDVTEAVAPEAAKADVTELVEKESEGEVADEEETVEVAEEVAEAGVAEEASAEEVEEVEEESCAEEAAESDDSIPVEDLGDEQRRLVDGVWQHKHEGYDYWHPVARVHKEG
Protein #37 186 residues (95% resolved)
MGYPGKKRKSYDTPKHPWQAARMATEVELLKKYGLRNKKELWKAVSILRRYRADARRILAESAETELSGHLKTESDQILARLIRFSVLPSDANIDDILALQTESILERRLQTQVYRLGLARTPKQARQFITHGHIAINGQKATVPGILISKEEEMQIDYYGNSPLTNESHAERPAQIATSVAGKEE
MGYPGKKRKSYDTPKHPWQAARMATEVELLKKYGLRNKKELWKAVSILRRYRADARRILAESAETELSGHLKTESDQILARLIRFSVLPSDANIDDILALQTESILERRLQTQVYRLGLARTPKQARQFITHGHIAINGQKATVPGILISKEEEMQIDYYGNSPLTNESHAERPAQIATSVAGKEE
Protein #38 236 residues (100% resolved)
VGKHQKRISVPNSWQISKKSNKWITATRPGPHNKQQSIPLGVVLRDMLGIVDTRAEAKRVLSEGNVLVDGVVRKDLRFPVGLLDVITIPLENVAYRVLLDRKGRLEVHKLADMNANKLCRINGKTIVKGGAVQLNLNDGTNLIGSNDYKPKDSLILTMPGKEIVKHIKYEVGNLAMIVGGRHTGEIGTIKEINTVRSSRHNTVSISGEYDFETIEDFVVVIGENEPEIKLGGEVVE
VGKHQKRISVPNSWQISKKSNKWITATRPGPHNKQQSIPLGVVLRDMLGIVDTRAEAKRVLSEGNVLVDGVVRKDLRFPVGLLDVITIPLENVAYRVLLDRKGRLEVHKLADMNANKLCRINGKTIVKGGAVQLNLNDGTNLIGSNDYKPKDSLILTMPGKEIVKHIKYEVGNLAMIVGGRHTGEIGTIKEINTVRSSRHNTVSISGEYDFETIEDFVVVIGENEPEIKLGGEVVE
Protein #39 211 residues (95% resolved)
MAYEYEEEWVPQTRLGKLVQEGQITSMDEVIDSGLPVRESQIIDILLPDLEDEVLDINMVQRMTDSGRRVKFRATVIVGNGNGFVGLGQAKDVQVGPAIRKAISNAKINIIKVKRGCGSWECACGLEHTVPSQVRGKAGSVLVELKPAPRGLGLAAGDTARKVLEKAGIKDVWTRTEGTTRTTLNFAKATFNALENTGVVRMPANHGKKEA
MAYEYEEEWVPQTRLGKLVQEGQITSMDEVIDSGLPVRESQIIDILLPDLEDEVLDINMVQRMTDSGRRVKFRATVIVGNGNGFVGLGQAKDVQVGPAIRKAISNAKINIIKVKRGCGSWECACGLEHTVPSQVRGKAGSVLVELKPAPRGLGLAAGDTARKVLEKAGIKDVWTRTEGTTRTTLNFAKATFNALENTGVVRMPANHGKKEA
Protein #40 139 residues (88% resolved)
MADFKVVVADPKTKSYQFDVTGAEANKFVGKSIGETVEGSLVGLPGYTLKITGGSDKSGMVMRPDLPGPKRQKVLVANGTGYSPVSKGVRRRKMMRGKEVAPDIVQINTVVAEYGSDTIEKILGGDEEPADEVEAATEE
MADFKVVVADPKTKSYQFDVTGAEANKFVGKSIGETVEGSLVGLPGYTLKITGGSDKSGMVMRPDLPGPKRQKVLVANGTGYSPVSKGVRRRKMMRGKEVAPDIVQINTVVAEYGSDTIEKILGGDEEPADEVEAATEE
Protein #41 186 residues (100% resolved)
MYKLFSKWDLSEVEVADQGIRRYVNLDPVIIPHTNGKHARQQFNKSDICIVERLVNNVMRNEQNTGKKQRAMMIVSEAFDIINKRTQKNPVQVLVEAISNAGPREEVVRLKYGGISVPKAVDTAPQRRVDTALRYITKGANQAAFKSKRTAAECLASELIAASNRDAKCFSINRKDAKERVAKAAR
MYKLFSKWDLSEVEVADQGIRRYVNLDPVIIPHTNGKHARQQFNKSDICIVERLVNNVMRNEQNTGKKQRAMMIVSEAFDIINKRTQKNPVQVLVEAISNAGPREEVVRLKYGGISVPKAVDTAPQRRVDTALRYITKGANQAAFKSKRTAAECLASELIAASNRDAKCFSINRKDAKERVAKAAR
Protein #42 157 residues (82% resolved)
MAFTFADTASVKLPTIWDLKSIREVKEMVLLDPLADALSTIKNAEAIGKDSCIIKPASKLIGTVLKVMQDRGYVGEFEFIEDGKAGVYKVELIGRINKCGAIKPRYSVGAADFERWEKQFLPAKNFGTLILTTSNGVISQYEARENNVGGQLIAYVY
MAFTFADTASVKLPTIWDLKSIREVKEMVLLDPLADALSTIKNAEAIGKDSCIIKPASKLIGTVLKVMQDRGYVGEFEFIEDGKAGVYKVELIGRINKCGAIKPRYSVGAADFERWEKQFLPAKNFGTLILTTSNGVISQYEARENNVGGQLIAYVY
Protein #43 124 residues (100% resolved)
MKWQGRSRRTYTGAKIKSARSKRKFELGRESADTHINETKRKNVSTRGGNRKVRLLQCNVANVTDAQGKTQKTTIETVTGNTANEHYVRRNILTKGSVIKTPLGNAKITSRPGQDGVVNAVLLE
MKWQGRSRRTYTGAKIKSARSKRKFELGRESADTHINETKRKNVSTRGGNRKVRLLQCNVANVTDAQGKTQKTTIETVTGNTANEHYVRRNILTKGSVIKTPLGNAKITSRPGQDGVVNAVLLE
Protein #44 134 residues (99% resolved)
MTTKVITSSGKKKTAIARATVKKGTGKVRINKKPLEIFDPEFAKLKITEAVMLAGETAESVDIDVIVKGGGIIGQASAARTAIARGIVDWTNDTALRDTYMAYDRNLLVNDSRQKETKKFGGPGARAKYQKSYR
MTTKVITSSGKKKTAIARATVKKGTGKVRINKKPLEIFDPEFAKLKITEAVMLAGETAESVDIDVIVKGGGIIGQASAARTAIARGIVDWTNDTALRDTYMAYDRNLLVNDSRQKETKKFGGPGARAKYQKSYR
Protein #45 103 residues (100% resolved)
MSQKARIRLSGISPVNLDGVCDQVKAIADRTGVSISGPVPLPTKKMVVPVRKSPSGDGTATWDHWEMRVHKRLIDIAADERALRQLMRIQVPKDINIEIVLQN
MSQKARIRLSGISPVNLDGVCDQVKAIADRTGVSISGPVPLPTKKMVVPVRKSPSGDGTATWDHWEMRVHKRLIDIAADERALRQLMRIQVPKDINIEIVLQN
Protein #46 127 residues (97% resolved)
MATNGIWGVAHIKCSFNNTIITVTDITGAETIAKSSGGMVVKAARDESSPYTAMQMASQLADTLKDKGIEGVHIKVRAPGGNKQRSPGPGAQAAIRAFARAGIKIGRIQDVTPVPHDGTRPKGGRRA
MATNGIWGVAHIKCSFNNTIITVTDITGAETIAKSSGGMVVKAARDESSPYTAMQMASQLADTLKDKGIEGVHIKVRAPGGNKQRSPGPGAQAAIRAFARAGIKIGRIQDVTPVPHDGTRPKGGRRA
Protein #47 142 residues (99% resolved)
MPNGKYAAHTLQRMRKDARWKDPRYNRRTLGLDVKADPLGGAPQGRGIVLEKVGVEAKQPNSAIRKCVRIQLIKNGRQVSAFCPGDGAINFIDEHDEVTVERIGGRMGGAMGDIPGVRFKVTAVNNVSLREMVIGRKEKPRR
MPNGKYAAHTLQRMRKDARWKDPRYNRRTLGLDVKADPLGGAPQGRGIVLEKVGVEAKQPNSAIRKCVRIQLIKNGRQVSAFCPGDGAINFIDEHDEVTVERIGGRMGGAMGDIPGVRFKVTAVNNVSLREMVIGRKEKPRR
Protein #48 148 residues (96% resolved)
MADEEIRHLVRIMNTDLQGSQPVMYALTGIRGIGLRTSRIIVDSTGIDPKETIGYLSDEDVAKLDDAIANFEKNIPTWMLNRCEDPLTGDDKHLLGQDIIMTLREDLNNLKKVRAYRGLRHERGLKVRGQRTKSTGRRGSTIGVSKKK
MADEEIRHLVRIMNTDLQGSQPVMYALTGIRGIGLRTSRIIVDSTGIDPKETIGYLSDEDVAKLDDAIANFEKNIPTWMLNRCEDPLTGDDKHLLGQDIIMTLREDLNNLKKVRAYRGLRHERGLKVRGQRTKSTGRRGSTIGVSKKK
Protein #49 50 residues (76% resolved)
MVQTTKSFGRGASECKRCGRKQGLIRKYGIYLCRHCFREVAHDMGFEKYT
MVQTTKSFGRGASECKRCGRKQGLIRKYGIYLCRHCFREVAHDMGFEKYT
Protein #50 152 residues (99% resolved)
MAKMHTRRKGNSGPTRPLRTEVPSWSTMTDEEITTVVTDLWKQGISTSEIGMILRDKYGVPDVKLATGKKITKILKDNGEKFPVPEDLYNLIVKAIGMRKHMSYNHKDVHNKRALQNTESKIRRLVKYYQSAKVLPVDWKYKPETAEMLITR
MAKMHTRRKGNSGPTRPLRTEVPSWSTMTDEEITTVVTDLWKQGISTSEIGMILRDKYGVPDVKLATGKKITKILKDNGEKFPVPEDLYNLIVKAIGMRKHMSYNHKDVHNKRALQNTESKIRRLVKYYQSAKVLPVDWKYKPETAEMLITR
Protein #51 109 residues (99% resolved)
MVRDIGLDVPTPEEECDDVNCPFHGTLPVRGQVLVGTVVSDKMDKTVVIQRKHEVLIKKYQRYEKRQSKIHAHNPPCIDAKVGDVVTVVECRPLSKTKSYVVIKAEAQE
MVRDIGLDVPTPEEECDDVNCPFHGTLPVRGQVLVGTVVSDKMDKTVVIQRKHEVLIKKYQRYEKRQSKIHAHNPPCIDAKVGDVVTVVECRPLSKTKSYVVIKAEAQE
Protein #52 64 residues (86% resolved)
MGNIRQTNIKRIAIRLAENHGNVFTTDFDTNKHLVTKYTTIESKVIRNRVAGYVTRKMTHKPRE
MGNIRQTNIKRIAIRLAENHGNVFTTDFDTNKHLVTKYTTIESKVIRNRVAGYVTRKMTHKPRE
Protein #53 137 residues (91% resolved)
MAKKTSSRLPKRKGEYTYRGKTVAELQALDADEFIGMLPARERRTLKRGYTEGRKDVVQQLKDGKDNLRTHYRDIIIFPEMVGKNVEVYNGKSFVAFEIQPEMIGHRFGEFAPTRSRVSHGSAGVGATRSSKFVPLK
MAKKTSSRLPKRKGEYTYRGKTVAELQALDADEFIGMLPARERRTLKRGYTEGRKDVVQQLKDGKDNLRTHYRDIIIFPEMVGKNVEVYNGKSFVAFEIQPEMIGHRFGEFAPTRSRVSHGSAGVGATRSSKFVPLK
Protein #54 149 residues (99% resolved)
MTTVYDVPAAEFIAKVAEKLKDNDKVNAPEWATYVKTGVHKELPPTDTEWWYTRCAAVLRTVYTQGPIGVERMRSVYGGKKDRGVAPGKKAKGSGAIARTALQQLEEAGFVRTLKSGRVVSPQGQSMLDNVAYEVKQDLLETIPGLAKY
MTTVYDVPAAEFIAKVAEKLKDNDKVNAPEWATYVKTGVHKELPPTDTEWWYTRCAAVLRTVYTQGPIGVERMRSVYGGKKDRGVAPGKKAKGSGAIARTALQQLEEAGFVRTLKSGRVVSPQGQSMLDNVAYEVKQDLLETIPGLAKY
Protein #55 114 residues (82% resolved)
MDIKIIKEKNNALLNRRELNLAVTFDGATPSRNDVKAKLAAMLNVPLELVIVQKMNNEFGKQEMNVYVKIYEDAARMKQVEEAYVLERNKLPEPEVVEEEEAPAEEAAEETTEE
MDIKIIKEKNNALLNRRELNLAVTFDGATPSRNDVKAKLAAMLNVPLELVIVQKMNNEFGKQEMNVYVKIYEDAARMKQVEEAYVLERNKLPEPEVVEEEEAPAEEAAEETTEE
Protein #56 59 residues (98% resolved)
MINKPKSRFLRVKCNDCENEQVIFGSASRKVTCLVCGRTLAEPTGGKSTITTHILEVLE
MINKPKSRFLRVKCNDCENEQVIFGSASRKVTCLVCGRTLAEPTGGKSTITTHILEVLE
Protein #57 71 residues (94% resolved)
MADEDTGYAAEVIDVIGNTGMHGEASQIQCRVLEGRDKGRIITRNCVGPVRIGDILMLIETSREAKKLTTR
MADEDTGYAAEVIDVIGNTGMHGEASQIQCRVLEGRDKGRIITRNCVGPVRIGDILMLIETSREAKKLTTR
Protein #58 57 residues (98% resolved)
MGKTGSIEWSKVKGRKGRTIKVPKCREGKAHPGPAQRYTSSGAKRRFLSRSPKSIVR
MGKTGSIEWSKVKGRKGRTIKVPKCREGKAHPGPAQRYTSSGAKRRFLSRSPKSIVR
Protein #59 55 residues (93% resolved)
MANKVDNCTTCNKSLVETGCVRFPCPVCGNELGRCASCRQQSNPYECPKCGFKGA
MANKVDNCTTCNKSLVETGCVRFPCPVCGNELGRCASCRQQSNPYECPKCGFKGA
Protein #60 281 residues (100% resolved)
MNVKDIMSSPVYTIAPEETVAHARKLMLKHKISTLVVAEKEEMVGIVTKTDLGKRLAQAEPMWRRRPIDKIPVSMVMHENPITIYPGATPAQACELMIENGINSLAVVNREVLGIITGTDIMKYYSEQDIKTKVSEVITDDIVFVHRHHTINHVIHEMEENQTNYVIVNDDADEAVGMITTASVAFNQMADNEGNLPSKSIKMTRRSTPAGVKEYRYVKEVPLVAEDIMTELPHVIDINNKATNAARIMLSEHTIALPVSNGGNIVGLINRRDIIRAVQQA
MNVKDIMSSPVYTIAPEETVAHARKLMLKHKISTLVVAEKEEMVGIVTKTDLGKRLAQAEPMWRRRPIDKIPVSMVMHENPITIYPGATPAQACELMIENGINSLAVVNREVLGIITGTDIMKYYSEQDIKTKVSEVITDDIVFVHRHHTINHVIHEMEENQTNYVIVNDDADEAVGMITTASVAFNQMADNEGNLPSKSIKMTRRSTPAGVKEYRYVKEVPLVAEDIMTELPHVIDINNKATNAARIMLSEHTIALPVSNGGNIVGLINRRDIIRAVQQA
Protein #61 258 residues (100% resolved)
MEVKEIMAEPLAVDKSDTISHALDMMDKKGTRRLLVKHDGKMLGILTMRNLTKELGTRKKGSKPASSLHVATAVSDNFVKVLPETKVTDVITLLVKNGGIAVVVENDQVVGWVTPNEILRNNNIAGFAGEVMQKNPIVAGPADRVSHVRRIMLDNNIGRVPIVEGDKLVGIVTEKDIAKAMRSFRDLVEGSKQESRIKNLIVEDIMKMGVKTVYTNTSASDAAKIMLEENYGGLPVVNLEGHMVGLITRRSIIQGMAE
MEVKEIMAEPLAVDKSDTISHALDMMDKKGTRRLLVKHDGKMLGILTMRNLTKELGTRKKGSKPASSLHVATAVSDNFVKVLPETKVTDVITLLVKNGGIAVVVENDQVVGWVTPNEILRNNNIAGFAGEVMQKNPIVAGPADRVSHVRRIMLDNNIGRVPIVEGDKLVGIVTEKDIAKAMRSFRDLVEGSKQESRIKNLIVEDIMKMGVKTVYTNTSASDAAKIMLEENYGGLPVVNLEGHMVGLITRRSIIQGMAE