Protein List

Found 382 entries.


ID Name Sequence
1 kalata B1 GLPVCGETCVGGTCNTPGCTCSWPVCTRN
2 cycloviolacin O1 GIPCAESCVYIPCTVTALLGCSCSNRVCYN
4 kalata B2 GLPVCGETCFGGTCNTPGCSCTWPICTRD
5 palicourein GDPTFCGETCRVIPVCTYSAALGCTCDDRSDGLCKRN
6 vhr1 GIPCAESCVWIPCTVTALLGCSCSNKVCYN
7 tricyclon A GGTIFDCGESCFLGTCYTKGCSCGEWKLCYGTN
8 circulin A GIPCGESCVWIPCISAALGCSCKNKVCYRN
9 N-KB1-C GLPVCGETCVGGTCNTPGCTCSWPVCTRN
10 Ac-KB1-C GLPVCGETCVGGTCNTPGCTCSWPVCTRN
11 N-KB1-Am GLPVCGETCVGGTCNTPGCTCSWPVCTRN
12 Ac-KB1-Am GLPVCGETCVGGTCNTPGCTCSWPVCTRN
13 Ac-[desGly]-KB1-Am LPVCGETCVGGTCNTPGCTCSWPVCTRN
14 kalata b1-1 TCVGGTCNTPGCTCSWPVCTRNLPVCG
15 kalata b1-2 GTCNTPGCTCSWPVCTRNGLPVCGETCVG
16 kalata b1-3 GCTCSWPVCTRNGLPVCGETCVGGTCN
17 kalata b1-4 CSWPVCTRNGLPVCGETCVGGTCNTPGC
18 kalata b1-5 VCTRNGLPVCGETCVGGTCNTPGCTCS
19 kalata b1-6a VCGETCVGGTCNTPGCTCSWPVCT
20 kalata b1-6b RNGLPVCGETCVGGTCNTPGCTCSWPVCT
21 cycloviolacin O2 GIPCGESCVWIPCISSAIGCSCKSKVCYRN
22 des(24-28)kB1 VCGETCVGGTCNTPGCTCSWPVCT
23 [Ala1,15]kB1 GLPVAGETCVGGTCNTPGATCSWPVCTRN
24 kalata B6 GLPTCGETCFGGTCNTPGCSCSSWPICTRN
25 kalata B3 GLPTCGETCFGGTCNTPGCTCDPWPICTRD
26 kalata B7 GLPVCGETCTLGTCYTQGCTCSWPICKRN
27 cycloviolacin O8 GTLPCGESCVWIPCISSVVGCSCKSKVCYKN
28 cycloviolacin O11 GTLPCGESCVWIPCISAVVGCSCKSKVCYKN
30 kalata B4 GLPVCGETCVGGTCNTPGCTCSWPVCTRD
31 vodo M GAPICGESCFTGKCYTVQCSCSWPVCTRN
32 cyclopsychotride A SIPCGESCVFIPCTVTALLGCSCKSKVCYKN
33 cycloviolacin H1 GIPCGESCVYIPCLTSAIGCSCKSKVCYRN
34 cycloviolacin O9 GIPCGESCVWIPCLTSAVGCSCKSKVCYRN
35 vico A GSIPCAESCVYIPCFTGIAGCSCKNKVCYYN
36 vitri A GIPCGESCVWIPCITSAIGCSCKSKVCYRN
37 kalata S GLPVCGETCVGGTCNTPGCSCSWPVCTRN
38 cycloviolacin O12 GLPICGETCVGGTCNTPGCSCSWPVCTRN
40 vodo N GLPVCGETCTLGKCYTAGCSCSWPVCYRN
41 vico B GSIPCAESCVYIPCITGIAGCSCKNKVCYYN
42 kalata B1 IIa GLPVCGETCVGGTCNTPGCTCSWPVCTRN
43 Hypa A GIPCAESCVYIPCTITALLGCSCKNKVCYN
45 circulin B GVIPCGESCVFIPCISTLLGCSCKNKVCYRN
48 circulin C GIPCGESCVFIPCITSVAGCSCKSKVCYRN
49 circulin D KIPCGESCVWIPCVTSIFNCKCENKVCYHD
50 circulin E KIPCGESCVWIPCLTSVFNCKCENKVCYHD
51 circulin F AIPCGESCVWIPCISAAIGCSCKNKVCYR
52 cycloviolacin O4 GIPCGESCVWIPCISSAIGCSCKNKVCYRN
53 cycloviolacin O3 GIPCGESCVWIPCLTSAIGCSCKSKVCYRN
54 cycloviolacin O5 GTPCGESCVWIPCISSAVGCSCKNKVCYKN
55 cycloviolacin O6 GTLPCGESCVWIPCISAAVGCSCKSKVCYKN
56 cycloviolacin O7 SIPCGESCVWIPCTITALAGCKCKSKVCYN
57 cycloviolacin O10 GIPCGESCVYIPCLTSAVGCSCKSKVCYRN
59 kalata B5 GTPCGESCVYIPCISGVIGCSCTDKVCYLN
61 varv peptide B GLPVCGETCFGGTCNTPGCSCDPWPMCSRN
62 varv peptide C GVPICGETCVGGTCNTPGCSCSWPVCTRN
63 varv peptide D GLPICGETCVGGSCNTPGCSCSWPVCTRN
64 varv peptide F GVPICGETCTLGTCYTAGCSCSWPVCTRN
65 varv peptide G GVPVCGETCFGGTCNTPGCSCDPWPVCSRN
66 varv peptide H GLPVCGETCFGGTCNTPGCSCETWPVCSRN
67 cycloviolin A GVIPCGESCVFIPCISAAIGCSCKNKVCYRN
68 cycloviolin B GTACGESCYVLPCFTVGCTCTSSQCFKN
69 cycloviolin C GIPCGESCVFIPCLTTVAGCSCKNKVCYRN
70 cycloviolin D GFPCGESCVFIPCISAAIGCSCKNKVCYRN
72 violapeptide 1 GLPVCGETCVGGTCNTPGCSCSRPVCTXN
73 kalata B2 precursor
MAKFTNCLVLSLLLAAFVGAFGA
EFSEADKATLVNDIAEN
IQKEILGEV
KTSETVLTMFLKEMQLK
GLPVCGETCFGGTC
NTPGCSCTWPICTRD
SLPMRAGG
KTSETTLHMFLKEMQLK

GLPVCGETCFGGTCNTPGCSCTWPICTRD
SLPMSAGG
KTS
ETTLHMFLKEMQLK
GLPVCGETCFGGTCNTPGCSCTWPIC
TRD
SLPLVAA
74 kalata B7 precursor
MAKFTNCLALCLLLAAVVGAFGV
ELSEADKSAVVNEIAEK
MALQEMLDGVDKLFLRKM
KSSETTLTMFLKEMQLK
GLPVC
GETCTLGTCYTQGCTCSWPICKRN
GLPDVAA
75 kalata B3/B6 precursor
MAKFTKSLVLCLLLAAFVGAFGA
ELSEADKANVVNEIAAN
IQREILKGV
KSSETTLTMFLKEMQLK
GLPTCGETCFGGTC
NTPGCSCSSWPICTRN
GLPKRAGV
KSSETTLTMFLKEMQL
K
GLPTCGETCFGGTCNTPGCTCDPWPICTRD
GLPSAAA
76 kalata B1 precursor
MAKFTVCLLLCLLLAAFVGAFGS
ELSDSHKTTLVNEIAEK
MLQRKILDGVEATLVTDVAEKMFLRKMKAEA
KTSETADQV
FLKQLQLK
GLPVCGETCVGGTCNTPGCTCSWPVCTRN
GLP
SLAA
77 cyclotide k1 precursor
MKMFIVLVLSAAFALPAAFAT
EQDVITLQAYEELLKNGAA
NGMTKTVISS
PVLEEALVSYSKNKLG
GLPVCGETCVGGTC
NTPGCSCSWPVCTRN
SLESTKSAN
PLLEEALTAFAKKGLG

GLPVCGETCVGGTCNTPGCTCSWPVCTRN
ALETQKPN
HLL
EEALVAFAKKGNLG
GLPVCGETCVGGTCNTPGCSCSWPVC
TRN
ALAM
78 cyclotide c3 precursor
MDAKKMFVALVLIATFALPSLAT
FEKDFITPETIQAILKK
SAPLSNIMLEEDVINALLKSKTVISN
PIIEEAFLKNSNGL
N
GIPCGESCVWIPCISAAIGCSCKSKVCYRN
SLDN
79 cyclotide c1 precursor
MEMKNMVVGLFLIAAFALPALAT
NFEKDFITHETVQAILK
KVGPSSNGMLDEQTISALTGKTIISN
PVLEEALLTHSNSI
NALG
GTLPCGESCVWIPCISSVVGCSCKSKVCYKN
SLA
80 cyclotide c2 precursor
MEMKNMVVGLFLIAAFALPALAT
SFEKDFITHETVQAILK
KVGPSSNGMLDEQAISALTGKTIISN
PVLEEALLTHSNSI
NALG
GTLPCGESCVWIPCISAVVGCSCKSKVCYKN
SLA
86 vhl-1 SISCGESCAMISFCFTEVIGCSCKNKVCYLN
87 Vontr Protein
ALETQKPN
HLEEALVAFAKKGNLGGLP
113 hcf-1 GIPCGESCHYIPCVTSAIGCSCRNRSCMRN
114 htf-1 GIPCGDSCHYIPCVTSTIGCSCTNGSCMRN
115 hcf-1 precursor protein
MASFINYLIMFLLGAAFLGVL
EVCAEADQTVVDIRKILDP
PTEIDI
SLAAEIQFKKELMGRLK
GIPCGESCHIPCVTSAI
GCSCRNRSCMRN
ELTPAATYETD
136 Oantr protein
GV
KSSETTLMFLKEMQLKLP
138 vhl-2 GLPVCGETCFTGTCYTNGCTCDPWPVCTRN
139 cycloviolacin H3 GLPVCGETCFGGTCNTPGCICDPWPVCTRN
140 cycloviolacin H2 SAIACGESCVYIPCFIPGCSCRNRVCYLN
141 Hyfl A SISCGESCVYIPCTVTALVGCTCKDKVCYLN
142 Hyfl B GSPIQCAETCFIGKCYTEELGCTCTAFLCMKN
143 Hyfl C GSPRQCAETCFIGKCYTEELGCTCTAFLCMKN
144 Hyfl D GSVPCGESCVYIPCFTGIAGCSCKSKVCYYN
145 Hyfl E GEIPCGESCVYLPCFLPNCYCRNHVCYLN
146 Hyfl F SISCGETCTTFNCWIPNCKCNHHDKVCYWN
147 Hyfl G (partial) CAETCVVLPCFIVPGCSCKSSVCYFN
148 Hyfl H (partial) CAETCIYIPCFTEAVGCKCKDKVCYKN
149 Hyfl I GIPCGESCVFIPCISGVIGCSCKSKVCYRN
150 Hyfl J GIACGESCAYFGCWIPGCSCRNKVCYFN
151 Hyfl K GTPCGESCVYIPCFTAVVGCTCKDKVCYLN
152 Hyfl L GTPCAESCVYLPCFTGVIGCTCKDKVCYLN
153 Hyfl M GNIPCGESCIFFPCFNPGCSCKDNLCYYN
154 Hyfl N (partial) CGETCVILPCISAALGCSCKDTVCYKN
155 Hyfl O (partial) CGETCVIFPCISAAFGCSCKDTVCYKN
156 Hyfl P GSVPCGESCVWIPCISGIAGCSCKNKVCYLN
157 Hymo A (partial) CGETCLFIPCIFSVVGCSCSSKVCYRN
158 Hymo B (partial) CGETCVTGTCYTPGCACDWPVCKRD
159 Hyst A (partial) CGETCIWGRCYSENIGCHCGFGICTLN
160 Hyve A (partial) CGETCLFIPCLTSVFGCSCKNRGCYKI
161 Hyca A (partial) CGETCVVDTRCYTKKCSCAWPVCMRN
162 Hyde A (partial) CVWIPCISAAIGCSCKSKVCYRN
163 Hyen A (partial) CGESCVYIPCTVTALLGCSCKDKVCYKN
164 Hyen B (partial) CGETCKVTKRCSGQGCSCLKGRSCYD
165 Hyep A (partial) CGETCVVLPCFIVPGCSCKSSVCYFN
166 Hyep B (partial) CGETCIYIPCFTEAVGCKCKDKVCYKN
167 tricyclon B GGTIFDCGESCFLGTCYTKGCSCGEWKLCYGEN
168 kalata B8 GSVLNCGETCLLGTCYTTGCTCNKYRVCTKD
169 cycloviolacin H4 GIPCAESCVWIPCTVTALLGCSCSNNVCYN
170 cycloviolacin O13 GIPCGESCVWIPCISAAIGCSCKSKVCYRN
171 violacin A precursor
MDAQKMKMVIGLVLVATTAFALMIPAASAV
DDFITRRAYD
NLVKSGAIKDIPVMAKTIISN
PVLEEGMLTYYTNKKLGD
S
AISCGETCFKFKCYTPRCSCSYPVCK
172 violacin A SAISCGETCFKFKCYTPRCSCSYPVCK
173 tricyclon precursor
MKTMASFVLVLVAAFALPAAFAS
LETKDVITRAAYEKLVE
SGAIQGITMTKTIISN
PILEEALVAHFNRKLG
GGTIFDCG
ESCFLGTCYTKGCSCGEWKLCYGTN
SLPESNNEKAMVASL
EKDVITRAAYENLVNSGAIQGITMTKTIISN
PILEEALVS
HFNRKLG
GGTIFDCGESCFLGTCYTKGCSCGEWKLCYGEN

SLAI
174 cycloviolacin O14 GSIPACGESCFKGKCYTPGCSCSKYPLCAKN
175 cycloviolacin O15 GLVPCGETCFTGKCYTPGCSCSYPICKKN
176 cycloviolacin O16 GLPCGETCFTGKCYTPGCSCSYPICKKIN
177 cycloviolacin O17 GIPCGESCVWIPCISAAIGCSCKNKVCYRN
178 cycloviolacin O18 GIPCGESCVYIPCTVTALAGCKCKSKVCYN
179 cycloviolacin O19 GTLPCGESCVWIPCISSVVGCSCKSKVCYKD
180 cycloviolacin O20 GIPCGESCVWIPCLTSAIGCSCKSKVCYRD
181 cycloviolacin O21 GLPVCGETCVTGSCYTPGCTCSWPVCTRN
182 cycloviolacin O22 GLPICGETCVGGTCNTPGCTCSWPVCTRN
183 cycloviolacin O23 GLPTCGETCFGGTCNTPGCTCDSSWPICTHN
184 cycloviolacin O24 GLPTCGETCFGGTCNTPGCTCDPWPVCTHN
185 cycloviolacin O25 DIFCGETCAFIPCITHVPGTCSCKSKVCYFN
186 Viola baoshanensis cyclotide precursor 5
MKMFVALVLFAAFALPAAFAA
QQDAIALQAYEELLKNGAA
NGMTETVISN
PVLEEALTAFSKKGLE
GRLCGERCVIERTR
AWCRTVGCICSLHTLECVRN
SLPM
187 Viola baoshanensis cyclotide precursor 4
MESNKKMQLVGFVLLAAFALPALAS
SFEKDVISPRAIQAV
LEKRGLSKLEDDPVLSALARTKTIISN
PVIEEALLNGANL
KAGN
GIPCAESCVWIPCTVTALLGCSCKDKVCYN
SLQTKY
188 Viola baoshanensis cyclotide precursor 3
MDAKKMFLALVLIATFAVIPSFAT
FEKDFISPEAVQAILK
KRAPLSNIMLEEDAMSALIKSKTVISN
PVIEEALLKNSNS
LH
GIPCAESCVYLPCVTIVIGCSCKDKVCYN
SLDI
189 Viola baoshanensis cyclotide precursor 2
MDSKIVFVALVLIATFALPSLAT
FEKDFITTEAVRSILQK
TNSNAMPSEDAINALTGKTLLSS
VVLEEALLKNLDNGRN
G
IPCGESCVWIPCLTATIGCSCKSKVCYRN
SLDM
190 Viola baoshanensis cyclotide precursor 1
MDSKIVFVALVLIATFALPTLAT
FEKDFITTEAVRAILKK
TNANVMPSEDVINALTGKTVISN
VVLEETLVMKLDNGLT
G
IPCGESCVYLPCFTAPLGCSCSSKVCYRN
SLHM
234 [P20D,V21K]-kalata B1 GLPVCGETCVGGTCNTPGCTCSWDKCTRN
235 [W19K, P20N, V21K]-kalata B1 GLPVCGETCVGGTCNTPGCTCSKNKCTRN
236 [Glu(Me)]cyO2 GIPCGXSCVWIPCISSAIGCSCKSKVCYRN
237 [Lys(Ac)]2cyO2 GIPCGESCVWIPCISSAIGCSCXSXVCYRN
238 [Arg(CHD)]cyO2 GIPCGESCVWIPCISSAIGCSCKSKVCYXN
239 ([Lys(Ac)]2[Arg(CHD)])cyO2 GIPCGESCVWIPCISSAIGCSCXSXVCYXN
240 kalata B1 oia GLPVCGETCVGGTCNTPGCTCSWPVCTRN
241 kalata B1 nfk GLPVCGETCVGGTCNTPGCTCSWPVCTRN
242 kalata B2 nfk GLPVCGETCFGGTCNTPGCSCTWPICTRD
243 kalata B2 kyn GLPVCGETCFGGTCNTPGCSCTWPICTRD
244 kalata B9 GSVFNCGETCVLGTCYTPGCTCNTYRVCTKD
245 kalata B9 linear GSVFNCGETCVLGTCYTPGCTCNTYRVCTKD
246 kalata B10 GLPTCGETCFGGTCNTPGCSCSSWPICTRD
247 kalata B10 linear GLPTCGETCFGGTCNTPGCSCSSWPICTRD
248 kalata B10 oia GLPTCGETCFGGTCNTPGCSCSSWPICTRD
249 kalata B11 GLPVCGETCFGGTCNTPGCSCTDPICTRD
250 kalata B12 GSLCGDTCFVLGCNDSSCSCNYPICVKD
251 kalata B13 GLPVCGETCFGGTCNTPGCACDPWPVCTRD
252 kalata B14 GLPVCGESCFGGTCNTPGCACDPWPVCTRD
253 kalata B15 GLPVCGESCFGGSCYTPGCSCTWPICTRD
254 kalata B16 GIPCAESCVYIPCTITALLGCKCQDKVCYD
255 kalata B17 GIPCAESCVYIPCTITALLGCKCKDQVCYN
287 Amrad 5 CGETCVGGTCNTPGCTCSWPVCRRKRRR
288 Amrad 9 CGETCRRKRRRCNTPGCTCSWPVCTRNGLPV
289 Amrad 11 CGETCVGGTCNTRRKRRRGCTCSWPVCTRNGLPV
293 Amrad 17 CGETCVGGTCNTPGCTCRRKRRRVCTRNGLPV
307 Amrad 7 CGETCVGGTCNTPGCTCRRKRRRCTRNGLPV
308 Amrad 8 CGETCVGGTCRRKRRRCTCSWPVCTRNGLPV
344 kalata B18 GVPCAESCVYIPCISTVLGCSCSNQVCYRN
345 PS-1 GFIPCGETCIWDKTCHAAGCSCSVANICVRN
346 CD-1 GADGFCGESCYVIPCISYLVGCSCDTIEKVCKRN
347 cycloviolacin Y1 GGTIFDCGETCFLGTCYTPGCSCGNYGFCYGTN
348 cycloviolacin Y2 GGTIFDCGESCFLGTCYTAGCSCGNWGLCYGTN
349 cycloviolacin Y3 GGTIFDCGETCFLGTCYTAGCSCGNWGLCYGTN
350 cycloviolacin Y4 GVPCGESCVFIPCITGVIGCSCSSNVCYLN
351 cycloviolacin Y5 GIPCAESCVWIPCTVTALVGCSCSDKVCYN
352 vibi A GLPVCGETCFGGTCNTPGCSCSYPICTRN
353 vibi B GLPVCGETCFGGTCNTPGCTCSYPICTRN
354 vibi C GLPVCGETCAFGSCYTPGCSCSWPVCTRN
355 vibi D GLPVCGETCFGGRCNTPGCTCSYPICTRN
356 vibi E GIPCAESCVWIPCTVTALIGCGCSNKVCYN
357 vibi F GTIPCGESCVFIPCLTSALGCSCKSKVCYKN
358 vibi G GTFPCGESCVFIPCLTSAIGCSCKSKVCYKN
359 vibi H GLLPCAESCVYIPCLTTVIGCSCKSKVCYKN
360 vibi I GIPCGESCVWIPCLTSTVGCSCKSKVCYRN
361 vibi J GTFPCGESCVWIPCISKVIGCACKSKVCYKN
362 vibi K GIPCGESCVWIPCLTSAVGCPCKSKVCYRN
363 Hyfl K precursor (partial)
AAFVLPAIAT
LEKDVITPKAIELILKKTNTPLSNITLQDD
ALVNALVKSKTMISN
TVFEEALLKHSNHGLG
GTPCGESCV
YIPCFTAVVGCTCKDKVCYLN
SLDN
365 Hyfl L precursor (partial)
AAFALPAIAT
LEKDVITPKAIELILKKTNSPLSNIMLQED
ALLNSLVKTKTMISN
TVFEEALLKHSHHGLG
GTPCAESCV
YLPCFTGVIGCTCKDKVCYLN
SLDN
366 Hyfl M precursor (partial)
AAFALPALAS
FEKDVITPRGIELMLKKTNFPLSNIMLEED
TMSALVKTKTLISD
TVFDALLKNSHTNG
GNIPCGESCIFF
PCFNPGCSCKDNLCYYN
SLVGN
367 Hyfl N precursor (partial) CGETCVILPCISAALGCSCKDTVCYKNSLVN
368 Hyfl O precursor (partial)
CGETCVIFPCISAAFGCSCKDTVCYKN
SLVN
369 Hyfl P precursor (partial)
AAFALPA
IATLEKDVITPKAIELILKKTNTPLSNIMLQDD
ALVNALVKSKTMISN
TVFEEALLKHSNHGLG
GSVPCGESC
VWIPCISGIAGCSCKNKVCYLN
SLDN
370 Hymo A precursor (partial)
CGETCLFIPCIFSVVGCSCSSKVCYRN
FLDMN
371 Hymo B precursor (partial)
CGETCVTGTCYTPGCACDWPVCKRD
ALPIEPVKAF
372 Hyst A precursor (partial)
CGETCIWGRCYSENIGCHCGFGICTLN
SLDN
373 Hyca A precursor (partial)
CGETCVVDTRCYTKKCSCAWPVCMRN
SLAG
374 Hyde A precursor (partial)
CVWIPCISAAIGCSCKSKVCYRN
SLDLN
375 Viba 2 GIPCGESCVYLPCFTAPLGCSCSSKVCYRN
376 Viba 5 GIPCGESCVWIPCLTATIGCSCKSKVCYRN
377 Viba 10 GIPCAESCVYLPCVTIVIGCSCKDKVCYN
378 Viba 12 GIPCAESCVWIPCTVTALLGCSCKDKVCYN
379 Viba 14 GRLCGERCVIERTRAWCRTVGCICSLHTLECVRN
380 Hyfl D precursor protein (partial)
AAFALPAIAT
LEKDVITPKAIELILKKTNTPLSNIMLEED
ALVNAFVKSKTMISN
TVFDEALLKHSNHGLG
GSVPCGESC
VYIPCFTGIAGCSCKSKVCYYN
SLDN
381 Hyfl E precursor protein (partial)
AAFALPALAS
FEKDVITPRGLEEDTMSALVKTKTLISD
TV
FDILLKNYHTNG
GEIPCGESCVYLPCFLPNCYCRNHVCYL
N
SLVGN
382 Hyfl F precursor protein (partial)
SISCGETCTTFNCWIPNCKCNHHDKVCYWN
SLDEN
383 Viola baoshanensis cyclotide precursor 6
MKMFVALVLFAAFALPAAFAV
QQDVITLQAYEELLKTGAA
NGMTKTVISS
PVLEEALVSYSKNKLG
GLPVCGETCVGGTC
NTPGCGCSWPVCTRN
ALVTEKSN
ALLEEALVAFAKKGNLG

GLPICGETCVGGTCNTPGCSCSWPVCTRN
SLAM
384 Viba 17 GLPVCGETCVGGTCNTPGCGCSWPVCTRN
385 Viola baoshanensis cyclotide precursor 7
MKMFVALVLFAAFALPAAFAA
QQDVITLQAYEELLKNGAA
NGMTKTVISS
PVLEEALVSYSKNKLG
GLPVCGETCVGGTC
NTPGCACSWPVCTRN
SLESTKSAN
PLLEEALTTFAKKGLG

GLPICGETCVGGTCNTPGCSCSWPVCTRN
SLVSEKSN
ALL
EEALVAFAKKGNLG
GLPICGETCVGGTCNTPGCSCSWPVC
TRN
SLAM
386 Viba 15 GLPVCGETCVGGTCNTPGCACSWPVCTRN
387 Mra4 precursor protein
MESNKMVVGVLLIAAFALPALAL
FERDVITHETIEAVLKK
STPNSNTMLQEDAINALTGKTLISQ
TILEETLLKNGVVG
G
SIPCGESCVYIPCISSLLGCSCKSKVCYKN
SLALPTLEKD
VITPEALEAVLKSNGGAIVNTKTIISN
AIFEETLLNNANH
VLG
GIPCAESCVYIPCLTSAIGCSCKSKVCYRN
SLALN
388 mram 1 GSIPCGESCVYIPCISSLLGCSCKSKVCYKN
389 mram 2 GIPCAESCVYIPCLTSAIGCSCKSKVCYRN
390 mram 3 GIPCGESCVYLPCFTTIIGCKCQGKVCYH
391 Mra13 precursor protein
MLVGVVLIATFATAAFAA
LDKDAITPGAIHALSKSMKLPT
DAVNVLTKSKTLVSPT
KLAEEFLNDANDGVN
GIPCGESCV
YLPCFTTIIGCKCQGKVCYH
392 mram 4 GSIPCGESCVFIPCISSVVGCSCKNKVCYKN
393 mram 5 GTIPCGESCVFIPCLTSAIGCSCKSKVCYKN
394 Mra14 precursor protein (partial)
LAI
FERDVITPETIEAVLKKTNPNSNIMLQEDAINALTGK
TLISK
TILEEAFLKNGVVG
GSIPCGESCVFIPCISSVVGC
SCKNKVCYKN
SLALPTLEKDVITPEALEAVLKSNGGAIVN
IKTIVSN
TIFEEALPNNANHGLG
GTIPCGESCVFIPCLTS
AIGCSCKSKVCYKN
SLALN
395 Mra15 precursor protein (partial)
LAF
FERDVITPETIEAVLKKTNPSSNIVLQEDAINALTGK
TLISQ
TILEEALLKNGVVG
GSIPCGESCVYIPCISSLLGC
SCKSKVCYKN
SLALPTLEKDVITPEALEAVLKSNGGAIVN
TKTIISNAIFEETLLNNADHVVGG
396 Mra17 precursor protein (partial)
LAF
FERDVITPETIEAVLKKTNPSSNIMLQEDAINALTSK
TLISQ
TILEEALLKNGVVG
GSIPCGESCVYIPCISSLLGC
SCESKVCYKN
SLALPTLEKDVITPEALEAVLKSNGGAIVN
TKTIISN
AIFEETLLNNANHVVG
G
397 mram 6 GSIPCGESCVYIPCISSLLGCSCESKVCYKN
398 Mra18 precursor protein (partial)
LAF
FERDVITRETIEAVLKKINPNSNTMLQDDAINALTGK
TLISQ
TILEEALLKNGVVG
GSIPCGESCVFIPCISSIVGC
SCKSKVCYKN
SLALPTLEKDVITPAALEAVLKSNGGAIVN
SKTIISN
AIFEETFLNNANHVVG
GIPCGESCVFIPCLTSA
IGCSCKSKVCYRN
SLAAN
399 mram 7 GSIPCGESCVFIPCISSIVGCSCKSKVCYKN
400 mram 8 GIPCGESCVFIPCLTSAIGCSCKSKVCYRN
401 Mra19 precursor protein (partial)
FAF
FERDVITRETIEAVLKKTNPNSNTMLQDDAINALTGK
TLISQ
TILEEALLKNGVVG
GSIPCGESCVFIPCISSIVGC
SCKSKVCYKN
SLALPTLEKDVITPAALEAVLKSNGGAIVN
TKTIISN
AIFEETFLNNANHVVG
GIPCGESCVFIPCLTSA
IGCSCKSKVCYRN
SLAAN
402 Mra20 precursor protein (partial)
VCYKNSLALPT
LEKDVITPEALEAVLKSNGGATVNIKTIV
SN
TIFEEALLNNANHGLG
GTIPCGESCVFIPCLTSAIGCS
CKSKVCYKN
SLALN
403 Mra21 precursor protein (partial)
YKNSLALPT
LEKDVITPEALEAVLKSNGGAIVNIKTIVSN

TIFEEALLNNANHGLG
GTIPCGESCVFIPCLTSAIGCSCK
SKVCYKN
SLALN
404 Mra22 precursor protein (partial)
LAT
FERDVITPETVHAILKKTNSNSNIMLHEDAIQALTGK
TLISK
TVLEEALLKNAENGLVGS
GVPCGESCVWIPCLTSI
VGCSCKNNVCTLN
SLAQN
405 mram 9 GVPCGESCVWIPCLTSIVGCSCKNNVCTLN
406 Mra23 precursor protein (partial)
LAT
FEKDVITAETIQAVIKRTAPLSNIMLEGDAINALLTS
KTVISK
TVLEEAFLKTDATN
GVIPCGESCVFIPCISSVLG
CSCKNKVCYRN
SLVN
407 mram 10 GVIPCGESCVFIPCISSVLGCSCKNKVCYRN
408 Mra24 precursor protein (partial)
LAA
YEIKDVISRNAIEGVLKKRVGFLSEEAINGLALGKTI
ISN
PVLEEALVMYAKSEGLG
GHPTCGETCLLGTCYTPGCT
CKRPVCYKN
SLDA
409 mram 11 GHPTCGETCLLGTCYTPGCTCKRPVCYKN
410 Mra25 precursor protein (partial)
FAA
YEIKDVISRNAVEGVLKKRVGFLSEEAINELAQGKTI
ISN
PVLEEALVMYAKSKGLG
GSAILCGESCTLGECYTPGC
TCSWPICTKN
SLDA
411 mram 12 GSAILCGESCTLGECYTPGCTCSWPICTKN
412 Mra26 precursor protein (partial)
LAA
YEIKDVISRNAIEGVLKKRVGFLSEEAINELGQGKTI
ISN
PVLEEALVMYAKSKGLG
GHPICGETCVGNKCYTPGCT
CTWPVCYRN
SLYA
413 mram 13 GHPICGETCVGNKCYTPGCTCTWPVCYRN
414 Mra28 precursor protein (partial)
LAL
FERDVITRETVEAVLKKTNPNSNTMLQEDAINALTGK
TLISQ
AILEEALLKNGVVG
GSIPCGESCVFIPCISSIVGC
SCKSKVCYKN
SLALPTLEKDVITPAALEAVLKSNGGAIVN
TKTIISN
AIFEETLLNNANHVVG
GIPCGESCVFIPCLTSA
IGCSCKSKVCYRN
SLAAN
415 Mra29 precursor protein (partial)
LAL
FERDVVTHETIEAVLKKINPNSNTMLQEDAINALTGK
TLISQ
TILEEALLKNAVVG
GSIPCGESCVFIPCISSIVGC
SCKSKVCYKN
SLALPTLEKDVITPAALEAVLKSNGGAIVN
TKTIISN
AIFEETLLNNANHVVG
GIPCGESCVFIPCLTSA
IGCSCKSKVCYRN
SLAAN
416 Mra30 precursor protein (partial)
LAL
FERDVITRETVEAVLKKTNPNSNTMLQEDAINALTGK
TLISQ
TILEEALLKNGVVG
GSIPCGEGCVFIPCISSIVGC
SCKSKVCYKN
SLALPTLEKDVITPAALEAVLKSNGGAIVN
TKTIISN
AIFEETLLNNANHVVG
GIPCGESCVFIPCLTSA
IGCSCKSKVCYRN
SLAAN
417 mram 14 GSIPCGEGCVFIPCISSIVGCSCKSKVCYKN
418 Vbc1 precursor protein (partial)
AAFALPALASS
FEKDVISFRAIQAVLEKRGLSKLEDDPVL
SALAHTKTIISN
PVIEEALLNGANLKAGN
GIPCAESCVWI
PCTVTALIGCGCSNKVCYN
SLQTKY
419 Vbc2 precursor protein (partial)
AAFALPAFAS
FEKDVITPAALEAVLNRKAPLSNIMMENDA
ILNVIANVKTVISN
PVLEEALLKTNHGVN
GIPCGESCVWI
PCLTSTVGCSCKSKVCYRN
SLDN
420 Vbc3 precursor protein (partial)
AAFALPALAT
SFEKDFITHETVQEILKKVGSNSNGMLDEQ
TISALTGKTIISN
PLLEEALFKSSNSINALG
GTFPCGESC
VWIPCISKVIGCACKSKVCYKN
SLAAAFALPALATSFEKD
FITHETVQEILKKVGSNSNGMLDEQTISALTGKTIISN
PL
LEEALFKSSNSINALG
GTFPCGESCVWIPCISKVIGCACK
SKVCYKN
SLA
421 Vbc4 precursor protein (partial)
AAFALPAFAS
FEKDVITPSVLEAVLNRKAPLSNIMMENDA
ILNVIANVKTVISN
PVLEEALLKTNHGVN
GIPCGESCVWI
PCLTSAVGCPCKSKVCYRN
SLDN
422 Vbc5 precursor protein (partial)
AAFALPAFAS
FEKDVITPAALEAVLNRKAPLYNIMMENDA
ILNVIANVKTVISN
PVLEEALLKTNHGVN
GIPCGESCVWI
PCLTSAVGCSCKSKVCYRN
SLDNAAFALPAFASFEKDVIT
PAALEAVLNRKAPLYNIMMENDAILNVIANVKTVISN
PVL
EEALLKTNHGVN
GIPCGESCVWIPCLTSAVGCSCKSKVCY
RN
SLDN
423 Vbc6 precursor protein (partial)
AAFALPAFAS
FEKDVITPAALEAVLNRKAPLSNIMMENDA
IVNVIANVKTVISN
PVLEEALLKTNHGVN
GIPCGESCVWI
PCITSAIGCSCKSKVCYRN
SLDN
424 cyclotide precursor 1a
MDSKIVFVALVLIATFALPTLAT
FEKDFITTEAVRAILKK
TNANVMPSEDVINALTGKTVISN
VVLEETLVMKLDNGLT
G
IPCGEGCVYLPCFTAPLGCSCSSKVCYRN
SLHM
425 Viba 1 GIPCGEGCVYLPCFTAPLGCSCSSKVCYRN
426 cyclotide precursor 1b
MDSKIVFVALVLIATFALPTLAT
FEKDFITTEAVRAILKK
TNANVMPSEDVINALTGKTVISN
VVLEETLVMKLDNGLT
G
IPCGESCVYLPCFTAPLGCSCSSKVCYRN
SLHM
427 cyclotide precursor 1c
MDSKIVFVALVLIATFALPSLAT
FEKDFITPEAVRAILKK
TNANVMPSEDAINALTGKTVISN
VLLEEALLKNLDNGLN
G
IPCGESCVWIPCLTAAIGCSCSSKVCYRN
SLHM
428 Viba 3 GIPCGESCVWIPCLTAAIGCSCSSKVCYRN
429 cyclotide precursor 2a
MDSKIVFVALVLIATFALPPLAT
FE
KYFITTEAVRAILQK
TNSNAMPSENAINALTGKTLISS
VVLEEALLKNLDHGRN
G
VPCGESCVWIPCLTSAIGCSCKSSVCYRN
SLDM
430 Viba 4 GVPCGESCVWIPCLTSAIGCSCKSSVCYRN
431 cyclotide precursor 2b
MDSKIVFVALVLIATFALPSLAT
FEKDFITTEAVRSILQK
TNSNAMPSEDAINALTGKTLLSS
VVLEEALLKNLDNGRN
G
IPCGESCVWIPCLTATIGCSCKSKVCYRN
SLDM
432 cyclotide precursor 2c
MDSKIVFVALVLIATFALPSLAT
FEKDFITTEAVRSILQK
TNSNAMPSEDAINALTGKTLISS
VVLEEALLKNLDNGRN
G
IPCGESCVLIPCISSVIGCSCKSKVCYRN
SLDM
433 Viba 6 GIPCGESCVLIPCISSVIGCSCKSKVCYRN
434 cyclotide precursor 2d
MDSKIVFVALVLIATFALPSLAT
FEKDFITPEAVKAILKK
TNANVMPSEDAINALTGKTVISN
VVLEEALLKNLDNGLN
G
IPCGESCVWIPCLTAAIGCSCSSKVCYRN
SLDM
435 cyclotide precursor 2e
MDSKIVFVALVLIATFALPSLAT
FEKDFITTETVRAILKK
TNSNTMPSEDAINALTGKTLISS
VVLDEALLKNLDNGLN
G
VIPCGESCVFIPCISSVIGCSCKSKVCYRN
SLDM
436 Viba 7 GVIPCGESCVFIPCISSVIGCSCKSKVCYRN
437 cyclotide precursor 3a
MDAKKMFLALVLIATFAVIPSFAT
FEKDIISPETIQAVLE
KTAPHLKDAMNAIIKSKTVISN
PVIEEALLKNSNGLK
GAG
CIETCYTFPCISEMINCSCKNSRCQKN
SLDI
438 cyclotide precursor 3b
MDAKKMFLALVLIATFAVIPSLAT
FEKDFITREAIQAILK
KSAPLSNIMLEEDVMNALIKSKSVISN
PVIEEALLKNNNG
LN
GIPCGESCVWIPCISSAIGCSCKNKVCYRK
SLDI
439 Viba 8 GAGCIETCYTFPCISEMINCSCKNSRCQKN
440 Viba 9 GIPCGESCVWIPCISSAIGCSCKNKVCYRK
441 cyclotide precursor 3c
MDAKKMFLALVLIATFAVIPSFAT
FEKDFISPEAVQAILK
KRAPLSNIMLEEDAMSALIKSKTVISN
PVIEEALLKNSNS
LH
GIPCAESCVYLPCVTIVIGCSCKDKVCYN
SLDI
442 cyclotide precursor 3d
MDAKKMFVALVLVATFVLPSLAT
FEKDFITPETIQAILKK
SAPLSNIMLEEDVINALLKSKTVISN
PIIEEAFLKNSNGL
N
GIPCGESCVWIPCISGAIGCSCKSKVCYRN
SLDN
443 Viba 11 GIPCGESCVWIPCISGAIGCSCKSKVCYRN
444 cyclotide precursor 4a
MESNKKMQLVGFVLLAAFALPALAS
SFEKDVISPRAIQAV
LEKRGLSKLEDDPVLSALARTKTIISN
PVIEEALLNGANL
KAGN
GIPCAESCVWIPCTVTALLGCSCKDKVCYN
SLQTKY
445 cyclotide precursor 4b
MESNKKMQLIGFVLLAAFALPALAS
SFEKDVISPHAIQAV
LEKRGFSKLEDDPVVSALARTKTIISN
PVIEEALLNGTNL
KAGN
GIPCAESCVWIPCTVTALVGCSCSDKVCYN
SLQTKY
446 cyclotide precursor 4c
MESNKKMQLVGFVLLAAFALPALAS
SFEKDVISPRAIQAV
LEKRGLSKLEDDPVLSALARTKTIISN
PVIEEALLNGANL
KAGN
TIPCAESCVWIPCTVTALLGCSCKDKVCYN
SLQTKY
447 Viba 13 TIPCAESCVWIPCTVTALLGCSCKDKVCYN
448 cyclotide precursor 6b
MKMFVALVLFAAFALPAAFAA
QQDVITLQAYEELLKNGAA
NGMTKTVISS
PVLEEALVSYSKNKLG
GLPVCGETCVGGTC
NTPGCTCSWPVCTRN
ALETQKPN
HLLEEALIAFAKKGNLG

GLPVCGETCVGGTCNTPGCSCSWPVCTRN
SLAM
449 cyclotide precursor 6c
MKMFVALVLFAAFALPAAFAA
QQDVITLQAYEELLKNGAA
NGMTKTVISS
PVLEEALVSYSKNKLG
GLPVCGETCVGGTC
NTPGCGCSWPVCTRN
SLESTKSAN
PLLEEALTTFAKKGLG

GLPVCGETCVGGTCNTPGCSCSWPVCTRN
SLAM
450 cyclotide precursor 6d
MKMFVALVLFAAFALPAAFAV
QQDVIALQAYEELLKTGAA
NGMTKTVISS
PVLEEALVSYSKNKLG
GLPICGETCVGGTC
NTPGCSCSWPVCTRN
ALVTEKSN
ALLEEALVAFAKKGNLG

GLPICGETCVGGTCNTPGCSCSWPVCTRN
SLAM
451 cyclotide precursor 7b
MKMFVALVLFAAFALPAAFAA
QQDVITLQAYEELLKNGAA
NGMTKTVISS
PVLEEALVSYSKNKLG
GLPICGETCTLGTC
YTVGCTCSWPICTRN
SLESTKSAN
PLLEEALTTFAKKGLG

GLPICGETCVGGTCNTPGCSCSWPVCTRN
ALETQKPN
HLL
EEALIAFAKKGNLG
GLPICGETCVGGTCNTPGCSCSWPVC
TRN
SLAM
452 Viba 16 GLPICGETCTLGTCYTVGCTCSWPICTRN
453 cyclotide precursor 7c
MKMFVALVLFAAFALPAAFAA
QQDVITLRAYEELLKNGAA
NGMTKTVISS
PVLEEALVSYSKNKLG
GLPVCGETCVGGTC
NTPGCGCSWPVCTRN
SLESTKSAN
PLLEEALTTFAKKGLG

GLPVCGETCVGGTCNTPGCTCSWPVCTRN
ALETQKPN
HLL
EEALIAFAKKGNLG
GLPVCGETCVGGTCNTPGCSCSWPVC
TRN
SLAM
454 [G1A]kalata B1 ALPVCGETCVGGTCNTPGCTCSWPVCTRN
455 [L2A]kalata B1 GAPVCGETCVGGTCNTPGCTCSWPVCTRN
456 [P3A]kalata B1 GLAVCGETCVGGTCNTPGCTCSWPVCTRN
457 [V4A]kalata B1 GLPACGETCVGGTCNTPGCTCSWPVCTRN
458 [G6A]kalata B1 GLPVCAETCVGGTCNTPGCTCSWPVCTRN
459 [E7A]kalata B1 GLPVCGATCVGGTCNTPGCTCSWPVCTRN
460 [T8A]kalata B1 GLPVCGEACVGGTCNTPGCTCSWPVCTRN
461 [V10A]kalata B1 GLPVCGETCAGGTCNTPGCTCSWPVCTRN
462 [G11A]kalata B1 GLPVCGETCVAGTCNTPGCTCSWPVCTRN
463 [G12A]kalata B1 GLPVCGETCVGATCNTPGCTCSWPVCTRN
464 [T13A]kalata B1 GLPVCGETCVGGACNTPGCTCSWPVCTRN
465 [N15A]kalata B1 GLPVCGETCVGGTCATPGCTCSWPVCTRN
466 [T16A]kalata B1 GLPVCGETCVGGTCNAPGCTCSWPVCTRN
467 [P17A]kalata B1 GLPVCGETCVGGTCNTAGCTCSWPVCTRN
468 [G18A]kalata B1 GLPVCGETCVGGTCNTPACTCSWPVCTRN
469 [T20A]kalata B1 GLPVCGETCVGGTCNTPGCACSWPVCTRN
470 [S22A]kalata B1 GLPVCGETCVGGTCNTPGCTCAWPVCTRN
471 [W23A]kalata B1 GLPVCGETCVGGTCNTPGCTCSAPVCTRN
472 [P24A]kalata B1 GLPVCGETCVGGTCNTPGCTCSWAVCTRN
473 [V25A]kalata B1 GLPVCGETCVGGTCNTPGCTCSWPACTRN
474 [T27A]kalata B1 GLPVCGETCVGGTCNTPGCTCSWPVCARN
475 [R28A]kalata B1 GLPVCGETCVGGTCNTPGCTCSWPVCTAN
476 [N29A]kalata B1 GLPVCGETCVGGTCNTPGCTCSWPVCTRA
477 Cter A GVIPCGESCVFIPCISTVIGCSCKNKVCYRN
478 Cter B GVPCAESCVWIPCTVTALLGCSCKDKVCYLN
479 CDCRB158
MESKKMLVGLVLIATFSLPALAM
LEKDVITAETIQAVLEK
ANPNSNMMLHKAAINALTGKTLISN
AVLEGAFLNTADLG
G
VIPCGESCVFIPCISKLIGCSCKNKVCYXX
XXXXX
480 CDCRB159
MESKKMLVGLVLIATFSLPALAM
LEKDVITAETIQAVLEK
TNPNSNMMLHKAAINALTGKTLISN
AVLEGAFLNTADLG
G
VIPCGESCVFIPCISMLIGCSCKNKVCYXX
XXXXX
481 Hyfl I precursor
AAFALPAIA
TLEKDVITPETIQAVLKKTGSPLSNIMLEED
VINAMVKSKTVISK
TVLDEALLKHDGLG
GIPCGESCVFIP
CISGVIGCSCKSKVCYRN
SLIN
482 Hyfl J precursor
AAFALPALA
SFEKDIITPKAIQHLKADGDALNAILKTKTL
ISD
TVYEALVLKNSVN
GIACGESCAYFGCWIPGCSCRNKV
CYFN
SLDEN
483 Val-1
AAFALPALA
TSFEKDFITHETVQAILKKVGPNSNGILDEQ
TISALTGKTIISN
PVLEEALFKHSNSINALG
GTLPCGESC
VWIPCISSVVGCSCKSKVCYKN
SLA
484 Vaf-1
AAFALPALA
TSFEKDFITHETVQEILKKVGSNSNGMLDEQ
TISAFTGKTIISN
PLLEEALFKHSNNINALG
GTLPCGESC
VWIPCISSVVGCSCKSKVCYKN
SLA
485 Vpl-1 precursor
AAFALPALA
TGFDKDFITHETVQAILKKVGSNSNGMLDEE
AINALTSKTIISN
PVLEEALLKHSNSING
GSQSCGESCVL
IPCISGVIGCSCSSMICYFN
SLA
486 Vpf-1 precursor
AAFALPA
FASFEKDVITRAALEAVLNRKAPLSNIMMENDA
IVNVIANVKTVISN
PVLEEALFKTNHGVN
GIPCGESCVFI
PCLTAAIGCSCRSKVCYRN
SLGN
487 Kalata B19 precursor
AKLADDETTLATEIADKMLLKKMLSGVDMGKVANRTALVK
EIADKMFLKKMLQQAAAGGG
ATSETAEKMLKREMESRLT
G
FPCGESCVYVPCLTAAIGCSCSNKVCYKN
NLPQAEAAA
501 hcf-1 variant GIPCGESCHIPCVTSAIGCSCRNRSCMRN
502 Vpl-1 GSQSCGESCVLIPCISGVIGCSCSSMICYFN
503 Vpf-1 GIPCGESCVFIPCLTAAIGCSCRSKVCYRN
505 cO31 GLPVCGETCVGGTCNTPGCSCSIPVCTRN
507 cO28 GLPVCGETCVGGTCNTPGCSCSWPVCFRD
508 cO32 GAPVCGETCFGGTCNTPGCTCDPWPVCTND
509 cO33 GLPVCGETCVGGTCNTPYCTCSWPVCTRD
512 cO34 GLPVCGETCVGGTCNTEYCTCSWPVCTRD
513 cO35 GLPVCGETCVGGTCNTPYCFCSWPVCTRD
514 cO29 GIPCGESCVWIPCISGAIGCSCKSKVCYKN
515 cO30 GIPCGESCVWIPCISSAIGCSCKNKVCFKN
516 cO26 GSIPACGESCFRGKCYTPGCSCSKYPLCAKD
517 cO27 GSIPACGESCFKGWCYTPGCSCSKYPLCAKD
523 Gbc5 precursor
AAFALPAIAT
YEKDVITPAAIQLILKKTSPLMLEEDAINA
LLKSKTVISS
TVFEEALLKNSNNGVG
GSFPCGESCVFIPC
ISAIAGCSCKNKVCYKN
SLVN
524 Gbc1 precursor
AAFALPALAT
FEKDVITPEAIHAVLKRTAPLSNIMLEGDA
INALITGKTVISK
TVLEEAFLNNGISGGVN
GIPCGESCVF
IPCITAAIGCSCKTKVCYRN
SLIN
525 Gbc2 precursor
AAFALPALAT
FEKDVITPETIQAVLKRTAPLSNIMLEGDA
ISALITGKTVISK
TVLEEVFLNNGISDGVN
GVIPCGESCV
FIPCISAVLGCSCKSKVCYRN
SLVN
526 Gbc3precursor
AAFALPALAT
FERDVITPETIQAVLKMTNPNSNVMLEEDA
INALTGKTVISK
TVLEEALLNNANYGISDGFN
GIPCGETC
VFMPCISGPMGCSCKHMVCYRN
SLVN
527 Gbc6 precursor
AAFALPALAT
FEKDVITPETIQAVLKRTAPLSNIMLEGDA
INALITGKTVISK
TVLEEALLKNDGLG
GVIPCGESCVFIP
CISSVLGCSCKNKVCYRN
SLVN
528 Gbc4 precursor
AAFALPALAA
YEIKDVITRDAYEALLKRKTAPLSSVMLEE
ELIMDKTVISN
PVLEEALLLYAQNKGLG
GSAFGCGETCVK
GKCNTPGCVCSWPVCKKN
SLIN
529 Gpc1 precursor
AAFALPALAS
FSLGRDVIGAGAVHAALKKISPNSNIRLSK
EAISALTGKTVISQ
TFFDEVILRNVDGGVN
GVPCGESCVW
VPCTVTALMGCSCVREVCRKD
SLALA
530 Gpc4 precursor
AAFALPALAT
FEKDVITPETIQAVLKRTAPLSNIMLEGDA
ISALITGKTVISK
TVLEEVFLNNGISDGVN
GVIPCGESCV
FIPCISAVLGCSCKSKVCYRN
SLVN
531 Gpc2 precursor
AAFALPALAS
FGFEKDVVSAEAVEAALKKTNPNSNLRLSE
DTISALTGKTVISQ
TIFDEVLLKNANHRVN
GIPCAESCVW
IPCTVTKMLGCSCKDKVCYN
SLPAAY
532 Gpc3 precursor
AAFALPALAS
SFEKDVISFRAIQAVLEKRGLSKLEDDPVL
SALAHTKTIISN
PVIEEALLNGANLKAGN
GIPCAESCVWI
PCTVTALIGCGCSNKVCYN
SLQTKY
533 Globa F GSFPCGESCVFIPCISAIAGCSCKNKVCYKN
534 Globa A GIPCGESCVFIPCITAAIGCSCKTKVCYRN
535 Globa B GVIPCGESCVFIPCISAVLGCSCKSKVCYRN
536 Globa D GIPCGETCVFMPCISGPMGCSCKHMVCYRN
537 Globa G GVIPCGESCVFIPCISSVLGCSCKNKVCYRN
538 Globa E GSAFGCGETCVKGKCNTPGCVCSWPVCKKN
539 Globa C APCGESCVFIPCISAVLGCSCKSKVCYRN
540 Glopa D GVPCGESCVWVPCTVTALMGCSCVREVCRKD
541 Glopa E GIPCAESCVWIPCTVTKMLGCSCKDKVCYN
542 Glopa A GGSIPCIETCVWTGCFLVPGCSCKSDKKCYLN
543 Glopa B GGSVPCIETCVWTGCFLVPGCSCKSDKKCYLN
544 Glopa C GDIPLCGETCFEGGNCRIPGCTCVWPFCSKN
546 Co36 GLPTCGETCFGGTCNTPGCTCDPFPVCTHD
550 cycloviolacin T1 GIPVCGETCVGGTCNTPGCSCSWPVCTRN
551 cycloviolacin T2 GLPICGETCVGGTCNTPGCSCSWPVCTRN
552 psyle A GIACGESCVFLGCFIPGCSCKSKVCYFN
553 psyle B GIPCGETCVAFGCWIPGCSCKDKLCYYD
554 psyle C KLCGETCFKFKCYTPGCSCSYFPCK
555 psyle D GIPCGESCVFIPCTVTALLGCSCQNKVCYRD
556 psyle E GVIPCGESCVFIPCISSVLGCSCKNKVCYRD
557 psyle F GVIPCGESCVFIPCITAAVGCSCKNKVCYRD
558 vaby A GLPVCGETCAGGTCNTPGCSCSWPICTRN
559 vaby B GLPVCGETCAGGTCNTPGCSCTWPICTRN
560 vaby C GLPVCGETCAGGRCNTPGCSCSWPVCTRN
561 vaby D GLPVCGETCFGGTCNTPGCTCDPWPVCTRN
562 vaby E GLPVCGETCFGGTCNTPGCSCDPWPVCTRN
564 Oak6 precursor
KSLVLCLLLAAFVGAFGA
ELSEADKANVVNEIAANIQREI
LKGV
KTSETTLTMFLKEMQLK
GLPVCGETCFGGTCNTPGC
ACDPWPVCTRN
GLPRRAGV
KSSETTLTMFLKEMQLK
GLPI
CGETCFGGTCNTPGCICDPWPVCTRD
GLPDVAA
569 OaK7 precursor
FLGSVESSEIDAATTTRLMLNEIAEKWYLRKMMSGV
GSSE
TVDKIFKRETNGRLT
GSHCGETCFFFGCYKPGCSCDELRQ
CYKN
ELPPAEESH
570 Oak8 precursor
VLGVAASGHDKTA
LVNEITEMLAGVETFEAKLDKAALVSE
MADKVFLRKMLSGVDIEKADKKALVKEISDKMFLRKMLQG
GT
GTSETADKIFKSEMESRLTG
GVPCGESCVFIPCLTAVV
GCSCSNKVCYLN
ELPPAAVSA
571 Oak9 precursor
VLGVAADKTA
LAEEIAEMLAGVEAFETDLDKTALLTEISD
KMYLRKMLSGVDIEKADKTALAKEISDKMFLRKMLQGGA
G
TSETADKIFKREMENRLT
GSIPCGESCVWIPCITAIAGCS
CSNKVCYR
572 Oak10 precursor
NCLALCLLLAAVVGAFGV
ELSEADKSAVVNEIAEKMALQE
MLDGVDKLFLRKM
KSSETTLTMFLKEMQLK
GLPVCGETCV
GGTCNTPGCTCSWPVCTRN
GLPSLAA
573 Oak6 cyclotide 2 GLPICGETCFGGTCNTPGCICDPWPVCTRD
574 Oak7 cyclotide GSHCGETCFFFGCYKPGCSCDELRQCYKN
575 Oak8 cyclotide GVPCGESCVFIPCLTAVVGCSCSNKVCYLN
576 Oak6 cyclotide 1 GLPVCGETCFGGTCNTPGCACDPWPVCTRN
585 Cter C GVPCAESCVWIPCTVTALLGCSCKDKVCYLD
586 Cter D GIPCAESCVWIPCTVTALLGCSCKDKVCYLN
587 Cter E GIPCAESCVWIPCTVTALLGCSCKDKVCYLD
588 Cter F GIPCGESCVFIPCISSVVGCSCKSKVCYLD
589 Cter G GLPCGESCVFIPCITTVVGCSCKNKVCYNN
590 Cter H GLPCGESCVFIPCITTVVGCSCKNKVCYND
591 Cter I GTVPCGESCVFIPCITGIAGCSCKNKVCYIN
592 Cter J GTVPCGESCVFIPCITGIAGCSCKNKVCYID
593 Cter K HEPCGESCVFIPCITTVVGCSCKNKVCYN
594 Cter L HEPCGESCVFIPCITTVVGCSCKNKVCYD
595 Cter M GLPTCGETCTLGTCYVPDCSCSWPICMKN
596 Cter N GSAFCGETCVLGTCYTPDCSCTALVCLKN
597 Cter O GIPCGESCVFIPCITGIAGCSCKSKVCYRN
598 Cter P GIPCGESCVFIPCITAAIGCSCKSKVCYRN
599 Cter Q GIPCGESCVFIPCISTVIGCSCKNKVCYRN
600 Cter R GIPCGESCVFIPCTVTALLGCSCKDKVCYKN
601 vitri B GVPICGESCVGGTCNTPGCSCSWPVCTTN
602 vitri C GLPICGETCVGGTCNTPGCFCTWPVCTRN
603 vitri D GLPVCGETCFTGSCYTPGCSCNWPVCNRN
604 vitri E GLPVCGETCVGGTCNTPGCSCSWPVCFRN
605 vitri F GLTPCGESCVWIPCISSVVGCACKSKVCYKD
613 hedyotide B1 GTRCGETCFVLPCWSAKFGCYCQKGFCYRN
614 Cter M precursor
MAYVRLTSLAVLFFLAASVMKTEG
GLPTCGETCTLGTCYV
PDCSCSWPICMKN
HIIAANAKTV
NEHRLLCTSHEDCFKKG
TGNYCASFPDSNIHFGWCFHAESEGYLLKDFMNMSKD
DLK
MPLESTN