Antifungipept

A tool for predicting, screening, and designing antifungal peptide (AFP) using machine learning.

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Total Sequences: 409728

ID Sequence AFI
AFP20200317_002001 FLGSIIGALAKGLPSLIALIKK 7.07
AFP20200317_002002 MIFCKIKNNCVGPAQYYGPRLRHKHRTTLVPGWPRHY 7.08
AFP20200317_002003 ASDGFLREKHGLMHIRHGLIKDYKIKFLVWWKIVKIMYY 7.08
AFP20200317_002004 MFFICLYIHIGRGIYYGSYLYKETWNVGILLLFLTMATAFVGYVLP 7.08
AFP20200317_002005 MKSTASLFRALLALSLLTGCSSYRPT 7.08
AFP20200317_002006 MVANCVYKSLAKTFFDIYYYFTHLISFCFDKTRLALLG 7.08
AFP20200317_002007 MEKHGYWKVTGAILMGIFIWQLSNIINAFVALAKVFQ 7.08
AFP20200317_002008 MNIGVGRVIATLYKITFWIYFFVGILCLSFVIKSLCLYC 7.08
AFP20200317_002009 MLSQCESHKKQIVTTPLKRAMPFGIALFLYFSCRLFIS 7.08
AFP20200317_002010 MQHRGALRGIESEHRGFRQSRPLYRGSLRLACTMGSCLHCR 7.08
AFP20200317_002011 MAIPISYNIRNLRLRKGATVMTALGIALTVTIVIFIMALLAG 7.08
AFP20200317_002012 MGKQYNKVIKKKRREAYQKRKKVAAATAKKAKAKK 7.08
AFP20200317_002013 MQIKFVVRATIFLRIANFCRIKLIFFHKNKTKKRRFLFVIKSFV 7.08
AFP20200317_002014 LKRRRSLAKEITLASPVTVSPTKLSTVYKSLGKLITG 7.08
AFP20200317_002015 MGVTNCLRVIRNAWHFYYALRSVFKVTCGGFGIALLTP 7.08
AFP20200317_002016 MNGFIKWTVLFRIEYPFGLIRYAASVFYASRFFNLQLCL 7.08
AFP20200317_002017 MQWLLCIKITYLCIFFQSFLILSVFLRLKIYVYAFFMHLL 7.08
AFP20200317_002018 KTFARLDRANNYLHENLKRSTRQVIAKTHYMKPQIFRIL 7.08
AFP20200317_002019 MFVHLLSLTHKCTNMVRLCKVVKYIGAIMGVF 7.08
AFP20200317_002020 MAVEYRLIGNRKVYNSSFFLSWAIKAIFNWKTPFSKK 7.08
AFP20200317_002021 CRRCGRKRGMIRRHGLRLCRQCFRDVAPKIGFKKFS 7.08
AFP20200317_002022 FTRGIQRIVKIIQACLPLPRLWKAILN 7.09
AFP20200317_002023 LFAVGAASRFALSSAKSPISFQINSFHWSIVKSPVT 7.09
AFP20200317_002024 MACTKTSGAFGVAVTPSPRTLRAELLRLCARIGYSPPARL 7.09
AFP20200317_002025 MTKHLRVTLHAWHFWFRLRSVFKVLKLSTVVAWLTP 7.09
AFP20200317_002026 MKRIVTKNIITYKIRKG 7.09
AFP20200317_002027 MELHIGYFIAGVISGFIMFQLTLYFVKRWIRKQKK 7.09
AFP20200317_002028 KQWRGIATRYDKTSQSYRAAVTLASLLMWA 7.09
AFP20200317_002029 MSLLIFGDRRPVKRLFLLIINYTFRAKLLSLHCKISNFMFTFACRK 7.09
AFP20200317_002030 MQKIVVHIPKLIIIHTCMAFCTRQYAIFHFYKCYYL 7.09
AFP20200317_002031 MRNHAKPYRAICPDPPQHPRLAGRRRNNRAVLKRHLLTDRCSLHL 7.09
AFP20200317_002032 MYQLGWFSIIRNNCFWNVKRYFLCRRLFCSFYKVCVRGFEL 7.09
AFP20200317_002033 MGSIKKRRKTKINKHKRRKRMKANRHKKRLRYKS 7.09
AFP20200317_002034 NKLKHFRRVATRYDKLAQSFLSFIYIAATALWLR 7.09
AFP20200317_002035 MNPRLLTNCLRVIRNAWHFCYALRLVFKVVCGGFGIALLTP 7.09
AFP20200317_002036 MATLLTKRRHIYFNIKIKWIPLKLKIIVITLNTSITRQLFL 7.09
AFP20200317_002037 MGILWNLAAFIIVLGILITVHEFGHFWGSKTLWRLC 7.09
AFP20200317_002038 MYKFFNVLLSFAVLNWMRDWPAEPADFSPLKRGAKR 7.09
AFP20200317_002039 MGKVKRLFFQGFYFFPGFIPFFIHFQAAMFKIQRLIP 7.09
AFP20200317_002040 MRRYITICLRVIRNAWHFHYALRLVFKVVCGGIGIALLTP 7.09
AFP20200317_002041 MTFMRLKRIGVPRKGLCGRVCKRQHHKKIKG 7.09
AFP20200317_002042 RVGFLRKIARGLCFFEPNRGFYAGHTCALFSLSLCVASCC 7.09
AFP20200317_002043 MQHKCVTKCFSHLWRCYSLHSKYAFSQFLCYMFYQF 7.09
AFP20200317_002044 MNGIRYGEEYFFQTGKLYKHLKIIGLVLCKLFATIPLLLGK 7.09
AFP20200317_002045 MYQMAVKIRLKRVGAKKKPFYR 7.09
AFP20200317_002046 MKVRASVKKICAKCKIVHRRGVVRVICVIRKHKQRQG 7.09
AFP20200317_002047 MKISNFFIRNIVSVFTLLYIGRLFHQCTTYKRLSICMLFYAAKLA 7.09
AFP20200317_002048 MTLFKTIIWKNVEGILPTYIVMERFCFRTVFTCI 7.09
AFP20200317_002049 MKQKFFFGISHLITHISIGHTLAKSLIFLTWIFLLNLNQPFCR 7.1
AFP20200317_002050 MSKQVKILKQKIKARLEKISKHKNKLNKFKKQLKKQK 7.1