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_405651 DASVDELVQQQQQQQQRQQLQLLPSVATE 34.43
AFP20200317_405652 PSSIRSILEAFRPHC 34.43
AFP20200317_405653 PGPRESPFGALWLAYVRDPDGNKLCALYRPA 34.43
AFP20200317_405654 MAKKTVASLQKKGAKAFTKAVKMVKNENGSYSFKSEIVPKDKVNDFFSKK 34.43
AFP20200317_405655 MPKHKMLLPSLGLSMLLKLSLPSSSLNQELD 34.44
AFP20200317_405656 MLEDAATQTKSSKENTSDEEVSDVKAAKTDKVEIAAQSKDSEASVKKNDR 34.44
AFP20200317_405657 MTFAIKRYLDDLNDR 34.44
AFP20200317_405658 MDGIAWGLTTIIEPLPEVIEEELEEIVEGIDEGAQDVFDEMDQELSQE 34.44
AFP20200317_405659 MNDVARTAASGDPSAVAELFEMVWQQDDVAEPHANA 34.44
AFP20200317_405660 MYELTSQTRRAVISIPADIAEKYTASILDSDS 34.44
AFP20200317_405661 MSTAFWIIITVVAICTVAGGLLRMQAWLRKPAPPEVIEAARREREAEED 34.44
AFP20200317_405662 MRVQEQQQSQGAGGSKGGWGSGGCAISGGWNAGGGAASGGWSSGGPPSAW 34.44
AFP20200317_405663 MRNTSWIRKNWLLVAGVSFIGVHLGTYFIQRAAKQSVKSQSRSKQKSTEE 34.44
AFP20200317_405664 SSPRSIPTRIITVVT 34.44
AFP20200317_405665 EKLKELKSALGEKDNEILRKKEKLK 34.44
AFP20200317_405666 MREMRYHCPRESKVESPEYVLDPL 34.44
AFP20200317_405667 QEKAAEKAKSNPQNKAQQKPKSEAKPKSQEKPKTENAA 34.44
AFP20200317_405668 GTVSNSLTVGNPNQITEKLEDLKVGINVLIK 34.44
AFP20200317_405669 MSEIFVNIMTTAASGCLVALFAHWLRKRNDE 34.45
AFP20200317_405670 MPWKNQGGGPWGSGPKGPWGSGPQPVGPRPPDLEDLLR 34.45
AFP20200317_405671 MRRGPAARRRSRPAAVASAPRPARERRGGAGTAPAKQANRPIRAAAGLAE 34.45
AFP20200317_405672 VDCDIDVPKTIQMVRSQRSXMVQTEAQYRFIYMAVQHYIETLQRRIEEEQ 34.45
AFP20200317_405673 MITVIVPSSSSSSSSSSSSSSSSSSSSSSSS 34.45
AFP20200317_405674 MAELLYPGAQILMENITKNRNWYASAKEIQLQQEQEQQQQQEQHQQQAL 34.45
AFP20200317_405675 MHGKAPTLQEIILELAPQTEIDLQCNEQLDSS 34.45
AFP20200317_405676 YIAEKVAEIKDISLKELAEITNDNAVKIFGSL 34.45
AFP20200317_405677 XNDLHWEPIRDPADNCSCLHAGGLDL 34.46
AFP20200317_405678 EQATREEFIKVNGRSWS 34.46
AFP20200317_405679 MPKSTKHTVLRVILNNPAFARWLRLLNRRINKKVDGIEHKVDMVEEKIDG 34.46
AFP20200317_405680 MTGSGTREETQHTVSCQRSGTPHPVKADQRAAAKDPRIRNLGFSDLSGEN 34.46
AFP20200317_405681 RGGGDRGGRSGGGGGYRGKRTGGEDRRRSDDRGPRRPRD 34.46
AFP20200317_405682 MQLGRRRREERESEKKGDCVSSRSHCLDSSSVADGSDSLPQTLVVVTTR 34.46
AFP20200317_405683 MAEMRSSGPGGKRR 34.46
AFP20200317_405684 MAGLTINAVTEEATRPCSWIYPMAAGEELGN 34.47
AFP20200317_405685 GVGVGVGVGVGVGVGVGVGVGVGVGVGSNSFLTLQSGNH 34.47
AFP20200317_405686 MAFAYIRPPQHHSDVASLIHH 34.47
AFP20200317_405687 ATVLKEHVDVVMDVAGEEDKVYLS 34.47
AFP20200317_405688 MNSMRRSRRKSFDELVKENKQQLLSDRDAIDRIEERIEKRYEMQLFKQAE 34.47
AFP20200317_405689 IVEMLHWYIKTGDT 34.47
AFP20200317_405690 MNPPTTARPPNPNHPGPPCPSAPRLDQL 34.47
AFP20200317_405691 MKVGKQMFELNEKELIQEAIREIDQDNRERKEEQERILQSFRDFARNLSK 34.47
AFP20200317_405692 PRWFGGGIGGGIGRGPAFPGGLPLQSPKAHPWVLRLGKAKDHRISYEVA 34.48
AFP20200317_405693 EKLEMELKKHTEETASEVAAVLQRVEEQ 34.48
AFP20200317_405694 MLLXXXXXXEAVCAILKLTQKLSIAISESSFFITFK 34.48
AFP20200317_405695 MLGKVQRSLCENT 34.48
AFP20200317_405696 AGRAHAAEPHIDTVPRPFGALPEP 34.48
AFP20200317_405697 MKKTIKSALSKGVSAMLNRALTSGANASSSYFIHQPVEPASLKKFKKTR 34.48
AFP20200317_405698 MWTLSVHCDQYMG 34.48
AFP20200317_405699 RGTVSGGGFGSGSSSGGFGSGGGFGGGFGGGGFGGGGASGGW 34.48
AFP20200317_405700 PAASISQTASITATITTATPTTVTTNKLPEETNLPERRPSWRLRVDNGSK 34.48