Sequence & structural information

gDNA（6644)

ATCGGCGGCTTCCCTCCCATCGCCGACATGCCTAGGAAGGAGCGCGACAGCGAGAGCAGCCGCCGCCGGCGGCGGCGGCGGCAGCGCAGCCGGTCGCCGTCCGACTCGGAGGAAGCCTCCGACTCCAGCGGCTCGCCGCGGCGGAGCCGGAGCCGGAACCGCCGCAAGAGCCGCCGGAGGGACACCCCTTCGTCCAGCGACGCGAGCGATTCCCAGGCGTCGGACTCCGGGTCGGACTCCGGCGGCCGGGTCCGGAGGAGGAGCGGAAGCCGGAAGAAGGGGGAGGTCACCGAAGAGCAGATCGTGGAGTACATGGCTAAGAAGGCGCAGAAGAAGGTATTGGGGCGGTGGAGGTTCGGGTTTTCCGTTTGGTTGGCTCCATTGTTGCGGCTAGGGTTTTGATTTCTAACTAACTTGTTGATGGTGGTGGTGGCTGTGCAGGCAGAGAAGGTAGCGAAGAAGATGAAGGCGAATGCTGTGTCGGGGTACTCCAATGACTCGAACCCCTTTGGCGATCCCAACCTGACCGAGAAGTACGCGAATTCGTCCCCCTCTCCTGCCACATTATTCGTTCCATTAGTGGTGTTGCTTAGCTAAGTAGAAATTTGGGCTGAAATTTGTTTGAACTGTGTCACGGATGACATAAACAGGAGGCCAAAAGTTACACTTCCCTTGTTTGTTTGATGCCCTAAAATTGTGTGCAGATTGATGATTACTGTCATTTATTTACATTAGTAAGGCTTGAGCTTACTTATTGATCACTTCATTTTGACACCTACAGCCACCAAGGATACATATATCTTGTATAGAAAAAAAAAAGAAAATGCTCTTGGTTACTTGTGTGGCCCAATAAAAAAAAACTCTAAATGTGGTTTGTCTAAGCCAACTGGTAATTGTATTTGGGGAAGACGTCAAGTTGGTTCGTTAGATATAGGTAGTATTTATCAGTTGCAACATTAACACAGCTAACAACTTACAAGTAAAATCGAGGCTATAATGTTTGTCTAACTAGGTAGTGTACTGGACAAATGTATGAAGGATTGAATTGATAGCTTAGTGAACTACTGATTGAGATCATCTGACTACGGTAGATGTCTTCTGACTTGTTTATTCATTTGTTGCACTCTCTAGAATGAGTTATGAACATTTATGAGAAATCTTTCTCTCAACTGTGAGAAATCTCGTAGAGCATTATTTTGCATACTGTTATCAGTAGACAGTTTTGCAGTCAAGATTTCTAATGTTTAACAATGTTATCATGTGATATGACCATATGGAAATGTTGTTGGCTGCACTTCAGATCCTAATTTTATCCCTACTTGTTGCGTTTGCACTGATTGCTTACTTTGACTGTTCAAAAGTAATACTCTCAACCTTGTATTGGTGCAGATTTGTTTGGCGAAAGAAGATTGAGCGTGATGTATCTCAAGGGCAAAAGGTGGACATTTCTGTTAAAGGTGAAAAGAAGAAACAGAGAGAAAGAATGGTACTTCTTTTTTCCTTTTATTATCCTGAACTTCAAATCTTATGATAGGAGTACCACTGGCATGCTTTCTGAACTTGGAGATGACTCTTCATTGAAATTAACAAAAATAAAGGACTCAAAGGACATTTACTCAATACTACTTGCTTTCATTTTAGGATAATAAAACAATATTATCTCGTGTTACCTTGCCAGATTATAATTATATTGTTATCATCTTATGCAAGTGTCCAAATACATAATAACACGTTGGGGTGAGAATACCTATAGTTTCACCCAAAACAATAGTGAGAAACAACAGATTATGTACTAAACATTTGCATCAGTGCCCAATGCCTTGCCCCAAAGAACTACAGCCTAAAATGTGGATGCATGTAAATTTACACATGAGTAGAGATTATATGGATCTGTTTCTTGCAAGAATGCCATTGGCTGGTTCTTTGCAGAAGCAGTTTTATATTTGATGTTATCTTTCAAGATAGAGTAATATGTCACTAGCCTGCAACTTTACTATTTTATTCTTAATATAGGCTGAAATAGAGAAGGTTAAGAAAAGAAGGGAGGAAAGAGCGATCGAAAAGGCACAGCATGAGGAGGAAATGGTCTGTATATATCTCTCTGGTTACCATTAATCTTCTCTTTGTTTCAAGTAACACTTTTTTGTGGAACTAAATGTCTATAATTGTATTTCTTAGGCATTGTTAGCCAGAGAAAGAGCACGCGCTGAGTTTCAGGATTGGGAGAAGAAAGAGGAAGAGGTTCATATTTTACAACATGGCAAATATCATTTGGTCTCATGCTGAATTAAGCCGGACTTCTTTTATGTAACAATTTTTGTCTTCTATTGCAGTTTCATTTTGATCAAAGCAAAGTTAGATCTGAGATCAGGTTACGCGAGGGGCGCACAAAACCTATTGATGTTCTCCTGAAGAATCTCAATTTCTCAGAAGAATTTGATGTTGAGTTAAACGAGCCCTACTTGGTATTCAAGGTAAATTGAACTTCTCTTACCCACTTGATTATAGTTAACCAAAGAGCCGCTATATGGATGCACCTATCGAGAAGTTACTTTGTATGTATCTGGTTCTCACATATGATGTTCACTCAATCATTAGCTGATGTTGGTGCCAGGCTTTCTTTCATACTATCAAACAAATGCAATAAATTTCAGATATACATCATTAACATTCTGGATTCTCTTCTGAAAGAATGGCTCCCTATAACCAACTGTTTATCCTTCTATAATCTCCAGCTTCATCCGCCTTAAGCGTTACCCTTTTAGAACGTGCAGGAATACTGTGTCCTTGTATTCAAAGTAAAAGGTTCAATGTTTCAATATATCCTAAGATACCTTACATCTTAGAAATAGCCTTAAACATTCTAACGATTCATCATTAACTACATTCTAATTAGAGAGGTGGAAACATGTATCTCTCAATGGGTTTGAAATTTAATCACTCCATCTGTTCTTACTTTACAACTAGCCCAGATCTGAAAGAGTTCCCTTTTCCTTTTAACACTTAAACATATGTGATGTGCTAAATGCAGGGATTAACGGTGAAGGAAATGGAAGAGCTGCGCGATGACATTAAGATGCATCTTGATCTGGACAGGGAAAGCCAAATAAATGTCAAATACTGGGAGGTGTGTCTTTGTCTCAACATTCATTATAATATTACCCTTTACTTGAATAATCATATGAATTCATATGACTGATGTGTATGTTGCATAATGTATATTCCTGTTGATTGAGGTTAGTACCAAATGGCATATAGTCCAAAACAGTAATGCTAAATTTTTGAGATTTTGATAATTATGTTTTGTTGGATCGATCTTTGGCAAAAATATTGTGCCGTAGTATGTCAGAACATATTTTTTAGCTTGTTGTATATATGGTTTGCCTATAGGCCGTAGGTTTTCACAAAAAAAAAACTAAATCAAGTTATTCCTAATATGACAGTAGGAACTAATAATTTCTGTGATTTCATGTTGCTCTCTTGATCTAATTAGCAAGGATGCTCAGGGCTGTTGACCAATTGTCCACTCTTTATTTCAAATTCATCAGGCACTCATGGTGGTATGTGACTGGGAGCTAGGTGAGGCTCGGAAAAGAGATGCCTTGGATCGGGCTAGGGTGCGTGGTGAGGAACCACCTCCTGATGTTCTTGCGGAAGAGAGGGGCTTACATGCAAGTATTGAGGGTGATGTAAAGGATCTTTTGGAGGGTAAGACTTCCACAGAACTAGAAGAGATGCAAAGTCAAATTGAGTCCCAAATGCGCTCTGGAACAGCAAAAGTTGTTGAATACTGGGAGGCCATTCTGAAACGCCTTCATATTTACAAAGCAAAGGTATGCCATGCTTGCAGACACTAAAAGACACTCTTCTTTTCTTCTTGTAGCAAATGTGATTCCATCCATATCACACTATCTTGGTTGTTTCATTTGCATTACACAAATAAAATGTGTTCTGGTATCTTGATTTGACCTTAGTTCTTGCATCATAATCAGATCCTGGTTTGGATTCTTATATGAACTTGTGAAACTGCTTTGCCTAACTTTCTGAATTTGCAGTTTATATGGTTGCCCGGTTTAAATAGTGTATAATAGGTGAAAGCTTACCTTTTTCTGCATTGCAGGCTTGCCTGAGGGAAATCCATGCTTCGATCTTACGGAAGCATCTACATCGTCTGGAGCATCCTGATTCCATTGAGCAGGATAAGGAATCTGAGGATGAAATCGATGCTAAAGAGAAGGATGCAACACATATTGACGATGATGATGATGATGATGATGAAGGTTTAGTTTTATTTCTGTATTTCCAGTCACTCAAATACTCCCTTCCATGCTGTAACTCTAGCGACTATGAGTTCTTATACCTACTTTATGTGTAGATGATAAGCGATATTCGCCTGAACCTATAGCGGAGCAAACAGAGAGTCATTTGGATGAAGAAGACGGATCCTTTTCTCCTGAGCTAATGCATGGCAATGAAGATGAAGATGCAATTGATCCTGAGGAGGACAAGGCAGAACTGGTAGTGTCCTCACTCCTGCTACACTTAGCTTTTAATACTGCCTCCGTTTCAGGTTATAAGACTTTCTAGTATTGTCCACATTCATATAGATGTTAATGAATCTGGGCACACATATATGTCTAGATTCATCAATATATATATATAAATGTGGGCAATGCTAGAAAGTCTTATAATATGAAACGGAGGAAGTAAATGCTAAGAAAATAGTGGTAGTTTTTATGTAGTGAAGTGAACTGCAATTGTTTTACAAATTGGCAGACTTACTATTTATTAGACACTATATTGTGCAAAAAGATGAACAAGCCAGTACAATTGTTTAGGTATCATATAGATCTTTTCTTAAGGCACCAACTGGATTCCCATTGACCCATTCATGTTTACCCTGAGAAAGGCCTTTTAGTTTCATCGTGTACCATAGTACACTTACGGTCATTTGTCAGTGTAAGGTGTTATTATTGGCTTATATATTGGAGTTTACATACATGAAATTTTTATCTCAATTCAGGATTACATCATTAGGTACATTCGTGAGTTGATTGCAGATTTTAAATGTTGGCAATTCATAGAATATTCCTATGCACTTTGAATTAATGTCCAGGATCGAAAACGTGAAGCTGTAGTTATGGAGCATCAAAAGAAAGTTCAGCAGGCCATCGCAGTGAAGACAAGAGTACCCGATGAGATGGAGATGAAAGCAATGAAAGCAATGGGAGCTATGGAGGAAGGAGATGCTGTGTTTGGTTCAGGAGCTGAAGTGAACCTTGATTCACAGGTAACATGAATTTTTTTATATCTAGAGAAACAGCAATGCTATCACTGTACCACCTTGCCTTCTAAACAGAACAGTATCTGATACCCATATTGCAATATTCTGTGTTGTAAAAACTTTGTGGTTGGAATGCTTTTACCAGAGTCCAGCTCTAACTCTGCATACTTTGGCAAGTTTTTAGCCCCTACAGAGCTCATAACCACCCATGTCTGGTAAAAGGTGGTCCTGTTGAATCATGAACCTTATGCAGGATAGCTTTACACTAATTTGTTCATTGAACAACCCTCTACAACATGGTCTGTCACAAAGACCTTCACTGCACTTGTTATTTCCTCATTTAACCCCAAGATCATTTGATCTGGATTGTGCACATAATATTAGCCCAAAGCAATATTGTGGAGGCTGGCTTGCTTTTACATGCTAGAAGATTTATTTAACAACTTAAGTGCATTGATCTGCTTCCAGTGAACTTGAATGCAAGCTGACTTTGTTTCTGATGAAAATATGCCTGTTTAATGTGCTCACAGGTATATTGGTGGCACGACAAGTATCGACCAAGAAAACCGAAGTACTTCAATCGGGTGCATACTGGATATGAGTGGAACAAATACAACCAGACTCACTATGACCACGACAACCCCCCACCGAAAATCGTCCAGGGCTACAAGTTCAATATATTTTACCCTGACCTGGTGGATAAATCAAAGGCGCCAACATACACGATAGAGAAAGACGGGAGCACCGGTGAGACATGCCTCATAAGATTCCATGCGGGCCCTCCATATGAGGATATAGTAAGCCTCTATTCCCATATCTTCAAATTTAATCCTGTAGAGTTTCATGGGCACTTCACTTAATTACTCTGTTTTCTTCACCAGGCTTTCCGTATTGTCAACAAGGAGTGGGAATACTCACATAAGAAGGGCTTCAAGTGCACATTCGAACGTGGGATTCTCCACCTCTATTTCAACTTCAAGCGCTACCGCTACAGGCGATAAAATGCCACGCAAGGAAGACGTTTTGATCTCCATTGTGCTGTTAGAAGTTGGTCTTGCTTTTCTTACCTGAGAGCCCTATGCAAATAGGTTTGCTCGGATACCAACTCTGGAGTCGACTACACATGCTCATCCGAGATCATATGTACTAAGTGAGAACAGGGTAGCATACTAGCATCCCGTACTTATGCTGATTAGGCTCTTTGTTAGCGGTTTGAAAATAGCAACGAAGTCTCCTGTGTACATTGTAACTTCCTTTTTTCTGCTTTGGAAATTGAGTTCAGATGTCAAAAATCAACACATCTTTTTGGTGGCAATCAAACTAATAGTGCGTATATCATTAAACTTCTTGTTTCTGGAAC

cDNA（2405)

ATCGGCGGCTTCCCTCCCATCGCCGACATGCCTAGGAAGGAGCGCGACAGCGAGAGCAGCCGCCGCCGGCGGCGGCGGCGGCAGCGCAGCCGGTCGCCGTCCGACTCGGAGGAAGCCTCCGACTCCAGCGGCTCGCCGCGGCGGAGCCGGAGCCGGAACCGCCGCAAGAGCCGCCGGAGGGACACCCCTTCGTCCAGCGACGCGAGCGATTCCCAGGCGTCGGACTCCGGGTCGGACTCCGGCGGCCGGGTCCGGAGGAGGAGCGGAAGCCGGAAGAAGGGGGAGGTCACCGAAGAGCAGATCGTGGAGTACATGGCTAAGAAGGCGCAGAAGAAGGCAGAGAAGGTAGCGAAGAAGATGAAGGCGAATGCTGTGTCGGGGTACTCCAATGACTCGAACCCCTTTGGCGATCCCAACCTGACCGAGAAATTTGTTTGGCGAAAGAAGATTGAGCGTGATGTATCTCAAGGGCAAAAGGTGGACATTTCTGTTAAAGGTGAAAAGAAGAAACAGAGAGAAAGAATGGCTGAAATAGAGAAGGTTAAGAAAAGAAGGGAGGAAAGAGCGATCGAAAAGGCACAGCATGAGGAGGAAATGGCATTGTTAGCCAGAGAAAGAGCACGCGCTGAGTTTCAGGATTGGGAGAAGAAAGAGGAAGAGTTTCATTTTGATCAAAGCAAAGTTAGATCTGAGATCAGGTTACGCGAGGGGCGCACAAAACCTATTGATGTTCTCCTGAAGAATCTCAATTTCTCAGAAGAATTTGATGTTGAGTTAAACGAGCCCTACTTGGTATTCAAGGGATTAACGGTGAAGGAAATGGAAGAGCTGCGCGATGACATTAAGATGCATCTTGATCTGGACAGGGAAAGCCAAATAAATGTCAAATACTGGGAGGCACTCATGGTGGTATGTGACTGGGAGCTAGGTGAGGCTCGGAAAAGAGATGCCTTGGATCGGGCTAGGGTGCGTGGTGAGGAACCACCTCCTGATGTTCTTGCGGAAGAGAGGGGCTTACATGCAAGTATTGAGGGTGATGTAAAGGATCTTTTGGAGGGTAAGACTTCCACAGAACTAGAAGAGATGCAAAGTCAAATTGAGTCCCAAATGCGCTCTGGAACAGCAAAAGTTGTTGAATACTGGGAGGCCATTCTGAAACGCCTTCATATTTACAAAGCAAAGGCTTGCCTGAGGGAAATCCATGCTTCGATCTTACGGAAGCATCTACATCGTCTGGAGCATCCTGATTCCATTGAGCAGGATAAGGAATCTGAGGATGAAATCGATGCTAAAGAGAAGGATGCAACACATATTGACGATGATGATGATGATGATGATGAAGATGATAAGCGATATTCGCCTGAACCTATAGCGGAGCAAACAGAGAGTCATTTGGATGAAGAAGACGGATCCTTTTCTCCTGAGCTAATGCATGGCAATGAAGATGAAGATGCAATTGATCCTGAGGAGGACAAGGCAGAACTGGATCGAAAACGTGAAGCTGTAGTTATGGAGCATCAAAAGAAAGTTCAGCAGGCCATCGCAGTGAAGACAAGAGTACCCGATGAGATGGAGATGAAAGCAATGAAAGCAATGGGAGCTATGGAGGAAGGAGATGCTGTGTTTGGTTCAGGAGCTGAAGTGAACCTTGATTCACAGGTATATTGGTGGCACGACAAGTATCGACCAAGAAAACCGAAGTACTTCAATCGGGTGCATACTGGATATGAGTGGAACAAATACAACCAGACTCACTATGACCACGACAACCCCCCACCGAAAATCGTCCAGGGCTACAAGTTCAATATATTTTACCCTGACCTGGTGGATAAATCAAAGGCGCCAACATACACGATAGAGAAAGACGGGAGCACCGGTGAGACATGCCTCATAAGATTCCATGCGGGCCCTCCATATGAGGATATAGCTTTCCGTATTGTCAACAAGGAGTGGGAATACTCACATAAGAAGGGCTTCAAGTGCACATTCGAACGTGGGATTCTCCACCTCTATTTCAACTTCAAGCGCTACCGCTACAGGCGATAAAATGCCACGCAAGGAAGACGTTTTGATCTCCATTGTGCTGTTAGAAGTTGGTCTTGCTTTTCTTACCTGAGAGCCCTATGCAAATAGGTTTGCTCGGATACCAACTCTGGAGTCGACTACACATGCTCATCCGAGATCATATGTACTAAGTGAGAACAGGGTAGCATACTAGCATCCCGTACTTATGCTGATTAGGCTCTTTGTTAGCGGTTTGAAAATAGCAACGAAGTCTCCTGTGTACATTGTAACTTCCTTTTTTCTGCTTTGGAAATTGAGTTCAGATGTCAAAAATCAACACATCTTTTTGGTGGCAATCAAACTAATAGTGCGTATATCATTAAACTTCTTGTTTCTGGAAC

CDS（2019)

ATGCCTAGGAAGGAGCGCGACAGCGAGAGCAGCCGCCGCCGGCGGCGGCGGCGGCAGCGCAGCCGGTCGCCGTCCGACTCGGAGGAAGCCTCCGACTCCAGCGGCTCGCCGCGGCGGAGCCGGAGCCGGAACCGCCGCAAGAGCCGCCGGAGGGACACCCCTTCGTCCAGCGACGCGAGCGATTCCCAGGCGTCGGACTCCGGGTCGGACTCCGGCGGCCGGGTCCGGAGGAGGAGCGGAAGCCGGAAGAAGGGGGAGGTCACCGAAGAGCAGATCGTGGAGTACATGGCTAAGAAGGCGCAGAAGAAGGCAGAGAAGGTAGCGAAGAAGATGAAGGCGAATGCTGTGTCGGGGTACTCCAATGACTCGAACCCCTTTGGCGATCCCAACCTGACCGAGAAATTTGTTTGGCGAAAGAAGATTGAGCGTGATGTATCTCAAGGGCAAAAGGTGGACATTTCTGTTAAAGGTGAAAAGAAGAAACAGAGAGAAAGAATGGCTGAAATAGAGAAGGTTAAGAAAAGAAGGGAGGAAAGAGCGATCGAAAAGGCACAGCATGAGGAGGAAATGGCATTGTTAGCCAGAGAAAGAGCACGCGCTGAGTTTCAGGATTGGGAGAAGAAAGAGGAAGAGTTTCATTTTGATCAAAGCAAAGTTAGATCTGAGATCAGGTTACGCGAGGGGCGCACAAAACCTATTGATGTTCTCCTGAAGAATCTCAATTTCTCAGAAGAATTTGATGTTGAGTTAAACGAGCCCTACTTGGTATTCAAGGGATTAACGGTGAAGGAAATGGAAGAGCTGCGCGATGACATTAAGATGCATCTTGATCTGGACAGGGAAAGCCAAATAAATGTCAAATACTGGGAGGCACTCATGGTGGTATGTGACTGGGAGCTAGGTGAGGCTCGGAAAAGAGATGCCTTGGATCGGGCTAGGGTGCGTGGTGAGGAACCACCTCCTGATGTTCTTGCGGAAGAGAGGGGCTTACATGCAAGTATTGAGGGTGATGTAAAGGATCTTTTGGAGGGTAAGACTTCCACAGAACTAGAAGAGATGCAAAGTCAAATTGAGTCCCAAATGCGCTCTGGAACAGCAAAAGTTGTTGAATACTGGGAGGCCATTCTGAAACGCCTTCATATTTACAAAGCAAAGGCTTGCCTGAGGGAAATCCATGCTTCGATCTTACGGAAGCATCTACATCGTCTGGAGCATCCTGATTCCATTGAGCAGGATAAGGAATCTGAGGATGAAATCGATGCTAAAGAGAAGGATGCAACACATATTGACGATGATGATGATGATGATGATGAAGATGATAAGCGATATTCGCCTGAACCTATAGCGGAGCAAACAGAGAGTCATTTGGATGAAGAAGACGGATCCTTTTCTCCTGAGCTAATGCATGGCAATGAAGATGAAGATGCAATTGATCCTGAGGAGGACAAGGCAGAACTGGATCGAAAACGTGAAGCTGTAGTTATGGAGCATCAAAAGAAAGTTCAGCAGGCCATCGCAGTGAAGACAAGAGTACCCGATGAGATGGAGATGAAAGCAATGAAAGCAATGGGAGCTATGGAGGAAGGAGATGCTGTGTTTGGTTCAGGAGCTGAAGTGAACCTTGATTCACAGGTATATTGGTGGCACGACAAGTATCGACCAAGAAAACCGAAGTACTTCAATCGGGTGCATACTGGATATGAGTGGAACAAATACAACCAGACTCACTATGACCACGACAACCCCCCACCGAAAATCGTCCAGGGCTACAAGTTCAATATATTTTACCCTGACCTGGTGGATAAATCAAAGGCGCCAACATACACGATAGAGAAAGACGGGAGCACCGGTGAGACATGCCTCATAAGATTCCATGCGGGCCCTCCATATGAGGATATAGCTTTCCGTATTGTCAACAAGGAGTGGGAATACTCACATAAGAAGGGCTTCAAGTGCACATTCGAACGTGGGATTCTCCACCTCTATTTCAACTTCAAGCGCTACCGCTACAGGCGATAA

Protein（672)

MPRKERDSESSRRRRRRRQRSRSPSDSEEASDSSGSPRRSRSRNRRKSRRRDTPSSSDASDSQASDSGSDSGGRVRRRSGSRKKGEVTEEQIVEYMAKKAQKKAEKVAKKMKANAVSGYSNDSNPFGDPNLTEKFVWRKKIERDVSQGQKVDISVKGEKKKQRERMAEIEKVKKRREERAIEKAQHEEEMALLARERARAEFQDWEKKEEEFHFDQSKVRSEIRLREGRTKPIDVLLKNLNFSEEFDVELNEPYLVFKGLTVKEMEELRDDIKMHLDLDRESQINVKYWEALMVVCDWELGEARKRDALDRARVRGEEPPPDVLAEERGLHASIEGDVKDLLEGKTSTELEEMQSQIESQMRSGTAKVVEYWEAILKRLHIYKAKACLREIHASILRKHLHRLEHPDSIEQDKESEDEIDAKEKDATHIDDDDDDDDEDDKRYSPEPIAEQTESHLDEEDGSFSPELMHGNEDEDAIDPEEDKAELDRKREAVVMEHQKKVQQAIAVKTRVPDEMEMKAMKAMGAMEEGDAVFGSGAEVNLDSQVYWWHDKYRPRKPKYFNRVHTGYEWNKYNQTHYDHDNPPPKIVQGYKFNIFYPDLVDKSKAPTYTIEKDGSTGETCLIRFHAGPPYEDIAFRIVNKEWEYSHKKGFKCTFERGILHLYFNFKRYRYRR*

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