Gene: YFR019W


Descriptive name:

FAB1

Model:

iND750

Position:

Left: 184502 – Right: 191338

Strand:

Plus

Chromosome:

NC_001138.5

DNA Sequence

ATGTCATCGGAAGAACCCCATGCATCTATATCCTTTCCAGATGGCTCACATGTCCGGTCGTCCTCCACTGGTACTTCATCTGTGAACACAATCGATGCTACCTTATCCAGACCGAACTATATTAAGAAACCGTCCCTGCACATTATGTCGACATCTACGACGTCGACTACGACGGATCTAGTGACAAACCCAATTCTGAGCAATATCTCCGTGCCAAAAATAAGCCCCCCCACATCATCCTCGATAGCAACAGCGACATCAACAAGTCACGTGACCGGCACTGCGTCGCATTCGAACATTAAAGCTAATGCTAACACTAGTACCAGCGTGAATAAGAAAAATTTGCCGCCAACAACTAGTGGGAGGATACCCTCTAGCACCATCAAGAGATATCCGAGTCGCTATAAGCCTTCTCACTCGCTGCAGCTGCCCATTAAGAACGACTCCAACTTTAAACGATCTAGCATATATGCCTCCAAATCCACTGTTACTGCTATCCCCATTAGGAACAATCGGCCAATTTCCATGCAGAATTCCTATGCGCGCACTCCTGACAGCGATCATGACGACGTTGGCGATGAAGTGTCTTCGATAAAGAGTGCCTCTTCTTCGTTGACCGCATCCCTGTCCAAGAGTTTCCTGTTCGCATTTTATAACAACCGCAAGAAGGACAAGACCAGTAACAATGGTGTCCTCTCAAAGGAATATTGGATGAAGGACGAGAGTTCTAAAGAATGTTTCAGTTGTGGTAAAACGTTTAACACTTTCAGAAGGAAACACCACTGCAGGATATGCGGCCAAATTTTTTGCAGCAGTTGCACTCTCTTGATAGATGGTGATCGATTCGGCTGTCATGCCAAGATGCGAGTATGTTACAATTGTTATGAGCATGCAGACACATACGAGGACTCCAGTGATGAAGAGAATGATTCTACAATGCAATTGAATGAGCCAAGGTCTCGCTCTCGCTCTCGTTCTTCCAATACCAATCCATATTCTCATTCACATTCGCATTTGCATCTCATTTCACAGGACAACCATAACGGTACCGATCTCCATGATCCAGTAGCAGCAACGGATAACCCTCAACAGCAGAATGAGGTCTACCTATTAAATGACGATGACGTACAAAGTATAATGACCTCAGGTGAAGATTCTAAATTGTTCATTTCTACACCCCCACCACCACCGAAGATGGCCATCCCAGCAACAAAGCAAGGCGGATCGCTGGAAATCTCATTCGATTCGGAAAACGATAGGGCTTTGCATTATCAAGATGACAACCCCGGTCGCCATCATCACCTCGATTCCGTGCCCACAAGGTACACTATCAGAGATATGGACAATATATCACATTACGATACCAACTCTAATTCCACTTTGAGGCCACATTATAACACCAATAACAGCACTATTACCATCAACAACCTCAACAACACTACTTCCAACAACAGCAACTATAACAATACCAATAGCAACAGCAACATCAATAATCCTGCGCATTCCTTAAGAAGGTCTATTTTCCATTATGTAAGCAGCAATAGTGTTAACAAGGACAGTAACAATAGCTCTGCAACACCCGCTTCGTCTGCACAGTCTTCTTCCATACTGGATCCTGCCAATCGTATTATCGGGAATTATGCTCATAGAAATTACAAGTTTAAATTCAACTACAATTCCAAAGGTCCTTCGCAACAAAATGACACGGCAAATGGAAATAATGATAATAATAATAATAATAATAATAATAATAATAATAATAATAATAACAGTGCCAGCGGTATTGCTGACAACAATAACATTCCCTCAAACGACAATGGCACGACGTTCACTCTAGATAAGAAGAAAAGAAACCCACTGACAAAATCTAAATCTACGTCCGCTTACCTAGAATATCCTCTAAACGAGGAAGACTCTTCTGAGGACGAAGGTTCCATGTCCATATATTCTGTATTGAATGATGACCATAAAACTGACAATCCAATTAGATCAATGAGGAACTCCACAAAATCTTTTCAACGAGCGCAAGCTTCACTACAGCGGATGAGGTTTAGAAGGAAAAGTAAAAGCAAGCATTTTCCCAACAATTCGAAAAGTTCCATTTATAGAGACTTAAATTTCTTGACCAATAGTACTCCCAATTTACTTTCTGTAGTAAGCGACGATAATCTATACGACGATTCTTCTCCTTTGCAAGACAAGGCCTCTTCATCCGCTGCAAGCAGACTCACTGACAGAAAATTCAGCAATAGCAGTGGCAGCAATAATAATAGCAATAGTAATAGCAATATCAACACCGATCCTTGGAAGAGAATCGCTAGTATATCGGGATTCAAACTGAAAAAGGAAAAAAAGAGAGAATTAAATGAAGTCTCTCTTTTACATATGCATGCCCTATTAAAACAATTATTGAATGATCAAGAAATTTCCAATCTTCAAGAATGGATAACCCTTCTAGATGGCGCTTTGCGTAAAGTTTTAAGGACCATCCTGAACGCGAGGGATTTGAACACATTAGATTTTAGACAAACTTACGTTAAGATAAAAAGAATTAGTGGTGGATCTCCTCAAAATTCAGAATATATCGACGGGGTTGTCTTTTCGAAAGCATTGCCGTCGAAAACAATGCCACGGCATTTGAAAAACCCAAGGATACTATTAATCATGTTTCCACTGGAGTACCAAAAGAACAATAACCACTTTCTAAGTATAGAGTCCGTCTTTAGGCAAGAGCGCGAATATTTGGATAAACTTGTTTCGAGATTAAAGTCATTACATCCTGATATTATATACGTCGGCGCCAATGTTAGTGGGTACGCGTTAGAACTATTAAATGACTCAGGCATTGTCGTACAGTTTAATATGAAACCACAAGTCATTGAAAGAATTGCCAAGCTAACAGAAGCAGATATTGCCATTTCTGTGGATAAGTTGGCTACGAATATTAAGATGGGTGAATGTGAAACTTTTGAAGTTAAAAGCTACATTTATGGAAACATCAGTAAAACATATACATTTCTTCGGGGCTGTAACCCAGAACTTGGTGGAACAATTTTGTTAAGAGGTGATAGTCTTGAAAACTTGAGAAAAATCAAACAAGTCTCTGAATTTATGGTCTACGCAATTTTTTCATTGAAGTTGGAAAGTTCATTTTTTAACGATAATTTCATACAACTTTCTACAGATGTTTATTTGAAGAGAGCTGAATCCAAAAAACTGCAAGTTTTCGAAGGTTATTTTGCAGATTTCTTGATCAAATTCAATAACAGGATTTTGACTGTATCACCAACGGTAGATTTCCCCATTCCCTTTTTATTGGAAAAAGCCAGAGGCTTGGAAAAGAAGCTCATAGAAAGGATCAATCAATATGAAAGCGAATCTGATTTAGATCGGCAAACGCAACTAAATATGCTTCAAGGCTTAGAATCGACTATCACTAAGAAACACTTAGGAAATTTAATAAAATTCCTGCATGAAATGGAAATTGAAAATTTAGAGCTTGAGTTTCAGAAGAGAAGTCGTCAATGGGAGGTTTCATATTCATCATCACAGAACTTACTTGGTACGGGCTCACACCAGTCTATAACAGTTCTCTACTCAATGGTTTCAACAAAGACTGCCACACCTTGCGTTGGCCCTCAAATTGTTACTATTGACTATTTTTGGGACAGTGATATTTCCATTGGTCAGTTTATCGAGAACGTCGTGGGAACTGCCAGGTATCCCTGCCAACAAGGCTGTAATGGTCTGTATTTGGATCATTATAGAAGCTATGTTCATGGGTCAGGAAAAGTAGACGTTTTAATCGAAAAATTCCAAACTAGATTACCAAAATTAAAAGATATTATCCTCACGTGGAGTTATTGTAAAAAATGTGGGACATCTACTCCGATTTTACAAATTAGCGAAAAAACCTGGAATCATTCTTTCGGTAAATATTTAGAAGTCATGTTTTGGAGTTACAAAGATAGCGTGACAGGAATTGGGAAATGTCCTCATGATTTCACTAAAGATCATGTCAAATACTTTGGTTACAATGATTTAGTGGTTCGACTAGAATATTCTGATTTAGAAGTTCATGAATTGATAACCCCACCACGCAAAATAAAATGGAAACCTCATATCGACATCAAACTGAAGGTGGAACTATACTATAAGATTCTGGAAAAGATCAATAATTTCTATGGGAGTGTCCTAAGTCGGTTGGAACGTATTAAATTGGATAGTATGACTAAAGATAAAGTTCTTAGTGGACAAGCTAAAATTATCGAATTGAAGAGCAATGCTACAGAGGAGCAAAAATTAATGTTGCAAGACCTGGATACTTTTTACGCAGATAGTCCTTGCGATCAACATTTACCATTGAACCTGGTTATCAAATCTCTATACGATAAGGCTGTAAATTGGAACTCTACATTTGCGATATTTGCAAAAAGCTATTTGCCTTCTGAAACTGATATTAGTCGTATCACGGCCAAGCAGCTGAAAAAACTGTTTTACGATTCTTCAAGAAAAGACAGCGAAGACAAAAAATCACTTCATGATGAAAAGGCGAAGACGAGGAAACCAGAAAAGAACGAATTACCGTTAGAGGGATTGAAAGATGTCGAAAAGCCGAAAATTGATAGCAAGAATACGACAGAGAATCGTGACAGAACGAACGAACCACAGAATGCCGTGACGATAACCACTTTTAAAGACGACACTCCAATTATTCCAACAAGTGGTACTAGTCACTTGACAGTTACACCTTCTGCATCGTCGGTTTCTTCTTCTTTGACCCCTCAAACCGAAGAACGTCCGCCAATAAGCAGAAGTGGAACAGGTATATCTATGACTCATGATAAAAGCACTAGACCTAACATAAGAAAAATGAGTAGTGATAGTAGTTTATGTGGACTAGCATCACTTGCTAATGAATATAGTAAAAATAATAAGGTGAGTAAGCTAGCTACATTTTTCGATCAAATGCATTTTGATGCCCTGTCGAAAGAATTTGAACTGGAACGTGAAAGGGAAAGATTACAACTTAATAAGGATAAATACCAAGCCATACGATTACAAACATCCACACCAATTGTGGAAATTTATAAAAATGTCAAAGACGCAGTTGATGAACCGCTTCACTCTAGAAGTTCAGGCAATAATTTGTCATCTGCGAATGTTAAGACTTTGGAGGCACCTGTGGGAGAACATTCCCGGGCCAATAATTGTAATCCTCCTAATTTAGATCAAAACTTGGAAACTGAATTAGAAAATTCCATTAGCCAATGGGGAGAAAACATTTTGAACCCCTCTGGAAAGACCACCGCAAGTACTCATTTAAATTCTAAGCCAGTAGTAAAGGAAACTTCAGAAAATCCAAAGTCAATAGTTAGAGAATCAGATAATTCAAAGTCGGAGCCGCTTCCACCTGTAATAACAACAACAACTGTCAATAAGGTAGAATCCACTCCACAACCTGAAAAATCATTATTGATGAAAACCTTGAGCAACTTTTGGGCAGATCGATCTGCGTATTTGTGGAAACCCCTTGTTTATCCAACCTGTCCTTCGGAACACATTTTTACTGATAGTGACGTTATAATCCGCGAAGATGAACCAAGTTCCTTGATCGCATTTTGCTTAAGTACTTCTGACTATAGAAATAAAATGATGAACTTGAATGTCCAGCAACAACAGCAGCAGCAAACAGCAGAAGCTGCTCCTGCCAAAACAGGAGGAAACAGTGGAGGAACTACGCAAACCGGGGATCCTTCTGTTAACATTTCTCCCTCAGTTTCTACAACTTCTCATAATAAGGGGAGGGACTCAGAAATTTCATCCTTAGTAACCACCAAAGAGGGCTTGTTGAACACCCCTCCCATTGAAGGCGCCCGAGATAGGACCCCACAAGAATCACAAACGCATTCCCAAGCAAATTTAGATACTCTTCAAGAATTAGAGAAAATTATGACAAAAAAAACAGCCACACACTTGAGATATCAATTTGAGGAGGGTTTAACGGTAATGTCATGTAAAATTTTCTTCACAGAACATTTTGACGTGTTTAGAAAGATTTGTGATTGTCAAGAAAACTTCATTCAAAGTTTGTCAAGATGTGTTAAATGGGATTCCAATGGGGGGAAAAGTGGGAGCGGGTTTTTAAAGACTTTGGATGATAGATTTATTATAAAGGAGCTGTCACACGCAGAACTGGAAGCCTTCATAAAATTTGCACCAAGTTATTTTGAATACATGGCACAAGCAATGTTCCATGATTTGCCCACGACTTTGGCTAAAGTATTTGGGTTTTATCAAATTCAAGTAAAAAGCTCTATTTCAAGTTCCAAAAGTTATAAAATGGACGTTATCATTATGGAGAACTTATTTTATGAGAAGAAAACAACAAGAATATTTGATTTGAAGGGTTCCATGAGAAATAGACATGTCGAACAAACAGGTAAAGCTAATGAAGTGTTGTTGGATGAAAATATGGTAGAGTATATTTACGAATCACCTATTCATGTTCGCGAATATGACAAGAAACTTTTAAGAGCTTCTGTTTGGAACGACACATTATTTTTGGCCAAAATGAATGTGATGGATTATTCCTTAGTCATTGGTATTGACAATGAAGGGTATACTTTGACAGTAGGAATCATTGATTTCATTCGAACGTTTACATGGGACAAAAAACTAGAAAGTTGGGTCAAAGAGAAAGGCCTAGTAGGGGGGGCCAGTGTGATCAAGCAGCCTACCGTTGTTACACCAAGACAATATAAAAAACGTTTTAGGGAAGCAATGGAGAGGTATATTTTGATGGTTCCTGATCCGTGGTATAGGGAAGGAAATTAA

Protein Sequence

MSSEEPHASISFPDGSHVRSSSTGTSSVNTIDATLSRPNYIKKPSLHIMSTSTTSTTTDLVTNPILSNISVPKISPPTSSSIATATSTSHVTGTASHSNIKANANTSTSVNKKNLPPTTSGRIPSSTIKRYPSRYKPSHSLQLPIKNDSNFKRSSIYASKSTVTAIPIRNNRPISMQNSYARTPDSDHDDVGDEVSSIKSASSSLTASLSKSFLFAFYNNRKKDKTSNNGVLSKEYWMKDESSKECFSCGKTFNTFRRKHHCRICGQIFCSSCTLLIDGDRFGCHAKMRVCYNCYEHADTYEDSSDEENDSTMQLNEPRSRSRSRSSNTNPYSHSHSHLHLISQDNHNGTDLHDPVAATDNPQQQNEVYLLNDDDVQSIMTSGEDSKLFISTPPPPPKMAIPATKQGGSLEISFDSENDRALHYQDDNPGRHHHLDSVPTRYTIRDMDNISHYDTNSNSTLRPHYNTNNSTITINNLNNTTSNNSNYNNTNSNSNINNPAHSLRRSIFHYVSSNSVNKDSNNSSATPASSAQSSSILDPANRIIGNYAHRNYKFKFNYNSKGPSQQNDTANGNNDNNNNNNNNNNNNNNNSASGIADNNNIPSNDNGTTFTLDKKKRNPLTKSKSTSAYLEYPLNEEDSSEDEGSMSIYSVLNDDHKTDNPIRSMRNSTKSFQRAQASLQRMRFRRKSKSKHFPNNSKSSIYRDLNFLTNSTPNLLSVVSDDNLYDDSSPLQDKASSSAASRLTDRKFSNSSGSNNNSNSNSNINTDPWKRIASISGFKLKKEKKRELNEVSLLHMHALLKQLLNDQEISNLQEWITLLDGALRKVLRTILNARDLNTLDFRQTYVKIKRISGGSPQNSEYIDGVVFSKALPSKTMPRHLKNPRILLIMFPLEYQKNNNHFLSIESVFRQEREYLDKLVSRLKSLHPDIIYVGANVSGYALELLNDSGIVVQFNMKPQVIERIAKLTEADIAISVDKLATNIKMGECETFEVKSYIYGNISKTYTFLRGCNPELGGTILLRGDSLENLRKIKQVSEFMVYAIFSLKLESSFFNDNFIQLSTDVYLKRAESKKLQVFEGYFADFLIKFNNRILTVSPTVDFPIPFLLEKARGLEKKLIERINQYESESDLDRQTQLNMLQGLESTITKKHLGNLIKFLHEMEIENLELEFQKRSRQWEVSYSSSQNLLGTGSHQSITVLYSMVSTKTATPCVGPQIVTIDYFWDSDISIGQFIENVVGTARYPCQQGCNGLYLDHYRSYVHGSGKVDVLIEKFQTRLPKLKDIILTWSYCKKCGTSTPILQISEKTWNHSFGKYLEVMFWSYKDSVTGIGKCPHDFTKDHVKYFGYNDLVVRLEYSDLEVHELITPPRKIKWKPHIDIKLKVELYYKILEKINNFYGSVLSRLERIKLDSMTKDKVLSGQAKIIELKSNATEEQKLMLQDLDTFYADSPCDQHLPLNLVIKSLYDKAVNWNSTFAIFAKSYLPSETDISRITAKQLKKLFYDSSRKDSEDKKSLHDEKAKTRKPEKNELPLEGLKDVEKPKIDSKNTTENRDRTNEPQNAVTITTFKDDTPIIPTSGTSHLTVTPSASSVSSSLTPQTEERPPISRSGTGISMTHDKSTRPNIRKMSSDSSLCGLASLANEYSKNNKVSKLATFFDQMHFDALSKEFELERERERLQLNKDKYQAIRLQTSTPIVEIYKNVKDAVDEPLHSRSSGNNLSSANVKTLEAPVGEHSRANNCNPPNLDQNLETELENSISQWGENILNPSGKTTASTHLNSKPVVKETSENPKSIVRESDNSKSEPLPPVITTTTVNKVESTPQPEKSLLMKTLSNFWADRSAYLWKPLVYPTCPSEHIFTDSDVIIREDEPSSLIAFCLSTSDYRNKMMNLNVQQQQQQQTAEAAPAKTGGNSGGTTQTGDPSVNISPSVSTTSHNKGRDSEISSLVTTKEGLLNTPPIEGARDRTPQESQTHSQANLDTLQELEKIMTKKTATHLRYQFEEGLTVMSCKIFFTEHFDVFRKICDCQENFIQSLSRCVKWDSNGGKSGSGFLKTLDDRFIIKELSHAELEAFIKFAPSYFEYMAQAMFHDLPTTLAKVFGFYQIQVKSSISSSKSYKMDVIIMENLFYEKKTTRIFDLKGSMRNRHVEQTGKANEVLLDENMVEYIYESPIHVREYDKKLLRASVWNDTLFLAKMNVMDYSLVIGIDNEGYTLTVGIIDFIRTFTWDKKLESWVKEKGLVGGASVIKQPTVVTPRQYKKRFREAMERYILMVPDPWYREGN

Associated reactions:


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External database links

Provided by MetaNetX (CC BY 4.0)

Old identifiers

    YFR019W

Latest BiGG Models publication:

King ZA, Lu JS, Dräger A, Miller PC, Federowicz S, Lerman JA, Ebrahim A, Palsson BO, and Lewis NE. BiGG Models: A platform for integrating, standardizing, and sharing genome-scale models (2016) Nucleic Acids Research 44(D1):D515-D522. doi:10.1093/nar/gkv1049


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