Debaryomyces hansenii: DEHA2F16060g Help Entry DEHA2F16060g      CDS       T01026                                  Name (RefSeq) DEHA2F16060p   KO K04459   dual specificity MAP kinase phosphatase [EC:3.1.3.16 3.1.3.48] Organism dha  Debaryomyces hansenii Pathway dha04148   Efferocytosis Brite KEGG Orthology (KO) [BR:dha00001]  09140 Cellular Processes   09141 Transport and catabolism    04148 Efferocytosis     DEHA2F16060g  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:dha01009]     DEHA2F16060g Enzymes [BR:dha01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.3  Phosphoric-monoester hydrolases     3.1.3.16  protein-serine/threonine phosphatase      DEHA2F16060g     3.1.3.48  protein-tyrosine-phosphatase      DEHA2F16060g Protein phosphatases and associated proteins [BR:dha01009]  Protein tyrosine phosphatases (PTPs)   Class I PTPs (Dual specificity phosphatases)    MAPK phosphatases     DEHA2F16060g BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  DSPc Y_phosphatase Init_tRNA_PT Motif Other DBs NCBI-GeneID:  2904009 NCBI-ProteinID:  XP_461057 UniProt:  Q6BL64 LinkDB All DBs Position F:complement(1352168..1355188) Genome browser AA seq 1006 aa AA seqDB search MTSTGLPSAIRIQSQTSNSTPSEIPQIPRSIRLDNADMAVIDNNKETSGNKSDNKTRTGP TGGMPVPALARMSKRSSSSSNDLLYERDRFKARLQTLNTKGNNIQRANWQDEVIDSDNCS VVDENCEVCDGLIGTKTTKLNVESDHECIKQFKTDEDISPLDSGSKFYKEDLKVVQPFKE INTRIRVKSITYGQLQYVFNWYFNRPLPPTKDMFPWLHGIHKENFAQRQYFVTQRTSYSL DNFDQSRPISARFLMCVNSSPDSLSGQPLLKNTVKLNEILQPIDVSKAEVSDLIYKIVSK IFEREDPPTLNELLSIFFADCISIGHLPFFLDLDPDSGVSLRNFHIQVAKSALCSDFVVY CFHQNHSTSSCRCGAIARIIWLTQIYSAYREGQESSRYNVFVPDDIKFLDNILSNQNEYT KFQGLFTFKPNNSVLASSLDSNKKTQINLKLDAFKSNTLSIWDNDYQIKEKIETTRMSAA TKINKNVWVGNIWDHQIMLIHLSRNSGNLEVKFDTDKGKDLYCDPHNSIITKETANSNDI FTYLPHPKANWRLFIHCHNDASFPDLPTLSSLLFKYTISTHHSTDQEFHTLEFPPSGSIG LGDCRKEALMAIVNTCKLLYLYSSSTSYDRDVLSSLIYCSDGYTESSLLVLCYLMYSKNI ELDQAMLDLHLDYGRPFYIFNTDVTILKKLQIILNKFSPQSLGSSINWRELETITNQELN ELFLPQISSSIPNQSIAKNLKLGYIVNESDSDSSSDEASDDSDWDDEFCSPTDWVKDVEG SIPSRILPYLYLGSLKHANSLPLLSKLGIKKVISVGEPLYWLNGYKFQKNNNVSIDELDG GNIEVYNITPSNSKSNACCVDTVLKVNNLQDDGIDELSVSLPSILKYIDNEYKKSNGETK ILVHCRVGVSRSATVVIAEVMKRLNITLPKAYLYVRVRRLNIIVQPNLRFMYELFKWEEE EKRKLLQNNDSNVNVNDQKTKDTLREIDWFVMCREIMNLNLPYLVK NT seq 3021 nt NT seq  +upstreamnt  +downstreamnt atgacttcaacaggattaccatccgctatccgtattcagtcacaaaccagtaactccaca ccatcggagattccacaaattcctaggtcgattcggttagataatgcagatatggctgta atagacaataataaagaaacatcaggcaataaaagtgataataaaacgaggacaggaccg acgggaggcatgccagtgccggcattggctcgaatgagtaagcgatcgtcgtcttcatca aatgatcttctatatgaaagagatagatttaaggcgaggcttcagacgcttaatacaaag ggaaataatatacagagggctaattggcaggatgaggttatagattccgataattgtagt gttgtggacgagaactgtgaagtgtgcgatggactaatagggactaagacgaccaagttg aatgtcgagtcggaccatgaatgcataaaacagtttaagacagacgaagacatttctcca ttagatagtgggtcgaagttttacaaggaggatttgaaggtagtgcagccgtttaaggag ataaatacacgaatccgggtgaaatcaataacatacgggcagctacaatatgtattcaat tggtacttcaatagaccgcttccgcctaccaaggacatgtttccttggcttcatggaatc cacaaggagaattttgcccaaagacaatattttgtcacccagcgaactagctattcattg gataactttgatcaatcgaggccaataagtgcaaggtttttgatgtgtgtaaactcctcg ccagatagtttatcaggtcagccattgcttaaaaatacggttaaactcaatgaaatatta caacccattgatgtctcgaaggcagaggtatcagacttaatatacaagatcgttagcaag atatttgaaagagaggatccaccaactctaaatgaattattgagtatctttttcgccgac tgtataagtattggtcatctcccattctttcttgatttggacccagattcaggtgtatcc ttgaggaatttccatattcaagtagccaagctggctctttgctctgatttcgttgtatac tgctttcatcaaaatcacagtacttctagttgtcgttgtggtgcgatagctcgtatcata tggcttacgcaaatatatagtgcttaccgtgaaggtcaagaaagctccagatataatgtt tttgttcctgatgacataaaattcttagacaacatattactgaaccaaaacgagtatact aaattccaaggattatttacgttcaaacctaataattctgtcctagcatcatctttagac tcaaacaaaaagacgcagataaatttgaaattggatgcatttaaatctaatacattgtcg atatgggataatgattatcagattaaggaaaaaatcgagaccaccagaatgtcggctgct actaagataaataaaaatgtttgggttggtaacatatgggaccatcaaataatgctaatc catttactgagaaattcagggaatttagaagttaagttcgatacagataaaggtaaagat ttatattgtgaccctcataattcgataattacgaaggagactgctaactccaatgatata tttacctatttaccacatccaaaggcaaattggcgtttatttatacactgtcataacgac gcttcttttccagatctaccaacactttcctcgttactattcaaatatactatttcaact catcactcaactgatcaagagtttcatacattggagttcccaccatctgggtcaatagga cttggagattgtcgcaaagaggctttgatggccattgtgaatacttgtaagttactttac ttatattcatcttcgacatcatacgatagagatgtgttaagctcattaatttattgctca gatgggtatacagaactgtcattattagtcttgtgctatttaatgtattcaaagaacatt gagctagaccaagcaatgcttgatttgcacttagattacggccggccgttttatattttt aatactgatgttacaatcttgaagaaattacaaattattttgaataaattctctccacaa tcgttgggaagctcaataaattggcgagaattagaaactataacgaaccaagagcttaat gaattatttttaccccaaatatctagttcgatacctaaccaatccattgctaagaattta aaactaggttatatcgtgaatgaatcggactcggattctagttcagatgaggccagtgat gattctgactgggacgatgaattctgctcccctacagattgggtcaaggatgtcgaaggt tcaataccatcgcgaatcttgccatatttatatttgggatcgttaaagcatgcaaacagt ttgcctttgctttccaaattgggaattaagaaagtcatatcggttggcgaaccattatac tggcttaacggctataagtttcaaaagaataacaatgtctctattgatgaattggatggt ggcaatattgaagtgtataatataactccttcgaattccaagtccaacgcttgttgtgtc gacaccgtattgaaggttaataatttacaagatgatggaatcgatgagttatctgtttcc ttacccagtatcctcaagtatatcgataatgagtacaaaaagtcaaacggagaaactaaa atcttggtccattgtcgtgttggtgtttccagatcggccaccgtagtgattgccgaggtt atgaagaggttaaatattactttaccaaaagcgtacctttacgtaagagtccgccgtttg aatatcatagttcaacccaacttaaggtttatgtatgagttattcaagtgggaagaagaa gaaaagagaaaactattacagaataatgattccaatgtcaatgtcaatgaccaaaagaca aaagataccctacgtgaaatagactggtttgttatgtgtcgtgaaataatgaatttaaat ctcccttatttagtaaagtga

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