Sorex araneus (European shrew): 101539044 Help Entry 101539044         CDS       T07854                                  Name (RefSeq) fatty acid synthase-like   KO K00665   fatty acid synthase, animal type [EC:2.3.1.85] Organism sara  Sorex araneus (European shrew) Pathway sara00061   Fatty acid biosynthesis sara01100   Metabolic pathways sara01212   Fatty acid metabolism sara04152   AMPK signaling pathway sara04910   Insulin signaling pathway sara04936   Alcoholic liver disease Module sara_M00082   Fatty acid biosynthesis, initiation sara_M00083   Fatty acid biosynthesis, elongation Brite KEGG Orthology (KO) [BR:sara00001]  09100 Metabolism   09103 Lipid metabolism    00061 Fatty acid biosynthesis     101539044  09130 Environmental Information Processing   09132 Signal transduction    04152 AMPK signaling pathway     101539044  09150 Organismal Systems   09152 Endocrine system    04910 Insulin signaling pathway     101539044  09160 Human Diseases   09167 Endocrine and metabolic disease    04936 Alcoholic liver disease     101539044  09180 Brite Hierarchies   09181 Protein families: metabolism    01004 Lipid biosynthesis proteins [BR:sara01004]     101539044   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:sara04147]     101539044 Enzymes [BR:sara01000]  2. Transferases   2.3  Acyltransferases    2.3.1  Transferring groups other than aminoacyl groups     2.3.1.85  fatty-acid synthase system      101539044 Lipid biosynthesis proteins [BR:sara01004]  Fatty acid synthase   Animal type    101539044 Exosome [BR:sara04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    101539044   Exosomal proteins of breast milk    101539044   Exosomal proteins of colorectal cancer cells    101539044   Exosomal proteins of bladder cancer cells    101539044 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  ketoacyl-synt KR Ketoacyl-synt_C KAsynt_C_assoc FAS_pseudo-KR Thioesterase ADH_zinc_N_2 ADH_zinc_N PP-binding DUF7080 Thiolase_N Methyltransf_23 Methyltransf_31 ACP_syn_III Abhydrolase_1 Methyltransf_12 Motif Other DBs NCBI-GeneID:  101539044 NCBI-ProteinID:  XP_012791398 LinkDB All DBs Position Unknown AA seq 1813 aa AA seqDB search MNEFAEHLLNGDDMITEDNRRWEPGLYGLPRRHGKVKELTKFDATFFGVHPKQANNMDPQ LRILLEVAFEAILDAGINPVKIRGSRGGVFVGCSASETAAYLTRDPETVTGYSLTGCVRS MFANRLSYFLDFKGPSFAVDTACSSSLLALQLAVDAIRKGECDSALVGGAHLTLTPTTAL QFMRLGLLSQNGMCRTFDTDGEGYVRSEGIVAIYLQKASAAKRCYATIIHAMSNTDGYKE QGITFPSGEQQTQLLKSVYKEAALDPASVVYVETHGTGTKVGDPEEANALCKVYCVNRTG PLLVGSVKSNMGHAEPASGLAAIAKILIAMQSGYLPPNLHYNVPNPYIPGLVDGRLKVVA EKTPWNGGIVGVNSFGFGGSNTHIILKSHEVRKVVDGLYRSKLHLLCASSRTKEGAESML NEMEKHANDPYFLTLISEVNNMPAQMFPYRGYKILNEASCIFSSQIQVHVQTVARRLHHG VKPTLERVVFHPFWNDDCLKNVSLKQEIENYTDLCLSTFQECMRTCGDRIRKCLQLELEK SDTVSCAKDESFMSQCLNDPNCGVIYMIHKMMTEPEHTVSDQSLRELGSAMAERMDKDIF WNCTYTEELLKPLLDNCLENNSGHFDRICMFEPFSLHLAIISREMQRSHPLVEVSWTCVG PDVSRLLNTEDVGTFNIDLNDSNIVVPSENLNYDLVVLDRVLCQKEDMLAYLEAVKKFMR DDGFLLVNEITGFYDLAALLMSTQTVMKKYQNDKSRIHGMFLRHENWLELFQKAKFTIIN YQVDRRLMNTLYLVRKMPSMGRVPHIVDIDDVEQFGWIEQLQKTLETALKTSEDTVWLKS SEIDDNGTIGIALCLREEYSKNKIRSIMISNLDKHADNKYNDADVKKMLPLDLHSNIYRD GVWGSFRHVHLKNDQAFCTEVTEHAFINTLVRGDLNSLTWVSSSNKYWTQESDARQLAYV YYASINFRDVMLASGRLAIDAIPGMFVDRDCLLGMEFSGRLKSGERIMGLLPCQAMATTV IADRNFWWTVPDHWSLEEAATVPVVYTTVFYALIVRGRLRRGEKVLIHSGSGGVGMAAIT VALSYGCEVFTTVGTDEKKEYLKTIFPQLQERHFSNSRTTEFEMHILRETNGKGVDLVLN SLSDEKLHAGVRCLAQHGRFLEIGKFDLANDSKLGMSMFLKNATFHGILLDSLFEEGNHE WMEVAKLLEEGIANGLVKPLPTTIFAHDKVEEAFRFMASGKHKGKVLLKIREEEEARNSP PSVLTVRAAARSYCSPSEVYIITGGLGGFGLELSNPILFRLVLTSRSGVRTGYQARCLYF WRRMGVSVSISMLNIVELDQTERLIKEAQEMGPIGGIFHLAMVLRDCIFENQTVANFVEA AGPKYWGTRNLDTVTRRLCGTELKWFVVFSSISCGRGNAGQTNYGWANSCMERIVEKRIF NNLPGMAIQWGAVGDVGVIIEKIGNNSSVIGGTLPQRISSCLQCLDSFLSWKSGLFGSFI RAEMNSTDKTPGPGDIMQTIAHILGLSDLKQIDMNSRLSDLGLDSLMGVEVKQSLERDFD VILTMKDIRSLTLNQLAEIATNAAVGSEYTPVDKDVDVKSLMAMFRLNFDVNALKPLSPL IKLNTVATGDPVFFVHPIEGVGNALEQLASHINYPAYCMQCTEDVPLVSMQSMAQYYIER MKEVQPLPPYRIVGYSYGANIAFQMATLLQMNSEAGVEPVHTLVMLDSSHKYMSVYRQAY RLAYGVANPDLMNDPLFESEILCAFSQRFAELDYYSMREQLMQLPGWYERVQFTKSKLAS SGFAADLNVIEFA NT seq 5439 nt NT seq  +upstreamnt  +downstreamnt atgaatgagttcgctgagcacctgctgaatggagatgatatgatcacggaagataataga cgctgggaaccaggtttgtatggattaccaagacgacatggtaaagtgaaagaactgaca aagttcgatgcaacgttcttcggtgtacatccaaagcaggcaaacaacatggatccacaa cttcgaattttgctcgaagtagcatttgaagcgatcttggatgcagggattaatcctgtc aaaattcgtggaagtcgtggaggagtatttgttggatgctcagcatcagagactgctgct tatctgaccagagatccagaaacggtgacaggctacagcctaacgggatgcgttcgatcc atgttcgctaatcggctgtcatattttctcgacttcaaaggaccaagcttcgcagttgat actgcgtgctcaagcagtttgttggcactacagttggctgtggatgcaatccgtaagggt gaatgcgactcagccttagtcggtggtgcccacctgactctgacacccacaacagcgctc caattcatgcgacttggcttactctcgcaaaatggcatgtgtcgaacatttgacactgac ggtgaaggatatgtgagaagcgaaggtatcgtagcaatctatttacaaaaggcaagcgct gcgaagcgctgttatgctaccataattcacgccatgagcaatacagacggctacaaagaa caaggcattacgtttccttctggagaacagcagacacagttactgaaaagtgtttacaaa gaagctgcattggatccagccagtgtggtttacgtagaaacacacggaactggcacaaaa gtgggagatccggaagaggcgaacgccttatgcaaagtctactgtgtcaaccgaacggga ccactattagttggttcagttaagtccaacatgggtcacgcagagccagccagcggattg gctgctattgctaaaatattgatcgccatgcaatcaggatatctaccgccaaatcttcat tacaatgtgccaaatccttacatccctggactagtcgacggtcgtttaaaagtagtcgca gaaaagactccatggaacggtggaattgtgggtgtcaattcttttggctttggtggttcc aacactcacatcattctaaagtctcacgaagtcagaaaagtggttgacgggttatacagg tcgaaactgcatcttttgtgtgcctccagtcgtacaaaggagggtgctgaatcgatgctg aatgaaatggaaaagcatgctaatgatccctattttttgactttgatatccgaggtgaat aatatgccagcccagatgttcccttatcgaggatacaaaattctgaacgaagcaagttgt attttcagcagccaaatccaggttcatgttcaaaccgtggcgcgacgtttgcaccacgga gtcaagcccacccttgaacgtgtggtctttcatccattctggaatgacgactgcctgaag aacgtgtcactgaaacaggaaatcgaaaattacacagacctttgcttgtccaccttccaa gaatgtatgagaacatgcggtgatcgaatacggaagtgccttcagttggaattggagaaa tcagatactgtgtcctgtgctaaggatgaaagtttcatgagtcagtgtctgaatgatcca aactgtggtgttatttatatgatccacaagatgatgacggagccagaacatactgttagt gatcagagtctcagagaactcggttctgcaatggctgaaaggatggacaaagatatattt tggaattgcacatatactgaggaacttttgaagccgttgctggacaactgtctggaaaac aattctggtcattttgacagaatatgcatgttcgaaccattcagtctgcatttagccatc attagccgcgaaatgcaacgcagccatcccttggtcgaggtctcatggacttgcgtaggt ccggatgtcagcaggctgttgaacactgaggacgttggaacattcaacatcgacttgaac gactccaacattgttgttccgtcagaaaatttgaactacgatttggtcgtcctggatcgc gttctatgccaaaaggaagatatgctggcatatctggaagcagtcaaaaaattcatgcgt gacgatggtttccttttagtcaacgagatcacaggattctatgacctcgctgcgctgctc atgtcgactcaaacagtgatgaaaaaataccaaaatgacaaatcaaggatacacggcatg tttttacgccacgaaaattggttggagctgttccagaaggccaaattcactattatcaac tatcaagtcgaccgtcgtttgatgaacactttgtacttggtacgcaaaatgccctcgatg ggcagagtaccccatattgttgacatcgatgacgtagaacaattcggatggattgaacag ctgcaaaagacactggaaactgccctcaaaacatctgaagataccgtatggctgaaatcc agtgaaatagatgacaatgggaccattggaattgctctgtgccttcgagaagaatattcc aagaataagatacggagcataatgatttccaatttggataaacatgctgacaataagtac aacgatgctgatgttaagaagatgctgcctttggacctgcattccaacatctaccgcgac ggagtgtggggttccttccgacacgtgcacctcaaaaatgaccaagcattctgtacagag gtaactgaacatgccttcatcaatacactggttcgaggtgatctgaactctctgacgtgg gtatccagttcaaacaaatattggactcaggagtccgatgcgagacagttggcgtatgtc tactatgcgtctatcaattttcgtgatgtcatgctggcctcgggacggttagccatcgat gccatacctggcatgtttgttgaccgagattgcctcttaggaatggaattctcaggaagg ctcaagtcaggagagcgtataatgggcttactgccgtgtcaagctatggcaacaactgta atagctgacaggaacttctggtggaccgttccagaccattggagcttagaagaggcggca acagtacccgttgtttacaccacagtcttttacgccttgattgtccgcggacgtttaaga cgtggcgagaaggtactcatccatagcggcagtggtggtgttggtatggctgccattact gtggcactttcatacggctgtgaagtgttcactactgttggaacagacgagaagaaggaa tatttgaaaaccatctttccgcagttgcaggaacgtcacttcagcaacagtcgaacaact gagttcgaaatgcacatattgcgcgaaaccaatggaaagggtgtggacttggtgctgaat tctttgtcagatgaaaaattgcacgctggcgttcgctgtttggcgcagcatggaagattc ttggaaattggcaaattcgacctggccaatgattccaaactgggaatgtcaatgttcctg aagaacgctaccttccacggtatcttgttggacagtctgttcgaagaaggcaaccacgaa tggatggaggtggccaaactgttggaagaaggcattgcgaatggtttggtgaagccacta ccgacaaccatatttgctcacgacaaagtggaagaggcgttccgtttcatggcctctgga aagcataaaggcaaggtgctactgaaaatccgggaagaggaggaagctagaaattctccg ccctctgtacttacagtacgagctgctgcgagatcctattgttctccttcagaagtgtat attatcaccggaggtcttggtggatttggtcttgagttgtcaaatcccattctatttaga cttgtgttaacgagtcgcagtggagtgaggaccggataccaggccagatgtttgtatttc tggcgtcgtatgggagtcagtgtgtccatatccatgttgaatattgttgaattggatcaa acagagcgattgatcaaggaggctcaagaaatgggtccaatcggtggcatcttccatttg gccatggttcttagagattgcatttttgaaaaccagactgttgccaattttgtcgaagct gccggacccaaatattggggtacccgcaatttggacactgttacgagaagattgtgcggc actgaactgaagtggttcgtcgttttctcttctatttcttgtggacgtggcaatgccggt caaacgaattatggatgggccaattcctgtatggaacgaattgttgaaaaacggattttc aataatcttcccggcatggccattcaatggggcgccgtcggtgacgtcggagttatcatt gaaaaaataggaaacaattcttctgtgattggcggtacgcttcctcaacggataagcagc tgtctgcagtgtttggattcatttttatcatggaagagcggtttgtttggtagcttcatt cgtgccgaaatgaatagcactgacaagactcccggtcccggcgatataatgcagaccata gcccatattcttggattgtcagatttgaagcagatagatatgaattctcggttaagtgat cttggtttggattctctgatgggcgtcgaagtgaaacagagcttggagcgtgattttgac gtcatactgaccatgaaagacattcgtagtttgactctcaaccagttagccgaaattgcc actaatgctgcggtcggcagtgaatacactcctgtagataaagatgtagatgtgaagtcc ctgatggcgatgttcagacttaacttcgatgtgaatgcactgaaacctctgtcaccgtta attaagttgaatacggtggccactggtgatccggtcttctttgttcatcctatcgaaggc gtgggtaatgcactggagcagttggcttcacatataaactatcccgcgtattgtatgcaa tgtactgaggatgttccactggtttcgatgcaatctatggcgcagtattatattgagcgc atgaaagaagttcaaccattgccaccatacagaattgttggatattcctacggagcgaac attgcttttcaaatggccactctgttgcagatgaacagtgaagcaggcgtggaaccagtc catacgctggtcatgctggacagctcgcataagtacatgagcgtctacagacaggcctat cgtctggcttatggagtggcgaatccagacctcatgaacgatccgctgttcgaaagtgaa attctttgcgctttttctcagcgatttgcggagttagactactacagtatgcgtgagcaa ctgatgcagctacccggctggtatgaacgtgtgcagttcaccaagagcaaattggcttcc agtggttttgctgctgacttgaatgtgatcgaattcgct

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