Cryptococcus deneoformans B-3501A: CNBJ2710 Help Entry CNBJ2710          CDS       T01040                                  Name (RefSeq) hypothetical protein   KO K01648   ATP citrate (pro-S)-lyase [EC:2.3.3.8] Organism cnb  Cryptococcus deneoformans B-3501A Pathway cnb00020   Citrate cycle (TCA cycle) cnb01100   Metabolic pathways cnb01110   Biosynthesis of secondary metabolites Brite KEGG Orthology (KO) [BR:cnb00001]  09100 Metabolism   09101 Carbohydrate metabolism    00020 Citrate cycle (TCA cycle)     CNBJ2710  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:cnb04147]     CNBJ2710 Enzymes [BR:cnb01000]  2. Transferases   2.3  Acyltransferases    2.3.3  Acyl groups converted into alkyl groups on transfer     2.3.3.8  ATP citrate synthase      CNBJ2710 Exosome [BR:cnb04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    CNBJ2710   Exosomal proteins of bladder cancer cells    CNBJ2710   Exosomal proteins of melanoma cells    CNBJ2710 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Citrate_bind Citrate_synth_N Ligase_CoA Citrate_synt CoA_binding Succ_CoA_lig ATP-grasp_2 Motif Other DBs NCBI-GeneID:  4938614 NCBI-ProteinID:  XP_772995 LinkDB All DBs Position 10:854892..858737 Genome browser AA seq 1149 aa AA seqDB search MSTKAIREYDAKQLVSYWLNRSPTPIPCKTDTSFTAVQVAQVQWDPATKQLSPPIKPGQG LPDWVFSSKLVGKPDQLIKRRGKAGLLCLNKGWEETGAWIEEKAGKPVTVEKTTGTLNTF IIEPFCPHPAETEYYVCINSAREGDWILFTHEGGVDVGDVDAKALKLLIAVGEEFPTRET IISTLLANVAPAKQDVLCDFLIRLYGVYVDLHFAYLEINPLVCLDAVDGKPAEIQYLDMA AKLDQTADFLCGPMWAVARDVSSTTTGATGIKADRGPAMVWPAPFGRDLTKEEAYIQKLD ASTGASLKLTVLNSEGRVWTMVAGGGASVVYSDAIAAAGFAHELANYGEYSGAPTEGQTY EYAKTIVDLMTRGTPHPEGKVLIIGGGAANFSDVAATFKGIIRALKEYKEGLVRHSVKIW VRRAGPNYQEGLKAMRLCGESLGVFMKVYGPESPITAIVPMALGIERPPTAITRDVTPIP SAPVTPPNGAASGIANMANNVGAVKADGSREQPNDQIVRFDTEPISGTRPWFRPFDEHTR SFVFGLQPRAIQGMLDFDFSCGRKVPSVAAMIYPFGGHHIQKFYWGTKETLLPVYTSVGE AIKKHPDVDVVVNFASSRSVYASTLEILSFPQIKAIGIIAEGVPERHARELLHLALKKQV IIIGPATVGGIKPGCFRIGNTGGMMDNLIACKLYRPGSVGYVSKSGGMSNELNNILSYTT NGVYEGVAIGGDRYPGTSFIDHLLRYEADPECKMLLLLGEVGGTEEYRVIEAVKKGIIKK PIIAWAIGTCAKMFTSEVQFGHAGSMANSDMETADAKNRAMRAAGFIVPDTFEDLPDTLK AVYNQLVTKGAIVPKAEIEPPQIPMDYQWASKLGLIRKPAAFISTISDERGQELMYAGMR ISDVFKEEIGIGGVISLLWFKRRLPAYACKFIEMVLQLTADHGPAVSGAMNTIITARAGK DLISSLVAGLLTIGDRFGGALDGAAAEFSNGLTSGQTPREFVDSMRKANKLIPGIGHKIK SKTNPDLRVVLVVDFVRKHFPNHKTLDFALAVEDVTTQKSGSLILNVDGAIAASFCDLVS GCGAFTEEEAQEYLKNGTLNGLFVLGRSIGFIGHYLDQRLLKQPLYRHPHDDIFYPSVER VVVQPGKKA NT seq 3450 nt NT seq  +upstreamnt  +downstreamnt atgtccaccaaggctatccgcgagtacgacgccaagcagctcgtctcttactggcttaac cgctctcccactcctattccctgcaagacagacacttcttttaccgctgtccaggttgcc caggtgcaatgggatcctgccaccaagcagctctctccgcccatcaagcccggacaaggt ctccccgactgggtcttctcctccaagctcgtcggcaagcccgatcagcttatcaagcga cgtggaaaagctggtctcctttgcctcaacaagggctgggaggagactggcgcttggatc gaggagaaggctggcaagcccgtgaccgttgagaagaccaccggtactcttaacaccttc atcattgagcctttctgccctcaccctgcggagaccgagtactacgtctgtatcaactct gctagggaaggtgactggatcctcttcactcacgagggtggtgtggacgttggagatgtc gatgctaaggcgctcaagttgctcatcgccgttggggaggagttccctactcgcgagacc atcatcagtaccctcctcgccaacgtcgctcctgccaagcaggatgttctctgcgacttc ttgatcaggctctacggtgtctacgttgacttgcacttcgcctatctcgagatcaaccct cttgtctgcctcgatgctgttgacggcaagcctgccgagattcaatatctcgacatggct gccaagcttgatcagactgctgatttcctctgtggtcctatgtgggctgttgctcgtgac gtctcttccactactaccggtgccactggcatcaaggccgaccgtgggcccgccatggtc tggcccgctccgttcggtcgtgacttgaccaaggaagaggcttacatccagaagctcgac gcctctaccggtgcttctctcaagctcactgtccttaattctgagggtcgagtttggacc atggttgccggtggtggtgcctccgttgtctactccgacgccattgccgctgctggtttc gcccatgagctcgccaactacggtgaatactctggtgcccctaccgaaggtcagacctac gagtacgctaagaccatcgtcgaccttatgacccgaggcactcctcaccccgaaggtaag gtcctcatcatcggtggtggtgctgccaacttctccgacgttgctgccactttcaagggt atcatccgagcccttaaggagtacaaggagggtctcgttcgacacagcgtcaagatctgg gtgcgacgtgctggtcctaactatcaggagggtctcaaggctatgcgtctctgcggtgaa tctcttggtgtcttcatgaaagtctacggccccgagtctcctatcactgccatcgtcccc atggctctcggtattgagcgacctcctaccgccatcacccgtgacgttactcctatcccc tctgcccccgtcactccccctaacggtgctgcctctggcattgccaacatggccaacaac gttggtgctgtcaaggctgacggcagccgggagcagcccaacgaccagatcgtcaggttc gacactgagcccatctctggcactcgaccttggttccgacctttcgacgagcacactagg tctttcgtcttcggtctccaaccccgtgccatccaaggcatgctcgactttgacttctct tgtggtcgaaaggttccttccgtcgccgctatgatctaccccttcggtggccaccacatt cagaagttctactggggtaccaaggaaactctccttcccgtctacacttccgtcggtgag gccatcaagaagcaccctgacgttgacgtcgttgtcaacttcgcatcttcccgatccgtc tacgcttctaccctcgagatcctctctttccctcagatcaaggccatcggtatcattgcc gagggtgttcctgagaggcacgctcgtgagctcctccaccttgccctcaagaagcaggtc atcatcatcggccctgctaccgtcggtggtatcaagcctggatgcttcaggattggtaac actggtggtatgatggacaacctcattgcctgcaagctttaccgacctggttccgttggc tacgtctccaagtctggtggtatgtccaacgagctcaacaacatcctctcgtacaccacc aacggcgtctacgagggtgttgccatcggtggtgaccgataccccggcacttccttcatc gaccaccttctccgatacgaggccgaccccgagtgcaagatgctccttctcttgggtgaa gttggtggtactgaagagtaccgagtcatcgaggctgtcaagaagggtatcatcaagaag cccatcattgcctgggccatcggtacttgtgccaagatgttcacctctgaggtgcagttc ggtcacgccggttcaatggctaactccgacatggagactgccgacgccaagaacagggcc atgagggctgctggctttatcgttcctgacacttttgaggacctccccgacactctcaag gctgtgtacaaccagctcgtcaccaagggtgccattgttcccaaggcggagattgagcct cctcagattcccatggactatcagtgggcgtctaaacttggtctcatcaggaagcccgcc gctttcatctctaccatctccgacgagcgaggccaagagctcatgtacgctggtatgcga atctccgacgtcttcaaggaggagattggtatcggtggtgtcatctctctcctttggttt aagcgacgactccccgcctacgcttgcaaattcatcgagatggttcttcagcttaccgcc gaccacggtcctgccgtctccggtgcaatgaacactatcatcactgctcgtgccggcaag gacctcatctcctctcttgttgctggtctcttgaccattggtgacagattcggcggtgct cttgatggtgccgctgccgagttctctaacggtcttacctctggtcagactcctcgagag ttcgttgattctatgcgaaaggccaacaagctcattcctggtatcggccacaagatcaag agcaagaccaaccctgacttgcgtgttgttctcgttgttgacttcgtcaggaagcacttc cccaaccacaaaaccctcgacttcgcccttgctgttgaggatgtcaccacccagaaatcc ggttctcttatcttgaacgtcgacggtgccatcgccgcttccttctgtgatttggtcagc ggatgcggtgccttcaccgaggaagaggctcaggaataccttaagaacggtaccctcaac ggtctcttcgttttgggtaggagtatcggtttcattggtcactaccttgaccagaggttg ctcaagcagcccctttacaggcaccctcacgacgacatcttctacccctctgttgagcgt gttgttgttcaacccggcaagaaggcctaa

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