KEGG T00175: CMM188C

Cyanidioschyzon merolae: CMM188C

Entry

CMM188C CDS T00175

Definition

acetyl-CoA carboxylase, multifunctional enzyme, cytoplasmic

Orthology

K11262

acetyl-CoA carboxylase / biotin carboxylase [EC:6.4.1.2 6.3.4.14]

Organism

cme Cyanidioschyzon merolae

Pathway

cme00061	Fatty acid biosynthesis
cme00620	Pyruvate metabolism
cme00640	Propanoate metabolism
cme01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:cme00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:cme00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:cme00061]

SSDB

Motif

Pfam:

Carboxyl_trans ACC_central CPSase_L_D2 CPSase_L_chain Biotin_carb_C ATP-grasp_4 Biotin_lipoyl ATPgrasp_Ter ATP-grasp Biotin_lipoyl_2 ATP-grasp_3 RimK Dala_Dala_lig_C RnfC_N HlyD_2

AA seq 2719 aa
MGDLGEHAPSNGSAKDSVRRYVEEHGGSRPIQRLLVANNGIAAVKCIRSMRRWAYEAFGS
ERALEFVAMATPEDVQANADYIRLADLFVPVPGGSNNHNYANVELIVDIAERNECDAVWA
GWGHASENPLLPARLAETGIAFLGPDAIAMRALGDKISSTLLAQSADVPVVSWNGDDLKV
TFHRERGGIDEERYRRACVANVDEARAAADRIGYPVMIKASEGGGGKGIRLCRRPEDVRD
AFRQVAGEIPGSPIFIMKMVDQARHLEVQIVADEYGHAIALYGRDCSVQRRHQKIIEEGP
VTATPPQVWKELEHGAVRLAKMVGYVGAGTVEYLYDGRRFYFLELNPRLQVEHPVTEWIT
GVNLPAVQLQIAMGIPLQRIAAIQALYGNRPDLDLERHQPNPPHGHVIACRVTAENPEEG
FQPTSGSIQELSFRNTPNVWGYFSVGAWGGVHEYADSQFGHLFAWGADREMARRNMVLAL
KELSIRGDIRTTVEYLITLLELESYRENRIHTRWLDNLIASKVKPERPPFHIAVVLGAVH
QAYRAWSERRRSFVESLSRGQVPQRIDATFIEFQFELIYDELKYALIVRQAGPNAFHVSL
AQHPEERVRVDFRPLLDGGLLIMCDGRSFNTHSKEDSTGMRLSIDGRTCVFPGEMDPTRI
AAQASGRLVRYLVANEEHVDQGQVIAEIEVMKMYLSVQAPEPGTIHLLKPAGAALEPGEV
FAQLDLDDPSKVRRVTPFTGRFPTMLPPQRLGKKPHQRFESAKQQIEALLDGYDVDMEPL
GMLLQLASTEPAVPAGKLQEALSFLAGRIPSTLHAALLGQVFELRSVARDDHERLQQHFR
EMKRMISDFCEQLAIAADREALEATLRPLTSILEAYVRGGLRGYHEHLVVCLMQRYVNTE
KYFAQGRRLDEVLFDLREQHREHLEVVADIMLAHAQLARKNQLMLALLDHIAADASLLRS
VIVRQCLHEVAAFIHPDYSQLALRARLLLASSRRRALPERRERLCKQIEQAVHAPTEEQC
YRLLHAVVESQESILDALVSLTMNPGVPVEIRKAAVQCQILRAYKAYHVYDLVVELDEEL
GFLRALWRFQYRSNLNAFGSHSSMRSFPAALVAASAPLARRQLRSYDSADNLQNWGFRVG
MLVVFETLRAMVQGFDRVLQVFRAETGGETLASPRTKSSAAVDSSADSSAEGIGVNVLTI
AIPWTAVEVADFAKYLGVADADDRLQASNANDSEQVVALLTRFCRSSAERKASMRAAGIK
LVTFLVAPGELCQRTLGSSLPRESTYPGFYTLRASLEYAEDPIYRHIDPPAAFQLELNRL
ANFRITRFEHPNRSIHVFYAEDRTDKGDARFFVRAFVRQAEVYASPSDTAAVSIPEAERT
FVACLDALETARCDRRFRRTDFNHLFLHLIPRVSIDVDDVEAICTRLFYRFSSRCWRLRV
FMVEIKVHVEKMGPKPLRFILYNPTGHSLRVEGYVEQGDRLLSLDSSDPGHLHGTPVDEP
YQVLNRIQRRRVVAQTLETTYVYDYQELFTKALHEQWRRYSQERLLGGFRRHKIPLKLLT
CTELVLQDEDHDESELIETNRPAGENEIGMVAWRYTFFTPEYPQGRDAIVIANDITYLSG
SFGPREDRLFAKASQQARKLGIPRIYIAANSGARIGLAEELRNVFQVQWKDAHDPSRGFD
YLYLGLADKLKYEDELGIVRTRDVGGGKYALVDIYGAEDGIGVENLMGSACIAAETSAAY
NDCFTITYVAARCVGIGAYLVRLGQRVIQREHNAPIILTGYSALNKLLGREVYTSHEQLG
GTKIMYPNGVTHLRVSNDYEGVRAILDWLAFVPRMQGERPPMIDSIDAVVREVDYDPRVA
NEDIRYAIEGKWVGPFAPDGASVVSSSGSSVSSNGPVATGASAGLPPVNMESVGGEVRYR
SRSRTASYAGANAATAAAPGASSLATSGAALANATGRAAARVSLVSTKPATGVEEVPAAL
PSGSSSLALRSTAVAAPVPQERAKTDADADADADADALEATGTARGADTSGAGAHASPDT
RQPPTLDALKTARFAPAPAALPTTGLRSPPQSPGSVSAYSPLESGSPLEPSLDEDHIAFT
DTDRMRIGSPLVHATDAWDTSNSVHSSSATTMAAGAVRGSRLFTASSSTSAAAGASASNS
SNNGSSNANTNTMNNAGSSVASAGAPLNTTGSINTNTNANANTNNILGSGGVGATASLTA
WSGNLPPLPYVPNTLMVVDNQGYVFLAGLFDRHSFRETLAGWAKSVVVGRARLGGIPVGV
IATQTVTTEKVIPPDPAAPDSRELREQQAGQVWYPDSSFKTAQSIRDFDREGLPLFVLAS
WRGFSGGAHDMFQEILKFGSEIVDALREYSKPVFVYIPPGGELRGGAWVVLDTAINPRFI
EMYADESARGGVLEPAGTVDIKFRTRDLLKTMQRLLPSSRRDESDSSASDVVGMLSLDAS
SSSAAATAATTTTTTTTTTTAGTAGTSSSTAGRSESRVTKSTADGLPAFEADGRSSLEQT
LLPIFQQIAMTFADLHDTAGRMQHKRAIRRVVPWRTSRTFFYWRLRRRLAEEELRSRVSQ
ADPQLSDAEIDALLRKWARAHDPALDGDIYELDDPRVVQWLEDELDSQLERRLHKLREAR
ATWQAVELGNTAPEALLAAIERILVQMDEVGRNEWLRTLSARLENTSSGLGDLEAPSSGE
QAAPRRVLSGRGLLRRFLG

NT seq 8157 nt +upstreamnt +downstreamnt
atgggggatttgggtgaacatgcaccgtcgaatggctccgcaaaggatagcgttcggcgc
tatgttgaggaacacggcggtagtagaccaattcagcgcttattggtcgcaaacaacgga
atcgccgccgtaaagtgcatccgatcaatgcgaagatgggcatacgaagcgtttggtagt
gaacgagcgctggagtttgtagcaatggccactcccgaggatgttcaagccaacgccgac
tacattcgcctcgctgacctcttcgttcccgtacctgggggaagcaacaaccacaactac
gccaacgtggagctcatcgtcgacatcgcggaaaggaacgagtgcgatgcagtatgggcg
ggttggggtcacgccagcgagaacccgctgctgcccgctcgccttgcggagactggtatc
gcattcctgggaccggatgccattgccatgagggcgctcggcgacaagatttcgtcaacg
ttgttagctcagtctgcggatgttccagtcgtcagctggaacggtgatgacttgaaggta
acttttcaccgcgagcgcggcggtattgatgaagaacgctatcgccgtgcctgcgttgcg
aatgtcgacgaggctcgcgctgctgccgatcgtattggctacccagtgatgattaaagcc
agcgaaggaggcggtggcaaaggcatccgtctttgccgtcgaccagaggatgttcgagat
gcctttcgtcaggtcgccggagagattcctggctctccgatcttcatcatgaaaatggtg
gatcaagcgcgacacctggaagtgcagattgttgccgatgaatacgggcacgcgatagcg
ctatatgggcgtgactgctccgtgcagagacggcatcaaaagatcatcgaggaagggcca
gttacggcaacgccaccgcaggtttggaaagagctcgaacatggagcggtgcgtcttgcc
aaaatggtcggttacgtaggtgccggcactgttgagtatctctacgacggtcgacgtttc
tatttcctggaactgaatccgcgcttgcaggtggagcacccagtaaccgagtggatcact
ggcgtgaacctgcctgcagtccagctgcagattgccatggggattccgctccagcgtatt
gcagctatccaagcactttacggcaatagaccggacctggatctcgagcgacaccagccg
aacccgccgcatggccacgtaatcgcctgccgcgttaccgcagaaaatcccgaggaagga
ttccagccgacaagcggctccattcaggagctttcgtttcgaaatacgcccaatgtgtgg
ggctatttcagcgtcggcgcctggggtggtgtccacgagtacgctgactcgcaattcggg
cacctttttgcctggggtgcggatcgcgagatggcccggaggaatatggtgctggcactg
aaagagctcagcatccgcggagatatccgcacaacggtggagtatcttattacgttgctg
gagctcgaatcgtatcgcgaaaatcgcatccatacccgttggctggacaacctcattgcc
tccaaagtgaaaccagagcgaccgccgttccatatcgctgttgtgcttggtgcagtccat
caggcgtacagagcctggtctgagcgccggcgatcttttgttgagtcgctgagtcgcggt
caagtgccgcagcgtattgacgctaccttcatagaatttcagttcgagctgatctacgat
gagctcaagtacgcgctcatcgtcaggcaagcgggtccgaatgccttccacgtctcccta
gcacagcatcccgaggaacgggtgcgtgttgatttccgacctctgctggacggtggtctc
ttgatcatgtgcgatggtcgctccttcaatactcactccaaggaggattccactggcatg
cgtctgagcatcgacgggcgaacctgtgtgttcccaggcgaaatggaccctacgcgcatt
gcagcacaggcctcggggcgtctcgtccgatacctggttgccaacgaggaacacgtcgat
cagggacaagtcattgcggagattgaagtcatgaaaatgtatctgagcgtgcaggctccc
gaaccgggcaccattcacttgctgaaaccagcgggagcggccctggagccaggcgaagtt
tttgcgcagctcgatctcgacgatccgagcaaagttcgacgggtgacgccatttactggg
cgctttccgacaatgctgcctccacagcgactgggaaagaaaccgcaccagcgctttgag
agcgcgaaacagcagatcgaagcgctcctggacggctacgatgttgatatggagccgctc
ggcatgcttctgcagctggcgagcaccgaaccggcagtaccggccgggaaactgcaggag
gcgctctctttcctagccggtcgtattccgtcgacgttgcatgccgcccttctaggacaa
gttttcgaactgcgttccgttgctcgtgatgatcacgagcgcctccaacagcatttccgc
gaaatgaagcgcatgatcagcgatttctgcgagcaacttgccatcgcagcggaccgcgag
gcgctggaggctaccctgcgccccctgaccagtatcctggaggcgtatgttcgcgggggc
cttcgcggctaccacgagcatctcgttgtatgcctcatgcaacgctatgtgaatacggag
aagtattttgcgcaaggtcggcggctcgatgaggttctattcgatctgcgcgaacaacac
cgcgagcacttggaagttgttgcggatatcatgctcgcacatgcccagttagcgcgaaag
aaccaactgatgctcgctttgctcgatcacatagccgcggatgcatcgcttctgcgcagt
gtcattgtccggcagtgccttcacgaggtggctgcgttcatccaccccgactatagccaa
ctggcgctgcgagcaagactcttgctggcgagttctcgtcgccgagcgctccccgaacgt
cgagagcgcctctgcaagcagatcgaacaggctgtacatgcgcccactgaagaacaatgc
tatcgtctgttgcacgcggtggtcgagtcccaggaaagcatcctggatgcgctggtgagc
ctaaccatgaacccgggggtgccggtggagattcgcaaagccgctgtccagtgccagatc
ctgcgggcctacaaagcgtaccacgtgtacgatctggttgtcgaacttgacgaggaactg
ggtttcctgcgggcgttgtggcgtttccagtatcgttcaaacctgaacgcttttggtagt
cattccagtatgcggtcgtttccggcggcattggtggcggcgtcggctccgctagcccgc
cggcagctgcgtagctacgactctgcggacaatttgcagaactggggctttcgagtcggt
atgttggtcgtctttgagacgctgcgggcgatggtgcagggtttcgatcgtgtgctccag
gtttttcgagcggaaaccggcggcgaaacgctggcttcgcctcgtaccaagtcgagcgcc
gcagtcgattccagtgcagactccagtgctgaaggtattggtgtcaatgtactgaccatc
gccattccctggacggccgtggaggtcgctgattttgcgaaatacctgggcgttgcagac
gcggacgaccgtctgcaggcaagtaatgcgaacgactcggagcaggttgtcgccctgctc
acgcgtttctgtcgctcttccgcggagcgcaaagcctcgatgcgcgctgccggtatcaaa
cttgtgacctttttggtggcacccggtgaactgtgccagcgcacgctgggctccagtctg
cctcgtgaaagcacttatccgggtttctatacgttgcgggcatcgctcgagtacgccgag
gatcccatttatcgccacattgatccaccagcggctttccagctggagctgaatcgattg
gcgaactttcgtatcacccgctttgaacatccgaaccgctccattcacgtcttctacgcg
gaagatcgaaccgacaagggcgacgctcgcttcttcgtgcgcgcttttgtacggcaagcg
gaagtctacgccagtcccagcgatacagcagcggtttcgatcccggaagcggagaggact
tttgtggcctgtctggatgccttggaaaccgcccgttgtgataggcgcttccgacgaacg
gactttaatcatctcttcttgcacctgattccccgggtctccatcgatgtggatgacgtc
gaggcgatctgtacgcgcctcttttatcggttctcctcacgttgctggcgtttgcgcgtg
ttcatggtagagatcaaagtccatgtggaaaaaatgggcccgaaaccgcttcgatttatt
ctctataatccaaccggacactcgttacgcgttgaaggctacgtggaacagggagatcgt
ctcctgtcgttggattccagcgatccgggtcatttacatggtacacccgtcgatgagccg
taccaggtactgaaccgtatccagcgccggcgagttgttgcccagacgctcgaaacaact
tacgtctacgattaccaggagcttttcaccaaagcactccatgagcagtggcggcgttat
tcgcaggaacgacttttgggaggatttcgccgccacaagataccgctgaaactgctgacc
tgcacggagctcgttctccaggatgaagatcatgacgagagcgagctgatagagaccaac
cgccccgccggggagaatgaaatcggtatggtcgcctggcgctacaccttcttcacgccc
gagtatccccagggtcgcgatgcgatcgtcattgccaacgatatcacgtacctgagtgga
tcgtttggacctcgagaggatcgcctctttgccaaggcgtctcagcaggcgagaaagctc
ggtataccgcgcatctacatcgctgcgaatagcggagcccgaatcggcctcgcggaagaa
ctgcgcaacgtcttccaagttcagtggaaggatgcacatgacccgagccgaggcttcgac
tacctctacctgggactggcggataagctcaagtacgaggatgaactcggcatcgtgcga
acgcgagacgtcggcggcggcaagtacgctctagttgatatctatggcgctgaggatggc
attggtgtcgagaacctcatgggttcagcgtgcatcgctgccgagacctcagccgcctac
aatgactgcttcaccatcacgtacgtcgcagcgcgctgtgtggggatcggtgcgtacctc
gtgcgcctggggcagcgcgttatccagcgcgagcacaatgcaccgatcatcctcactggc
tactcagcgctgaataagcttctgggtcgcgaagtctacaccagccacgaacagctgggc
ggtacgaagatcatgtatccgaacggggttacccatctgcgcgtatccaatgactacgag
ggtgttcgggcaattctggactggctcgcttttgtgcctcgtatgcaaggggaacgacct
ccgatgatcgactccatcgatgctgtggtacgcgaagtcgactacgatccacgagtggct
aacgaggatattcgatacgccattgaaggcaagtgggtcggacccttcgctcccgacggg
gcaagtgtggtctcgtcgtcgggctcgtcggtgtcgtccaatggtccggttgcgacaggt
gcgagcgctggactgccgcccgtcaacatggagagtgtcggcggtgaagttcggtatcgt
tcgcggtcgcggacggcttcgtatgcgggtgcgaatgcagcaacagcagcagcaccagga
gcaagtagcttggcgacctctggagcggcacttgcgaatgctacgggacgagcagcggct
cgggtgagcctcgtatcgaccaagcctgcaaccggtgtcgaggaggttcccgcggcgttg
ccttcgggttcgagttcactggcgctccgctcgaccgctgtcgctgcgcctgtacctcag
gagagagcaaagacggatgcggatgcggatgcggatgcggatgcggatgccttggaggcc
actggaactgcccgaggcgcagataccagcggtgctggggcgcacgcaagccctgacacc
cggcagccgcccacactggatgccctgaagactgcgaggtttgcaccagcgcccgctgca
ttgccgacgacaggtttacgctcgccaccacagtccccgggttctgtttctgcgtatagc
ccgttggagagtggctctccattggagccgtcccttgacgaggatcacatcgctttcacg
gacaccgatcggatgcggatcgggtcgcctttggtacacgcgaccgacgcctgggatacg
agcaacagcgttcactcgagtagcgcgacgacgatggctgcaggtgccgtccggggctcg
cgactgttcactgcgtcatcgagtacgtcggcggctgcgggagcaagcgccagcaatagc
agcaacaacggtagcagcaatgcgaatacgaataccatgaacaatgctgggagtagcgtg
gcatcggcaggcgcaccgctcaacaccaccggtagcatcaataccaataccaatgccaat
gccaataccaacaatatcttgggtagcggtggtgttggtgcgacagcttcgctgaccgct
tggagcggtaaccttccgccgctaccgtacgttccaaatacgctcatggtggtggacaac
caagggtacgtgttcctggcaggcctcttcgaccgtcactcgtttcgagagacgctcgct
ggctgggcgaagtccgttgtggttggtagagcacgccttggtggtatccccgtgggcgtt
attgcgacacagacggtgaccacagagaaggttattcccccggatccagcggcgccagac
tcgcgtgagcttcgtgaacagcaggccggtcaagtctggtatccagattcatccttcaag
actgcccaaagtattcgtgattttgatcgcgagggtttgcctctgtttgttctggccagc
tggcgcggtttctctggcggagcacacgacatgttccaggaaatactcaagtttggttca
gagatcgttgacgcgcttcgcgagtactcgaaacccgtctttgtgtacataccaccggga
ggcgagcttcgaggcggtgcctgggtcgtcctcgataccgccatcaatccccgctttatc
gaaatgtacgccgatgaaagtgcacgtggtggtgtgctcgaacctgccggtaccgtggat
atcaagttccgcaccagagatttgctgaagaccatgcagcgcctgctaccatcgtctaga
cgtgatgagagcgattcgagtgcgtccgacgttgtcggcatgctgtctttggacgcatca
tcatcatcagcagcagcaacagcagcaacaacaacaacaacaacaacaacaacaacaaca
gcaggtaccgctgggacgtcctcttcgactgctgggcgtagcgagtcgcgggtcacaaag
tcaacggcggacggcttgccagccttcgaggcagacggtcggagttcgctcgagcaaaca
ctcttgcccatctttcagcagatagccatgacgtttgcggatctgcacgatacagcgggt
cggatgcaacataagcgcgcgattcgccgagtggtaccctggcgaacaagtcgcacgttt
ttctactggcgccttcgacgtcggctcgccgaggaggaactgcggagtcgcgtttcacaa
gcggatccgcaactcagcgacgcggagatcgatgcgctgctgcggaaatgggcaagagca
catgaccccgctctggacggtgatatttacgaacttgatgatcctcgtgtcgtgcaatgg
ctcgaggacgaattggatagccagttggagcggcgtttgcacaaactccgcgaagcacgc
gccacctggcaagctgtggaactggggaatacagcacccgaggcgttgcttgcggcaatt
gagcgtattctcgtacaaatggatgaagttggtcgcaacgaatggttacgaacgcttagt
gcgcgactcgagaacacctcatccggtttgggtgatctcgaggcgcccagctcgggtgag
caggccgcaccacgacgtgtcttgtcgggtcgtggtctgctgcgacgcttcctcggg

All links

Pathway (4)   
   KEGG PATHWAY (4)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (5)   
   KEGG ENZYME (2)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (2)   
   KEGG ORTHOLOGY (1)   
   OC (1)   
Protein domain (15)   
   Pfam (15)   
All databases (35)   

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