KEGG T00168: cgd8

Cryptosporidium parvum: cgd8_3680

Entry

cgd8_3680 CDS T00168

Definition

acetyl-CoA carboxylase like biotin dependent carboxylase involved in fatty acid biosynthesis

Orthology

K11262

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

Organism

cpv Cryptosporidium parvum

Pathway

cpv00061	Fatty acid biosynthesis
cpv00620	Pyruvate metabolism
cpv00640	Propanoate metabolism
cpv01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:cpv00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:cpv00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:cpv00061]

SSDB

Motif

Pfam:

Carboxyl_trans CPSase_L_D2 ACC_central CPSase_L_chain Biotin_carb_C ATP-grasp_4 Biotin_lipoyl Dala_Dala_lig_C ATP-grasp

Other DBs

NCBI-GI:

NCBI-GeneID:

ApiDB_CryptoDB:

UniProt:

Position

AA seq 2733 aa
LGLLELLKMKKEEENLPIYSSLEEFIEINGGVNLIKKILVATSGQAAIKCIRSMRHWAYV
TFGNEKAFEFVVMATPEDIQSNSESVSEADYYVDIPMGPNYHNYANIEVIVSIAEEHECD
AVWPGWGHASENPELPKALLRARRKIIWIGPSAESMETVGQKIQSNIIAQSVQVPCVPWS
GDGISVSVDRDGRFTGIVSDEQLQAACVNSTQECIDVCKRIGFPVMIKASSGGGGKGIRL
CSSMEDLESNYRQVINEVKGSQVFVMRAVNKCRHLEVQVLGDKYGDVFALSTRDCTIQRR
HQKVIEEGPVTIVSQEIVKELELSAERMCKAVGYSSAGTVEFLYDIERSCIAFLEVNARL
QVEHVVSEGVANCNIPAAQLQIAMGIPLKKIRDIEEYRKLRKQGNAPPRHIIAARITSEH
AEKGFTPTCGDVFEISFRSSQTVWGYFSVASPGHIHQYSDSQFGHIFAFGMNREEARKHL
IMGLKGLTIRGEIRTNVEAVCRILENQDFITGNTYTQWLEHSVYFSSPLTKKVTMQYLNA
VFAAACFTGLRYFKESEDTFVRMLEQGQAPTSINIQYEMTLVHKGMKFICESHFIGPEHV
RIMLNGSSVTAKVRNIYPPSMQNGRDSCYLISGGFDGRNRKVFFKKDAEDNLLVTFDGTT
YTFLKEQDPRQVRAPVSGKLVRWLIQNGGQGEKGQAYVEIEIMKTYMQLTLSHSGVLEHA
KPQGASFNVGDILAMLELPSEFIPPALELYPLPFPKIGGVKSPKLALETFCSGGFRGGPR
MVALANFREGKQQLLNALNGFFPAFEDVRSALGMFYHVLDPIMPFIELQEACEVATPLIK
VTVRRKISDLIEDVFQTFEQLSKNSWYEQFDRQLSAFISNNSCFESDVMSDQCLNSFEDN
DDIEDEGQPPKVLQDKRLSSDGSEMPSMLLSNKADELDPKNASFAQNKKELAKEIFVNEA
EQKKSFENFLGTNIYLKNHSKNIRSASDLEIYILDCLKIVSDIIEESIQDSDNENISVDE
FVAIRNQYDPLIHIIRRNEKGRWMRLMYELHEIILKYIEIEKLFEERSSLVPARIIPSLR
TEYELPELMQMGRSHQQLRVKNEIMEEIAKEMANNPSLLQCTAPFRDTIHQIAELTSTEY
TKVAGAFRYVLLMKENVTTTTQIQSVTKKIFEYSQLISLAQTHGQHLISIANTPSSPLQY
PINATPSLSTWSGIPNLGNSQQTSLSNIIADFTNFPDFTLLACIGHPNPIIGKLAFEIYI
RRHYERCGLSFYAIKSRGEAWDSSVDISTVGNSSMLMTSCPDLKGAVPLRGEIQNFNNIL
GVWTHNALTTSSFFQNQCDPLRSNTLNIPAIQNNVDQYNQNENNSKGRTLSILESNNTSK
NMSSKCHVKGAIHIENSRWKSMLNAFSGQSLSSIADDLLEESLPIQTSIGLYFESISDFQ
DRFEQCVDELKILHGFFPQISSSVDSIVMLVILSSFSNGEITTESEVASINDENDSSSIE
TQSNSRDIIEILKGTINKHQEKLSNNNIHMISFTIAPYSDQNKPESLSASLVYLKTPVHY
HFRSKKGIPIYKYNSQDLESNLSLQDSLMNQAESVEMEDLENNYFIEEPFIRNIPSTLLS
TLELKRLRYFTIKSIPTSISGINLYVGTPRELCSGYSVIGKRKEAENKENNSSLKNGNSN
ISKSHESDSGKNVKLSESNTSEKPNYSGPQTKRISTKEMEGENLTNKSNKTLSAKPVTSK
ISGYNKQRRYFIRVLVQHECSELYFEEQERYFIAALSTLESWLSFDQNYSNTSSSTVSRG
HTGLNHLLFTSVGVLNDKNSGYITTSMAEEAARTLVQRYSQRIQQSSLQTMEFRYIQRSV
YQKDSNNVVVPVRFVVDNPTGQAIRLRSFVEIKNPTTSGGKVFAAIDSKQSFLNFVSTSR
SDKTFSLPGLQQSKSLKEISNLNKGSKILTINENMVPNLALYQHEHIYDGKPLDIPHPLI
GKIDQKRYQAAELNTVYIYDFLDLFEEAIKSLWNKCPKYFVTTPSSVSLSKSNIKSARAN
GSTTAGISTNCESGFEQSSGKTAFLPNKLLEYVELDINKDSGELECVSREPGNNTCGMVA
WCITMHTPEYPKGRRVILIGNDITYQMGTFGIQEDLLFQRASEYARSLGIPRIFIAANSG
ARMGLATEVQKCMKVEFVDPENPVKGYKYLYVTEEDYNKFDLQNSINYEVIDHPKDGKIY
KITDVIGSQLGLGVENLSGSGGIAGETSKASKSIMTITYATTRTVGIGAYLARLGHRVIQ
KAHGAPIVLTGYQALNKVASKEIYSSNDELGGTEIMAKNGVTHLVVKDDLEGCVEILKWL
SYVPECVGGRLPIMVDPTDPIYRNITYSCNSNTEDPRLMLTGCVDSRGRWLSGLCDKDSF
KEVMSDWAKSVIVGRGRIGGIPVGFILVETRVTEYIQPADPVMPHTSELRVTRAGQIWFP
DSAYKTAQAIRDFNMEELPLIILANWRGFSGGQKDMFDQVLKFGSYVVDELVNYKQPCFV
YIPPKGELRGGAWVVVDSNINPEFIEMYADPTARGSVLEAAGIVEIKFRSKALKEWMMRL
DPELLSLQEKDQLLHLKGYPIDSSERSSIKEKINKRCSLLHSVYHAAAIHFADLHDTSNR
MKAKQAIHDIVQWKNARVFFIHRIKRQLLLFSLRSEISQKLGISLTDSQNVVFQWAIQDG
IDPNNNTQFIQWICHSANIIEQRISQLSSSDIR

NT seq 8202 nt +upstreamnt +downstreamnt
ctaggcttgctcgaattgctcaaaatgaagaaggaagaggaaaaccttccaatttattcc
tcactagaggaatttatagaaattaatggaggcgttaaccttattaaaaaaattctagtg
gccacaagcggacaagcagcaataaagtgtataagatctatgaggcattgggcatatgtt
acatttgggaatgaaaaagcttttgaatttgtagtaatggcgacgcctgaagatatccaa
agcaactcagaatctgtgagcgaagctgattattatgttgatataccgatgggcccaaac
tatcataactatgcaaatattgaagtaatcgtttcaatagcagaagaacatgagtgcgat
gctgtctggccaggatggggtcatgcctctgaaaacccagagcttccaaaagctctttta
agagctagaagaaagattatttggattggtccttcagcagaatcaatggaaactgtaggg
caaaaaatccaatcaaatattattgctcaatccgtacaggttccgtgtgttccttggtca
ggagatggaatttctgttagtgtagatagggatgggcgcttcacaggtattgtttctgat
gagcaacttcaagcagcgtgcgtcaatagcactcaagaatgtattgacgtttgtaagcga
attggatttcctgttatgatcaaggctagctcaggaggtggagggaaaggtatccgactt
tgcagttccatggaagacctagaatcaaattacagacaagttataaatgaagttaaaggt
agccaagtatttgttatgcgagcagttaataagtgtaggcacctagaggttcaagtacta
ggagacaaatatggtgacgtgttcgcattgagcacaagagattgcacaatacagaggcgt
caccaaaaggttatagaggaagggccagttacaattgtgagtcaagagattgttaaggaa
ttggagttatctgcagagaggatgtgcaaagctgtgggttattcatctgcaggaactgtt
gaatttctatatgatattgaacgttcatgtatagcttttctagaagttaatgccagatta
caagttgaacatgttgtttctgagggagtagctaactgcaatatacccgcagcacagtta
caaattgctatgggaattccattgaagaaaattcgtgatattgaagaatatagaaagcta
agaaagcaggggaatgcgcctccaaggcatattatcgcagcaagaataacatctgaacat
gctgagaaaggatttactccaacatgtggagacgtgtttgaaatttcttttagatcttcg
caaacagtatggggatacttttcagttgcttctccaggtcatatccatcaatactccgat
tctcaattcggacacatttttgcttttggaatgaatagagaagaagcaagaaaacattta
atcatgggtttgaagggcttaaccatcagaggtgagattagaacaaatgttgaagcagtt
tgtagaatattagaaaatcaagatttcattacaggcaacacatatacacaatggctagaa
cacagtgtctatttctcttcaccgttaactaaaaaagttacaatgcagtatttgaatgca
gtatttgcagctgcatgtttcactgggctcagatacttcaaagaaagtgaggatacattt
gtgaggatgcttgagcaaggacaagctccaaccagtatcaatattcagtatgaaatgact
ctagttcacaaggggatgaagtttatatgtgagagccactttattggtcctgaacacgtc
agaattatgttgaatggtagttctgttacagcgaaggtgcgtaatatttatccacccagt
atgcaaaatgggcgtgactcgtgctatttaatatcaggaggttttgatggtagaaacagg
aaggttttctttaaaaaagatgctgaagataacttattggttacatttgatggaactact
tacacattcctaaaagagcaagaccctcgtcaagttagagctccagttagtggtaagtta
gtaaggtggttaatacaaaacggaggtcaaggtgaaaagggccaggcatacgttgaaata
gaaattatgaaaacatatatgcagctaactctttctcatagtggagttctagagcatgct
aaacctcaaggcgcttcattcaatgtgggcgatatcctagcaatgttagagctccctagt
gagtttatccctcctgctttggagctatacccgctaccatttccaaaaataggaggggta
aaatctccaaagcttgctcttgagactttttgctctggaggatttagaggaggcccgaga
atggtagctttagcaaactttagagaaggaaagcaacagcttctaaatgcacttaatggg
tttttcccagcctttgaggatgttagaagcgctcttgggatgttctaccatgttttagac
ccaataatgccatttattgaacttcaagaagcttgcgaagttgccacaccgcttatcaaa
gttacagttcgaagaaaaatatctgatttgatagaagatgtatttcaaacatttgagcaa
ttaagtaaaaatagctggtatgaacagtttgatagacaattgagcgcatttatttctaat
aattcttgctttgaatctgatgtaatgtcagaccaatgcttgaattcattcgaagataat
gatgatatcgaagatgaaggacagccaccaaaagttcttcaagataaacgcctaagttct
gatggttctgaaatgccatcaatgctgctttcaaacaaagctgatgagcttgacccaaaa
aatgcgagcttcgcacagaataagaaggaattagccaaagaaatatttgtaaatgaggcc
gaacaaaaaaaaagttttgaaaattttcttggtactaatatatatttgaagaaccattca
aaaaatattagatcggcatctgatttagaaatatatatattggactgcttaaagatagtt
agcgatattatagaagagtctatacaagattcagataatgagaatatttccgtcgacgaa
ttcgtcgctataagaaatcagtatgatccattaattcatataataagaagaaatgaaaag
gggagatggatgagactaatgtacgagctgcatgaaattattctaaagtatattgaaata
gaaaagttatttgaagaacgctcctcacttgtcccagcacgcattatcccaagccttaga
acggagtatgagctccctgaactaatgcaaatgggccgttctcaccaacagttgagagtg
aagaatgaaattatggaggaaatcgcaaaagaaatggctaacaatccatctttacttcag
tgtactgctccattcagagatacaatccatcaaatagctgaattgacatcaacagagtac
acaaaggtggcaggagcctttagatacgtattacttatgaaagagaatgttacaacaaca
actcaaatacagtctgttacaaaaaaaatatttgagtatagtcagttaatttcactagct
cagacacatggtcaacatcttatttcgattgctaatactccttcttcacctcttcaatac
ccaataaatgcaactccatcattatctacttggagtggtattccaaatttaggaaatagc
caacagacctccttgtcaaatattattgcagacttcactaatttccctgatttcacactt
ttggcatgcattggccacccaaatccaattattggtaagttagcctttgaaatatatata
cgtcgtcattatgaaagatgtggcttatcattttatgctataaagagcagaggggaggca
tgggatagctctgtggatattagcaccgttgggaatagcagtatgctaatgacaagttgc
ccagaccttaagggagcggttccattaagaggagaaatccagaactttaacaatattttg
ggggtgtggacacataatgccttaacaacatcatcgtttttccaaaatcaatgtgatcct
ttaaggtcaaatactttaaatatccctgcaatacaaaataatgtggatcaatataatcaa
aatgaaaacaattctaaaggtagaacactaagcatattagaatcaaataatacatcaaaa
aatatgagctcaaagtgccatgtaaaaggggcaatacatattgaaaatagccgttggaaa
agcatgctaaatgcatttagtgggcaaagcttaagcagcattgcagatgacttgttggag
gagtctcttcccattcaaaccagtattgggctttattttgaatctatatctgatttccaa
gacagatttgaacagtgtgttgatgaattgaaaatcttacatgggtttttcccccaaatt
tcttcatctgttgattctatcgtcatgttagttattttgtctagtttttccaatggcgag
atcactactgagtcggaagtggcttcgattaatgatgaaaatgattcctcttccattgaa
actcaatcaaactcaagggacataatagagattcttaaaggaactattaacaaacaccaa
gaaaaactctctaacaataacatacacatgatttcatttacaatagctccttattcagat
caaaacaaacctgagtcactttctgcaagcttagtttatctaaaaactcctgttcattac
catttcaggtctaaaaagggaattccaatttataaatacaattctcaagatctggaatct
aacttatctttacaagatagcctaatgaatcaagctgaaagtgttgaaatggaagatttg
gagaacaactattttattgaagaaccatttattagaaatattcctagtactttactttct
acacttgaactgaagaggttgcgttactttacaataaagtcaattcctacatcaatttca
gggataaatttatatgttggtacaccaagagaactttgttccggttattctgttattggt
aaacgcaaagaagccgaaaacaaggaaaacaactcttcattgaaaaatggaaactcaaat
attagtaaatctcacgaatctgattcaggaaaaaatgtcaaactttctgaatcaaatact
tcggaaaagcctaattattctggcccccaaaccaaaagaatctcaacaaaggaaatggaa
ggtgaaaatctgacaaataaatctaacaagactttaagtgcaaaaccagttacaagcaaa
atttctggatataataaacagagaagatatttcataagagtattagttcaacatgaatgc
agtgagttatactttgaggaacaggaaagatactttatagcagccttaagtactttagag
tcttggttatcttttgaccaaaactattcgaatacaagttcaagcacagtttcaagaggt
catacaggtcttaaccatcttctttttacttctgttggggttttaaatgataaaaactca
ggctatattacaaccagcatggcagaagaagcagcaagaacattagttcagcgatattcg
caacgaatacagcagagttcactacaaaccatggagttccgctatattcaaaggtcagta
tatcaaaaagatagtaataacgttgttgtgcccgttcgttttgtggtagataacccaaca
gggcaagcaattagattacgcagttttgttgaaataaagaatcccacaactagtggagga
aaagtgtttgcagctatagactctaaacagtcattcttaaactttgtatccacaagcaga
tctgacaaaactttcagcttacctgggcttcaacagtctaaaagcctaaaagaaatctct
aatcttaataaagggtctaaaattctgacaattaatgaaaatatggttccaaatttggct
ttatatcaacatgaacacatttatgacgggaaacctctggatattcctcatcctttaatt
ggaaaaattgatcagaaaaggtatcaggctgcagagttgaatacggtttatatatatgat
ttcttggatctatttgaagaagcaattaagagtttgtggaataaatgcccaaaatacttt
gttacaacgccttctagtgtttcgctttctaaatcaaacataaaatcagcaagagcaaat
ggttctactacagcaggaatctcaactaattgtgaatcgggctttgaacaatctagtgga
aagacagcatttttgcccaataaactcttagagtatgttgaattggatatcaataaggat
tcaggagaactagaatgcgttagtagagagcctgggaataacacctgtggaatggttgca
tggtgtattactatgcatactccagagtacccaaagggtagaagagtgattcttattgga
aatgatattacttatcaaatggggacctttggcattcaagaggatcttttgtttcaaaga
gcatcggaatacgcaagaagcttaggaatccctagaatatttattgcagcaaatagtggt
gctagaatggggctagcgacggaggttcagaaatgcatgaaagttgaatttgttgatcct
gaaaacccagttaagggatacaagtatctatatgttacggaagaagactataacaaattt
gatctgcagaatagtattaattacgaagtaatagatcatcctaaagatgggaaaatatac
aaaattactgatgttattggatctcagctaggacttggagttgagaatctctcaggaagc
ggaggaattgcaggtgaaacatcaaaggcatctaagtcgattatgacaattacatatgca
actactagaacagttggaattggtgcctatttagcaaggcttggtcatagagttattcaa
aaagctcatggagctccaatagtacttacaggatatcaggcacttaataaggtagcgtca
aaagaaatttatagcagcaatgatgaattgggaggtacagagattatggcaaaaaatggt
gtaacacacctcgttgttaaagatgacttagagggttgcgtagaaatacttaaatggctg
agctatgtacctgaatgcgtcggaggaaggctaccaataatggtggatccaacagatcct
atatataggaatattacatactcttgtaatagtaatactgaagacccaagattaatgctt
actggatgcgtagactcaagaggacgttggctatctggtctctgtgataaagattctttc
aaagaagttatgagtgattgggcgaaaagcgtaatagtaggtagaggaagaattggggga
atacctgttgggttcattttagttgaaactagagttactgaatacattcagccagcagat
ccagtaatgccacacacaagtgaacttagagttactagggcaggacaaatatggttccct
gattctgcatataagactgcacaagcaattcgtgatttcaatatggaagaactcccattg
ataattcttgcaaattggagaggatttagtggaggccagaaagatatgtttgaccaagtc
ctaaagtttgggtcttacgtagttgatgaacttgtcaattataaacaaccttgctttgtt
tacatacctccaaagggagaactgcgcggaggagcttgggtagtagtagactcaaatatt
aatccagaattcattgaaatgtatgccgaccctacagcaagaggaagcgtcttggaagct
gctggaatagttgaaattaagtttagaagcaaggcgcttaaagaatggatgatgagatta
gatccagaattactctccctacaagagaaagatcaactacttcatcttaaaggctatcca
atagactcttctgaaagaagctcaataaaagaaaagattaataaaagatgcagcttactt
cattcagtttatcacgccgctgcaattcattttgcagatttgcacgatacttcaaataga
atgaaagctaagcaagcaatccatgatattgttcagtggaagaatgcaagagtttttttc
attcatcgaatcaaaagacaattactgcttttttctttaaggtctgaaatttcccaaaag
cttggaatttctctcacagattctcaaaatgtggtctttcaatgggcaatacaagacgga
atagatccaaataataacactcaattcattcaatggatttgccacagtgctaacattatt
gaacagagaatctctcaactatctagctctgatataaggtag

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 (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   APIDB_CRYPTODB-CPV (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (35)   

Download RDF

DBGET integrated database retrieval system