KEGG T01059: Dana

Drosophila ananassae: Dana_GF11223

Entry

Dana_GF11223 CDS T01059

Definition

GF11223 gene product from transcript GF11223-RA

Orthology

K11262

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

Organism

dan Drosophila ananassae

Pathway

dan00061	Fatty acid biosynthesis
dan00620	Pyruvate metabolism
dan00640	Propanoate metabolism
dan01100	Metabolic pathways

Class

Metabolism; Carbohydrate metabolism; Pyruvate metabolism [PATH:dan00620]
Metabolism; Carbohydrate metabolism; Propanoate metabolism [PATH:dan00640]
Metabolism; Lipid metabolism; Fatty acid biosynthesis [PATH:dan00061]

SSDB

Motif

Pfam:

ACC_central Carboxyl_trans CPSase_L_D2 CPSase_L_chain Biotin_carb_C ATP-grasp_4 Biotin_lipoyl ATPgrasp_Ter Dala_Dala_lig_C

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 2479 aa
MLITLLGTLAAFLAFLLTLIFGRGQKRLKPVEVQSPVAATSTLTSATTSKGSNNNNNSSV
IAATATTTTTATNNPAGATTAAGEKRTFPKSCIKKVKFSSESLKSDVEELCEQLKENALN
DRSNDNIRITCHQNNNNSISNKNKNQTSIDNNNTDKMSETNESNETQTQSAEGERPSFLV
GDEIDEKAAEAGEACDEFPQKMQSDIRQNGDISERRKRLRPSMSRGTGLGQDRNQDRDFH
IGTTEEFVKRFGGTRVINRVLIANNGIAAVKCMRSIRRWSYEMFKNERAVRFVVMVTPED
LKANAEYIKMADHYVPVPGGSNNNNYANVELIVDIALRTQVQAVWAGWGHASENPKLPEL
LHKEGLVFLGPPERAMWALGDKVASSIVAQTADIPTLPWSGSELKAQYSGKKIKISSELF
ARGCVTNVEQGLAAVNKIGFPVMIKASEGGGGKGIRRVDTAEEFPALFRQVQAEVPGSPI
FVMKLARGARHLEVQLLADQYGNAISLFGRDCSIQRRHQKIIEEAPAIVAQPEVFEDMEK
AAVRLAKMVGYVSAGTVEYLYDPEGRYFFLELNPRLQVEHPCTEMVADVNLPACQLQIGM
GIPLYRLKDIRLLYGESPWGASVIDFENPPNKPRPSGHVIAARITSENPDEGFKPSSGTV
QELNFRSSKNVWGYFSVAASGGLHEFADSQFGHCFSWGENRQQARENLVIALKELSIRGD
FRTTVEYLITLLETNRFLDNSIDTAWLDALIAERVQSEKPDILLGVMCGSLHIADRHITE
SFSSFQTSLEKGQIQAANTLTNVVDVELINDGIRYKVQAAKSGANSYFLLMNGSFKEIEV
HRLSDGGLLISFEGASYTTYMKEEVDRYRIVIGNQTCVFEKENDPSLLRSPSAGKLINLI
VEDGAHVSKGQAFAEIEVMKMVMTLTSQEAGTVTFVRRPGAVLDAGSLLGHLELDDPSLV
TKAQPCKGQFPQPENAPVPEKLNRVHNTYKSILENTLAGYCLPEPFNAQRLRDIIEKFMQ
SLRDPSLPLLELQEVIASISGRIPISVEKKIRKLMTLYERNITSVLAQFPSQQIASVIDS
HAATLQKRSDRDVFFLTTQSIVQLVQRYRNGIRGRMKAAVHELLRQYYDVESQFQHGHYD
KCVGLVREHNKDDMQTVVNTIFSHSQVAKKNLLVTLLIDHLWANEPGLTDELANTLSELT
SLNRAEHSRVALRSRQVLIAAHQPAYELRHNQMESIFLSAVDMYGHDFHPENLQRLILSE
TSIFDILHDFFYHSNRAVCNAALEVYVRRAYTSYELTCLQHLELSGGLPLVHFQFLLPTA
HPNRLFSRMSSPEGLDQAAAETLGSSFVRTGAIAAFDSFEHFEMYSDEILDLLEDFVSPA
MVNAKVLEAVEAADSISDSRHSTSINVSLSDPVTRANAAEEAKSTEPIHIVSVAVRETGE
LDDLQMAQIFGNYCQEHNEELFQRRIRRITFAALKKRQFPKFFTYRARDKFEEDRIYRHL
EPASAFHLELNRMKTYDLEALPTANQKMHLYLGKAKVSKGQEVTDYRFFIRSIIRHSDLI
TKEASFEYLQNEGERVLLEAMDELEVAFSHPHAKRTDCNHIFLNFVPTVIMDPAKIEESV
TKMIMRYGPRLWKLRVLQAELKMVIRQSPQSPTQAVRLCIANDSGYFLDISMYTEQTEPE
TGIIKFKAYGEKQGSLHGHPISTPYMTKDFLQQKRFQAQSNGTTYVYDVPDMFRQMTERH
WKEFSKARPTVDIRIPDKILIECKELVLEGDSLVEMQRLPGENNCGMVAWRIVLATPEYP
NGREIIVIANDLTYLIGSFGIKEDVLFAKASQLARERKVPRIYISVNSGARIGLAEEVKA
MFKIAWEDPEEPDKGFKYLYLTTEDYAKVANLNSVRAILIEDEGEQRYKITDIIGKDDGL
GVENLRYAGLIAGETSQAYEEIVTIAMVTCRTIGIGSYVVRLGQRVIQIDNSHIILTGYA
ALNKLLGRKVYASNNQLGGTQIMFNNGVTHKTEAIDLDGVYTILDWLSYIPAYIGCDLPI
ILPSDRIDRPVDFMPTKSPYDPRWMLAGRVNPVNANDWENGFFDRDSWSEIMAPWAKTVV
TGRARLGGVPVGVIAVETRTVEVEMPADPANLDSEAKTLQQAGQVWYPDSSYKTAQAIKD
FGREELPLIVFANWRGFSGGMKDMYEQIVKFGAYIVDGLREYKKPVLIYLPPNAELRGGA
WAVLDSLINPRYMETYADPEARGGVLEPEGIVEIKYKEKDLVKTIHRLDATTIGLKKEFD
EAVASGDKVKAAQVDEKIKARIAVLMHVYHTVAVHFADLHDTPERMLEKECISEIVAWRD
SRRWLYWRLRRVLLEDAYIKKILRAQDNLSVGQAKQMLRRWLVEEKGASESYLWDKNEEM
VAWYEEQSNAESIVSRNVNSVRRDAIISTISKMLEDCPDVALDAVVGLCQGLTPVNRGVV
VRTLAQMQLNEESSSGNQG

NT seq 7440 nt +upstreamnt +downstreamnt
atgttgatcacactattaggcactctggccgcttttctcgcattcctattgacattgatc
tttggccgcggccagaaaagactcaagccagtggaagttcaatctccagtggcagccaca
tcgaccctcacctcagcaacaacatctaaagggagcaacaacaacaacaactccagcgtg
attgcagctacagcaacaacaacaacaactgctaccaataatcctgcaggagcaactaca
gctgcgggggagaagaggacttttccaaagtcctgcataaagaaagtcaagttctctagc
gagagtctcaagtccgacgtagaggagttgtgcgagcagttgaaggagaacgctctgaac
gatcggagcaacgacaatatccgtatcacctgccatcagaacaacaacaacagcataagc
aacaagaacaaaaaccaaaccagcatcgacaacaacaacactgacaagatgagcgaaaca
aacgaatcaaatgaaacgcaaacccaatccgcggagggtgagcgacccagctttttggtg
ggcgatgagattgacgagaaggccgctgaggcgggtgaggcctgcgacgagttcccccaa
aagatgcaaagcgatatccggcaaaatggcgatatttcggaacgacgcaagcggctaagg
ccaagcatgtcccgcggcactggcttgggccaggaccggaatcaggatcgagactttcac
atcggcaccaccgaggagtttgtgaaacgattcggcggcacccgcgtcatcaaccgtgtc
ctgatcgccaacaacggcattgcggccgtcaagtgcatgcgttccatccgccgctggtcc
tacgagatgttcaagaacgagcgagccgtccgcttcgtggtgatggtcactcccgaggat
ctgaaggccaatgcggagtatattaagatggctgatcactatgttcccgtgcccggagga
tccaacaacaacaactatgccaatgttgagctcattgtggacattgcacttcgcactcaa
gtacaggctgtgtgggccggctggggtcatgcctctgagaatcccaagctgccggagctg
ttgcacaaggagggtctggtctttctcggtccgcccgaacgcgccatgtgggcgcttggc
gataaagtggcctcctcgattgtggcacaaacggccgacattccgaccctgccctggtcc
ggttccgagctgaaggcccagtacagcggcaagaagatcaagatttccagcgaactcttt
gcccgcggctgtgtgaccaatgtggagcagggtctggccgcagtcaacaagattggcttc
cctgtgatgatcaaggcctcggaaggcggcggcggcaaaggcattcgtcgagtggacacg
gccgaggagttccccgcccttttccgtcaggtgcaggccgaggttcccggctcacccatt
ttcgtgatgaagctggccaggggagcccgccatttggaggtgcagctcctggccgatcag
tacggcaacgccatcagtctgtttggtcgtgactgctccattcagcgtcgccaccagaag
atcattgaagaagcccccgccattgtggcccagccggaggtgttcgaggacatggagaag
gccgccgtgcgtctggccaagatggtcggctatgtgagcgctggaactgtggaatacctg
tacgatcccgaaggacgctacttcttcctggagttgaacccccgtctgcaggtggagcat
ccctgtacagaaatggtggctgatgtgaatctcccggcttgccagctgcagattggaatg
ggcattcccctgtaccggctgaaagatattcgtctgctctacggagaatcgccctggggc
gcttccgtcatcgactttgagaatccgccaaacaaacctcgtccttctggccacgttatc
gccgctcgaattacctcggagaaccccgacgaaggcttcaagcccagttcgggtaccgtg
caggaactgaacttccgttccagcaaaaatgtgtggggctacttcagtgtggccgcaagc
ggtggcctgcatgagttcgccgactcccagttcggtcattgcttctcctggggcgagaac
cgtcagcaggcgcgcgagaatctggtcatcgccctgaaggagctgtccattcgcggtgac
ttccgcacaaccgtggagtacctgatcaccttgctggagactaaccgcttcttggacaat
agtatcgacaccgcttggctggatgctctgatcgcggagagagtgcagtccgagaagccg
gacatcctgttgggcgtcatgtgcggctccctgcacattgccgatcggcacatcaccgag
agcttttcaagcttccaaacctctctggagaagggtcagattcaggcggccaacacgctg
accaacgtcgtggacgtggaactgatcaacgacggcatccggtacaaggttcaggccgcc
aagagcggcgccaactcctacttcctgctgatgaacggatcgttcaaggagatcgaagtg
catcgcctctccgacggtggtcttctcatttccttcgaaggcgccagctacaccacctac
atgaaggaggaggtcgaccgctaccgcatcgtaatcggtaaccagacttgtgtctttgag
aaggagaacgatccctcgctgcttcgcagcccctcggccggaaaactgatcaacttgatt
gtcgaggacggtgcccacgtgagcaagggccaggccttcgccgaaatcgaggtgatgaag
atggtgatgacccttacctctcaggaggcaggtacggtgacattcgtccgaagaccagga
gcagtgctagacgctggatctctacttggtcacttggaactggatgatccttcgctggta
accaaggcgcagccctgcaagggccagttccctcaaccagagaacgccccggtcccggag
aagctaaatcgagtccacaacacatacaagagcatcttggagaacaccctggccggttac
tgccttcctgaaccgttcaacgcccagcgcctgcgcgacatcattgagaagttcatgcag
agcttgagggatccctcgctgcccctgctggagcttcaggaagtgattgcttccatatcg
ggacgcattcccatctctgtggagaagaagatccgcaagctgatgaccctctacgagcgc
aacataaccagtgttctggcccaatttccctcccagcagatcgccagcgtcatcgacagc
catgccgccactctgcagaagcgttcggacagggacgtcttcttcctgaccactcagagc
attgtgcagctggttcagcgctaccgcaatggaatccgtggtcgcatgaaggccgccgtc
cacgagctgctccgccagtactacgacgtggagtcgcagttccagcacggtcactacgac
aagtgcgtgggattggtgcgcgagcacaacaaggacgacatgcagacggtggtcaacacc
atcttctcgcactcgcaggtggccaagaagaacctgctggtcaccctgctcattgaccac
ctctgggccaacgagccgggcctgaccgacgagctggccaacactctgagtgagctgacg
tccctgaaccgagcggaacactcccgggtagctctgcgctcccgccaggtgctcatcgcc
gcccaccagccggcctatgaactgcgccacaaccagatggagtcgatcttcttgtcggcc
gtggacatgtacggccacgatttccatcccgagaatctgcagcgtctgatcctgtcggag
acctcgatctttgacattctgcacgacttcttctaccactcgaatcgggcagtttgcaat
gccgccctggaggtttacgtgaggagggcttacacctcctacgagctgacttgcctgcag
cacttggagctctccggcggcctgccgctggtacacttccagttcctactccccactgcc
caccccaacaggctcttctcgcgaatgtcctccccggaaggattggatcaagcggcggcc
gagactctgggcagctccttcgtgagaactggagccatagccgccttcgactccttcgag
cactttgagatgtactcggacgagatcctggatctgctggaggacttcgtgtcgccggcc
atggtcaacgccaaagttctggaggctgtggaggcagcagattccatctcggacagccga
cacagcacttccatcaatgtttcgctctctgacccagtgaccagagccaatgccgccgaa
gaggccaagtccacggaaccaatccacattgtcagcgtggccgtcagagagacgggcgag
cttgatgacctgcagatggcccaaatcttcggaaactactgccaggagcacaacgaggag
ctgttccagcgacgtatacgccggatcacgtttgctgctctgaagaaacgccagttcccc
aagttcttcacgtaccgcgcaagggacaagttcgaggaggatcgcatctataggcatttg
gaacccgcatccgcgttccacctggagctgaaccgcatgaaaacttacgacctggaggca
ctgccgacggccaaccagaagatgcacttgtatcttggcaaggctaaggtatcgaagggc
caggaagtcaccgattaccgcttcttcatccgctccattatccgtcactccgacctgatc
accaaggaagcctcgttcgagtacctccagaacgagggtgaacgcgtgctcttggaagcc
atggacgagctggaggtggcgttctcccacccgcatgccaagcgcaccgactgcaaccac
atcttcctcaacttcgtacccaccgtcattatggatccagccaagatcgaggagtccgtc
accaagatgatcatgcgctacggaccgcgtctctggaagttgcgcgtcctgcaagcggag
cttaagatggttattcgccagtcgccgcagtcccccacacaggctgtgcgactctgcatc
gccaacgattccggatacttcctggacatctccatgtacacggagcaaaccgaaccggag
acaggaatcatcaagttcaaggcctatggcgagaagcagggatccttgcacggacatccc
atctccacgccatatatgaccaaggacttcctgcagcagaagcgtttccaggctcaatcg
aatggcaccacgtacgtctatgacgttccggacatgttccgccagatgactgagcgacac
tggaaggaattctccaaggcccgtcccacggtcgacatccgtattccggataagattttg
atcgagtgcaaagagctggtccttgagggcgacagcctcgtggagatgcagcgactgcca
ggagaaaacaattgtggtatggtggcttggcgcatagtgctagctactccggagtatccc
aatggtcgcgagatcattgtgatagccaacgacttgacctacttgatcggttcctttgga
atcaaggaagatgtgctcttcgccaaggcttcccagttggctcgcgaacgtaaagtgcct
aggatctacatctccgtgaacagcggtgcccgcattggtcttgctgaggaggtgaaagcc
atgttcaagatcgcatgggaggatcccgaggagccggacaagggcttcaagtacctctac
ctaaccaccgaggactacgccaaggtggccaacctgaactccgtgcgcgccatcctgatc
gaggacgagggcgagcagcgctacaagattaccgacatcattggcaaggatgatggcctt
ggcgtggagaatctgcgctatgccggtctgattgccggcgagacgtcccaagcctacgaa
gagattgttaccattgccatggtcacgtgccgtaccatcggtatcgggtcgtacgtggtg
cgtctgggacagcgtgtgatccagatcgacaactcgcatattatactcacgggctacgct
gctcttaacaagctgctcggccgcaaggtgtacgcctccaacaatcagctcggtggcacc
cagattatgttcaacaacggtgtgacccacaagaccgaggccatcgacctggacggagtg
tacaccatcctcgactggctctcttacattcccgcctacatcggctgcgacctgcccatc
atcctgcccagcgatcgtatcgatcggcccgtggacttcatgcccaccaagtcgccgtac
gatccccgctggatgcttgccggccgtgttaacccggtgaatgccaacgactgggagaac
ggattcttcgatcgggactcgtggagcgaaatcatggcgccgtgggccaagacagtggtc
accggtcgcgcccgtctgggcggagttcccgtgggtgtgattgccgtggagacccgcact
gtggaggtcgaaatgcccgccgatcctgctaatctggactcggaagccaagacactgcag
caggctggtcaggtgtggtacccggattcctcgtacaagacggcccaggccatcaaggac
tttggtcgtgaggaactgccactgattgttttcgcgaactggcgtggcttctccggcggc
atgaaggacatgtacgagcagattgtcaagttcggtgcttacatcgttgacggtctgcgg
gagtacaagaagcccgtgctcatctacctgccacctaatgcagagttgcgtggaggagcc
tgggccgtgctggactcgttgatcaacccgcgctacatggagacctacgccgatccggag
gcccgaggaggtgtcttggaaccggagggcattgtcgagatcaagtacaaggagaaggat
ctggtcaagacgatacaccgcctggacgccaccacgattgggctgaagaaggagtttgac
gaggcggtagcatcgggagataaggtcaaggctgcccaggtcgatgagaagattaaggct
cgcatcgcggtattgatgcacgtctaccacacggtggccgtccactttgccgacctgcac
gacactccggagcgcatgctggagaaggagtgcatcagtgagattgtggcgtggcgtgac
tcgcgccgttggctatactggcgcctgcgccgtgtcctcttggaggacgcttacattaag
aagatattgcgggcgcaggacaacctgtccgtgggccaggcgaagcagatgctgcgacgc
tggctggtcgaagagaagggagcctctgagtcgtatctgtgggacaagaacgaagagatg
gtggcctggtacgaggagcagagcaatgccgaatccattgtttcccgcaacgtgaattcc
gtgagaagggatgccattatttcgaccatttccaaaatgctcgaggactgtcctgacgta
gcgctggacgctgtggtgggtctttgccaaggtctgacgcccgtgaatcgtggcgtggtc
gtacgcacactggcgcagatgcagctgaacgaggagagctcatctggcaaccagggatga

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)   
   FLYBASE (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)   

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