KEGG T01067: Dwil

Drosophila willistoni: Dwil_GK19926

Entry

Dwil_GK19926 CDS T01067

Definition

GK19926 gene product from transcript GK19926-RA

Orthology

K11540

carbamoyl-phosphate synthase / aspartate carbamoyltransferase / dihydroorotase [EC:6.3.5.5 2.1.3.2 3.5.2.3]

Organism

dwi Drosophila willistoni

Pathway

dwi00240	Pyrimidine metabolism
dwi00250	Alanine, aspartate and glutamate metabolism
dwi01100	Metabolic pathways

Module

dwi_M00051

Uridine monophosphate biosynthesis, glutamine (+ PRPP) => UMP

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:dwi00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:dwi00250]

SSDB

Motif

Pfam:

CPSase_L_D2 CPSase_sm_chain OTCace_N GATase CPSase_L_chain CPSase_L_D3 OTCace ATP-grasp_4 ATPgrasp_Ter ATP-grasp MGS Amidohydro_4 Dala_Dala_lig_C Amidohydro_1 ATP-grasp_3 RimK Peptidase_C26 Amidohydro_5 DJ-1_PfpI

Other DBs

NCBI-GI:

NCBI-GeneID:

FlyBase:

UniProt:

AA seq 2207 aa
MSTCYLVLEDGTIMPGEPFGADNVPISGEVVFQTGMVGYTEALTDRSYSGQILVFTYPLI
GNYGVPDPKELDKYGLPEHFEWFEGAVQAAGLVVGEVCDKSWHWRSRQTLSQWLKKHKVP
GISGVDTRALTKKLRENGSLLGRIVYGDVSPSTVKQLEFIDPNAKNLAKEVSIKTEQVYK
SISGAGPRIAVLDCGLKLNQLRCLLDRGASVRLLPFSTELNDDDYDALFLSNGPGDPEKC
TEIVEQVRKVVSAGKKPIMGICLGHQLLAKAIGCSTFKMKYGNRGHNLPCLHRASGRCLM
TSQNHGYAVDLENLPKDWDELFVNANDGTNEGIVHRTKPYFSVQFHPEHHAGPRDTEFLF
DVFLDAIKGSTLSIPQLIERHLRPERVEPPPRKPRKVLILGSGGLSIGQAGEFDYSGSQA
IKAMRECNIQTVLINPNIATVQTSKGMADKCYFLPLTAHYVEQVIKSERPSGVLLTFGGQ
TALNCGVELERAGVFAKYNVRILGTPIQSIIETEDRKLFAQRVNEIGEQVAPSEAVNTVA
EALAAANRLGYPVMARAAFSLGGLGSGFANNADELETLAQQALAHSSQLIIDKSLKGWKE
VEYEVVRDAYDNCITVCNMENFDPLGIHTGESIVVAPSQTLSDREYQMLRSTALKVIRHF
GVVGECNIQYALCPDSEQYYIIEVNARLSRSSALASKATGYPLAYVAAKLSLGLPLPDIK
NSVTGNTTACFEPSLDYCVVKIPRWDLAKFVRVSKNIGSSMKSVGEVMAIGRSFEEAFQK
ALRMVDSDVQGFEPNGAIVDEELLSEPTDRRPFVLAAALHSGMDIDELHQLTKIDRWFLH
KLERICIFKNELDLSKEKLLKAKRLGFADKQIAMATKSTELAVRQLRLEHSIRPFVKQID
TVAGEWPASTNYLYNTYNGQEHDLDFPGGHIIVVGSGVYRIGSSVEFDWCAVGCLKELRK
LQKQTIMINYNPETVSTDYDMCDRLYFEEISFEVVMDIYELERSDGIILSMGGQLPNNIA
MDLHRQQAKVLGTSPESIDCAENRFKFSRMLDRKGILQPRWKELTNLQSAIDFCEEVGYP
CLVRPSYVLSGAAMNVAYSNQDLETYLNAASEVSREHPVVISKFLTEAKEIDVDAVAADG
QVLCIAVSEHVENAGVHSGDATLVTPPQDINAETLEAIKRITRDLASVLDVTGPFNMQLI
AKNNELKVIECNVRVSRSFPFVSKTLDHDFVAIATRAILGLDVEPHLEVLHGVGKVGVKV
PQFSFSRLAGADVQLGVEMASTGEVACFGDNRYEAYLKAMMSTGFEIPKNAVLLSIGSFK
HKMELLSSIRDLAKMGYKLYASMGTGDFYAEHGVDVESVQWTFDKLTSDDFNGELRHLAE
FLAKKHFDLVINLPMRGGGARRVSSFMTHGYRTRRLAVDYSIPLVTDVKCTKLLVESMRL
TGRNPAMKTHTDCMTSRRIVKLPGFIDVHVHLREPGGTHKENFDSGTAAALAGGVTLVCA
MPNTNPSIVDRETFQQFQELARLGSRCDYALYLGASDANWPHAHELATQACGLKMYLNNT
FGTLKLSDIGAWQRHLSHWPKRAPIVCHAERQSMAAILLLAHLLDRPVHICHVARKEEIQ
LIRAAKEKGIKVTCEVCPHHLFLSTKDVEHLGAGMAEVRPVLCSPEDQEALWENMDYIDV
FATDHAPHTLEEKRSDNPPPGFPGLETILPMLLQAVNEGRLTIEDIKRKFHRNPRSIFNL
PEQPHTYVEVDLDEEWTINAADLKTKTRWTPFDGTKVKGRVHRVVLRGEVAYIDGQVLVQ
PGYGQNVRATASGQQCLAEAAELPSDTDANDTFARLLTGSEQAPKVHFEDDAGTGGVGFL
RPVSPSPRLRLDSSTLREYLQKTTQLPNSPNPVAHSLVGKHILSVDMFTKEHLNDIFNLA
QLLKSRVTKDRPVDDLLRGKIMASVFYEVSTRTQCSFAAAMQRLGGRVISMDQDTSSVKK
GETLEDSIKVMASYADVMVLRHPEPGAVTRAATFTRKPLINAGDGVGEHPTQALLDIFTI
REEIGTVNGLTITMVGDLKNGRTVHSLARLLTRYDVTLIYCAPEGLQMPKELTQYLHDHG
VKQLFCSSLEEVLPDTDVLYMTRIQRERFSSEAEYQRCCGKYIVTPKLMTLAKNRTIVLH
PLPRLDEISRDFDSDPRAAYFRQAEYGMYIRMALLAMVVGCRNTAAL

NT seq 6624 nt +upstreamnt +downstreamnt
atgtcgacttgttatttggttctcgaagatggcacaattatgccaggagagcctttcggg
gctgacaacgtacctatcagtggcgaggtggtctttcaaacgggcatggttggctacacg
gaggccctaaccgatcgttcgtacagtggacaaattctggtgtttacctatccactgatt
ggaaactatggtgtccctgatcccaaggaactggataagtacggacttcctgagcatttt
gaatggtttgagggtgccgtccaggcggctggattagtggtgggggaggtatgcgataaa
tcgtggcattggcgatcccgccaaacgctctcgcagtggctgaagaagcacaaagtgccc
ggcatcagcggagtggacacacgtgcccttaccaagaagttgcgtgagaacggcagcctc
cttggtcgcattgtctatggcgatgtgtcaccatcgaccgtaaagcaattggaattcatt
gatcccaacgccaagaatttggccaaggaggtcagcatcaagacggagcaagtctataag
agcattagtggagctggtccccgcattgctgtgctggattgtggcttgaaattgaatcag
ttgcgttgtcttctggaccgaggagcctctgtccgactgttgccttttagcactgagcta
aacgacgatgattacgatgcactttttctgtcgaacggaccgggtgatccggagaaatgc
accgaaatagtcgagcaagtgcgcaaggttgtcagtgcaggtaaaaaacccattatgggt
atttgtttgggccatcagttgttggccaaggccattggttgctctacattcaaaatgaag
tacggcaatcgaggacacaatctgccctgtttgcaccgggcatcgggccgctgtctgatg
acctcacagaatcacggttatgccgttgatcttgaaaatttgcccaaggattgggatgaa
ttgtttgtcaatgccaatgatggcacaaatgaaggcattgtgcatcgcacaaaaccgtat
ttctcggtgcagtttcatccggaacatcatgccggaccccgggacactgagtttcttttc
gatgtctttctagatgccatcaagggctcaacactgtcaattccccagttaattgagcgt
cacttgagaccagaacgcgtggagccgccaccaagaaagccgaggaaggtattaatcctc
ggctctggcggtctatctattggccaggctggtgaatttgattattctggttcgcaagca
attaaagccatgcgcgaatgcaatatccaaacggttctcatcaatcccaatatagccacc
gttcagacatccaagggtatggcggataaatgctacttcctgcccctcaccgcacactat
gtggagcaggtaatcaaatcggagcgtcccagcggagttctgctcacattcggcggtcaa
actgcgctcaattgcggtgtggagctggagagggctggtgtctttgccaagtacaatgtg
aggattctgggtacgccgattcagtcgattatcgagacggaggatagaaagttattcgcc
cagcgagtgaatgagattggtgagcaggtcgcaccatcggaagcggttaacacagtggcc
gaggcattggctgcagccaatcgtcttggttatcccgtaatggcgcgtgccgccttctct
ctgggtggcctcggttccggttttgccaacaatgccgacgaactggagacactggcccaa
caggccctggcccattccagtcaactgattatcgacaaatccctaaagggctggaaagag
gtcgagtacgaggtggtacgagatgcctatgacaattgcatcactgtgtgcaatatggag
aatttcgatccgttgggcattcacacgggcgaaagcattgtggtggctccatcgcaaact
ctttcggatcgcgaataccaaatgctccgcagcactgccctcaaggtaatccggcacttt
ggcgttgtcggtgagtgcaatatccagtatgccctgtgcccggactcggagcaatactac
atcatcgaggtgaatgcacgactctcgcgtagctcggccctggctagcaaggctactggc
tatccattggcctatgtggcagccaaattgtcgctgggactgcctctgccggacatcaag
aactccgtcaccggaaataccaccgcctgctttgagccgagtcttgattactgcgtggtc
aagattccacgctgggatctggccaaatttgtgcgagtcagcaagaatattggcagctcc
atgaagagtgtgggcgaagtgatggccattggtcgcagctttgaggaagccttccagaag
gctctgcgcatggtggacagcgatgtccagggtttcgagcccaatggcgccattgtggat
gaggagctgctgtccgagcccacggacaggcgtccgtttgtcctggccgctgccttgcat
tcgggcatggacattgatgagctgcatcaactgacgaaaattgatcgttggttcctccat
aaactggaacggatctgtattttcaaaaacgaattggacttaagcaaggaaaagctattg
aaagccaagcgtctgggctttgcggacaagcagatagccatggccaccaagagcacagag
ctggctgtgcgtcaactgcgtttggagcactcgatccggccatttgtgaagcaaatcgat
actgtggctggtgagtggccggcgagcactaattatctatacaatacatacaatgggcag
gagcacgatttggatttccctggtgggcatataattgtggtcggttcgggtgtctaccgc
attgggtcctcggtggagttcgattggtgtgccgttggctgtctcaaggagttgcgcaag
ctgcagaagcaaaccattatgatcaactacaatcctgagacggtgtccaccgactatgat
atgtgcgatcgcctttatttcgaggagattagctttgaggttgtcatggacatttacgag
ttggagagatccgatggcatcatcctatcgatgggtggccagttgcccaataacattgcc
atggacttgcatcgccagcaggccaaagtgttgggcacatcgcccgagtccatcgattgt
gctgagaatcgcttcaaattctcccgcatgctcgaccgcaagggaatcctgcaaccccga
tggaaggagctaacaaatctgcagtcggccatcgatttctgcgaagaggtgggctatccc
tgtctggtcagaccgtcttatgtcctctctggcgccgccatgaatgtcgcctattcgaat
caggatctggaaacgtatctaaatgccgcctccgaagtgagtcgcgagcatcccgtggtc
atctcgaaattccttaccgaagccaaagagatcgatgtggatgcagtggccgcagatggc
caagtcctttgcatagccgtttcggagcatgtagagaacgctggtgtccattcgggtgat
gccacactggttaccccgccgcaggacattaatgccgagactctggaggccataaagcgc
atcactcgcgacttggccagtgttctggatgtgacgggacccttcaatatgcaactcatt
gccaagaacaacgaactcaaggttatcgagtgcaatgtgcgtgtctcacgttcatttccc
tttgtctccaagacattggatcatgattttgtggccattgccacacgtgccattttgggt
ttggatgtggaaccgcatttggaggtgctacacggtgttggcaaggtcggcgtcaaggtg
ccccagtttagtttctctcgtctggccggggccgatgttcagctaggcgtcgaaatggca
tccaccggcgaagtggcctgctttggggacaatcgctatgaggcctatttgaaggccatg
atgtccaccggttttgagattcctaaaaatgcggttctactctccattggcagttttaag
cacaaaatggaattgctatcatcgattcgagacttggccaaaatgggctacaaactatat
gcctcaatgggcactggtgatttctatgccgagcatggcgttgatgtggaatcggttcag
tggacatttgataagctaacttccgatgacttcaatggtgaactacgtcatctggccgaa
tttttggcaaagaagcactttgatttagtcatcaatttaccaatgcgaggtggcggagcc
agacgtgtctcgtcattcatgacacatggctatcgcacccgccgcctggctgtggactat
tccatacctctggtcaccgatgttaaatgcaccaagttgctggtggaatcgatgcgtctg
actggacgtaatccggcaatgaaaacccatacggattgcatgacctcgagacgcattgtc
aagttgccaggattcattgatgtccatgtgcatttgcgagagccaggtggcacgcataag
gagaatttcgacagcggcacggcagctgctctggccggcggtgtgaccctcgtgtgcgcc
atgcccaacacgaatccgtcaattgtggacagggagacgttccaacagttccaggagctg
gcccgtttgggatcccgttgcgactatgccttgtatttgggtgcctcggatgcaaattgg
ccgcatgcccatgaattggccacccaggcgtgtggcttgaagatgtatctcaacaatacg
ttcggcacattgaagttgagtgacatcggggcttggcagcgccatctatcacattggccc
aagcgggcacccattgtgtgccacgctgagagacagagcatggcggccatattgctgctg
gcccatttattggatcggccggtccacatttgtcatgtggcgcgcaaggaggagatccaa
ttgatacgggcggccaaggagaagggcatcaaggtgacctgcgaagtgtgtccgcatcat
ttattccttagtaccaaggatgtggagcacttgggcgcaggaatggcagaggtgcgaccc
gtcttatgctcacccgaggatcaggaagccctgtgggagaatatggactacattgatgtg
tttgccactgaccatgctccgcacacactcgaggagaagcgatcggataatcccccgcca
ggttttccgggcttggagacaattctcccaatgctattgcaggccgtgaatgagggtcgt
ctaaccattgaggacataaagcgaaagttccatcgcaatccgagaagtatattcaatttg
cccgaacagccgcacacttatgtggaggtcgatttggacgaggaatggacgattaacgcc
gctgacctaaagactaagacccgctggacaccgttcgatggcaccaaggtcaaaggtcgt
gtgcatcgagttgttctgcgcggcgaggtggcctacattgatggccaagtgctggttcag
cccggctatggccagaatgtgcgtgccaccgcatcgggtcagcaatgcctcgccgaggcg
gcggaattgcccagcgatactgatgccaatgatacattcgctcgtctcctcaccggcagc
gaacaggcacccaaggttcacttcgaggacgacgcgggtacgggtggcgttggattcctg
cgtcccgtttcgccttcgcctcgcttacgtctcgactcgtcaaccctgcgtgagtatctg
caaaagaccacacagttgccgaatagtccgaatccagtggcccattcgctagtgggcaaa
cacattttgtcggtcgatatgttcaccaaggagcatctaaacgatatctttaatctggcc
caattgctcaagtcgcgagtcaccaaggatcggccagtggatgatctcttgcgcggcaag
attatggccagtgtcttctatgaggtgagcacaaggactcagtgcagctttgcagcggcc
atgcaacgtctgggcggacgggttatcagcatggatcaggatacatcgtcggtaaagaag
ggcgagacgctggaggatagcatcaaagtgatggccagctatgccgatgtgatggttctg
cgtcatccggagccaggtgccgtcacacgcgctgccacatttacgcgcaaacccttgatc
aatgccggcgacggtgtgggtgagcatcccacccaggcattgctggacatattcacaatc
cgcgaggaaatcggtacagtcaatggactaaccataaccatggtgggtgatttgaaaaac
gggcgaactgttcattccctggcccgccttcttacccggtacgacgtcacactgatttat
tgtgcccccgagggcctgcagatgcccaaggagctgactcaatatctgcacgatcacgga
gtcaagcagttgttctgcagttccctggaggaggtattgcccgacaccgatgtcttatac
atgacgcgcattcaacgggaacgtttctctagcgaggctgagtaccagcggtgctgtggc
aaatacattgtcactcccaaactgatgacactggccaaaaaccgcaccattgtacttcat
ccattgccgcgtctggatgagattagtcgtgatttcgattcggatcccagagctgcctac
ttccggcaggccgagtatggcatgtacattcgtatggctctgctggccatggttgtcggt
tgccgcaacaccgctgccctatga

All links

Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (11)   
   KEGG COMPOUND (11)   
Chemical reaction (6)   
   KEGG ENZYME (3)   
   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 (19)   
   Pfam (19)   
All databases (49)   

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