KEGG T01026: DEHA2A10384g

Debaryomyces hansenii: DEHA2A10384g

Entry

DEHA2A10384g CDS T01026

Definition

DEHA2A10384p

Orthology

K11541

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

Organism

dha Debaryomyces hansenii

Pathway

dha00240	Pyrimidine metabolism
dha00250	Alanine, aspartate and glutamate metabolism
dha01100	Metabolic pathways

Module

dha_M00051

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

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:dha00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:dha00250]

SSDB

Motif

Pfam:

CPSase_L_D2 CPSase_sm_chain OTCace_N GATase CPSase_L_chain CPSase_L_D3 ATP-grasp_4 OTCace MGS ATPgrasp_Ter Dala_Dala_lig_C ATP-grasp ATP-grasp_3 RimK Peptidase_C26

Other DBs

NCBI-GI:

50408490

NCBI-GeneID:

2899610

UniProt:

Q6BYD4

Position

A:880936..887571

AA seq 2211 aa
MAQISNPITPPMKSTGDRMMTLETQDGIAMQGYSFGAPVAAAGEVVFQTGMVGYPESITD
PSYEGQILVITYPLVGNYGVPDRSLKDDDVPELPKYFESNKIHIAGLVVAHYTEEYSHFL
AKSSLGQWLQEQGIPAIYGVDTRSLTKRLREKGSTLGRLALQKASSKSSEIIETSKWEQH
FEIPEWDDPNVKNLVAKVSTKEPVLYTPKNDVKVGKNGKPLRILAVDVGMKYNQIRCFIR
RGVELKVVPWDYDFSTEEYDGLFISNGPGDPSVMTSTVSTLQKVLEAGKTPVFGICLGHQ
LLARATGASTLKLKFGNRGHNIPCTSTISGRCYITSQNHGYAVDTNTLSSGWKELFVNAN
DSSNEGIYHDSKPYFSVQFHPESTPGPRDTEFLFDVFIQSVVDFNKSGVQKAVEFPGGLL
EENRAAHPKVDAKKVLVLGSGGLSIGQAGEFDYSGSQAIKALKEEGIYTVLINPNIATIQ
TSKGLADKVYFLPVTADFVRKVIKHERPDGIYCTFGGQTALGVGIKLKDEFEGLGVKVLG
TPIDTVITTEDRELFSQAMDEINEKCAKSAAANNVSEAIDAANSIGYPLIIRAAYALGGL
GSGFADNEQELVALCNKAFATSPQVLVERSMKGWKEVEYEVVRDAFDNCITVCNMENFDP
LGIHTGDSIVVAPSQTLSDEDYNMLRTTAVNVIRHLGVVGECNIQYALNPFSKEYCIIEV
NARLSRSSALASKATGYPLAYTAAKLGLNIPLNEIKNSVTKSTSACFEPSLDYVVVKIPR
WDLKKFTRVSALLSSSMKSVGEVMSIGRTFEEAIQKAIRSTDYQNLGFNKTSALMSIDID
NELQTPSDQRLFAIANALSDGYSVEKVWKLTNIDKWFLNKLDGLIKFGNLVTTYGVKENL
PVTVLKQAKQLGFEDRQIAKFLNSNEVAIRRLRKEAGVIPFVKQIDTVAAEFPAFTNYLY
ITYNADSSDVSFDDHGVIVLGSGVYRIGSSVEFDWCAVRAIRTLRENGTKTIMINYNPET
VSTDYDEADRLYFETINLERVLDIYDLEQSSGVVISMGGQTSNNIALPLYRQNVKILGTS
PEMIDSAENRYKFSRMLDRIGVDQPAWKELTSIDEAEDFAEKVTYPVLVRPSYVLSGAAM
NTVYSRDDLASYLSQAVDVSPDYPVVITKYIENAKEIEMDAVAKDGKMIMHVVSEHVENA
GVHSGDATLVVPPQDLDPETVGRIVEATAKIGKALDITGPYNIQFIAKDNDIKVIECNVR
ASRSFPFISKVVGTDLIEMATKAIMDMPFTPYPGEKLPEDYCAVKVPQFSFSRLAGADPV
LGVEMASTGEVATFGKNKYEAYLKSLISTGFKLPKKNILFSIGSYKEKQELLPSIRKLHE
LGYKIFATAGTADFIKEHSIPVHYLEVLGEKEDQKSEYSLTQHLANNLIDMYVNLPSSNR
FRRPASYMSKGYESRRMAVDYSIPLVTNVKCAKLLVEALARNISLDVSEIDAQTSHKTAV
IPGLVNINSFVSSFDEFEATTRASLASGFTFNTFLPQTSDCSTISNIETLADAIESATNS
AYTDFSLSIAASETNSEEAAYAAEDAGALFIPFNDFNKSKVSAISAHFASWPENKPIITD
AKTTDLASVLLLASLHSRSIHITGVSSREDLGLIIMAKEKELQVTCDVSVYALFLSQAEF
PQLDFLPTKEDQNALWSGLKNIDCFSIGVLPYLVSKALNKKFCPGLGTKETLPLLFNAVK
EGRLTTQDIVERFHDNPVRIFNIPKQESSVEFDIDRLAASTNDSEVLTIARANLQGAVNR
VSFHNETVCLGGEILAVNALGHNGVEPRARFGSVTGIPSSPALSNKKARMSFNDGARRPS
LLREQSSIPAEFEKLGAELVSQPPTSSVSGDNNALINYIRKNNTFLRNSVLSVKDFTRSD
LHSLFTVAQEMRLAVERQGVLDILKGRLLATMFYEPSTRTSASFDAAMQRLGGRVVSVAS
ASSSVKKGETLQDTIRTLTCYADAVVLRHPSEESVDIAAKYSPVPIINGGNGSKEHPTQA
LLDLFTIREELGTVNGITVTFMGDLKYGRPVHSLCHLLRHYQVRIQLVAPKELAMPENIK
KMLQDNGMLVVESEVLTPEIIAKSDVLYCTRVQEERFEDKEQYSRLKDTYIVDNKILSYA
KQHMCVMHPLPRTNEIREEVDFDQRAAYFRQMRYGLFVRMALLAMVIGVDF

NT seq 6636 nt +upstreamnt +downstreamnt
atggctcaaatctctaatccaattactccaccaatgaagtctactggtgaccgtatgatg
actttagaaacccaagatggtattgccatgcagggttactcatttggtgctccagttgca
gcagctggtgaagttgtcttccaaactggtatggttggttacccagaatccattactgat
ccatcttatgagggtcaaattttagttatcacctatccattagttgggaattatggtgtc
ccagatcgttcattaaaggacgacgacgttccagaattaccaaagtacttcgaatccaac
aaaatccacattgctggtttagttgttgcccattacaccgaagaatattctcatttctta
gccaagtcctccttaggtcaatggttacaagaacaaggtattcctgctatttacggtgtt
gataccagatccttaactaaaagattaagagaaaaaggttctactttaggtagattggct
ttacaaaaggcttcttctaagagtagtgaaattattgaaacctcaaaatgggaacaacat
tttgaaattcctgaatgggatgatccaaatgtcaaaaacttggttgccaaggtttctact
aaagaaccagtcttgtatacaccaaagaatgatgttaaagttggtaagaatggtaagcca
cttagaatattggcggttgatgttggtatgaaatataatcaaatccgttgtttcatcaga
cgtggtgttgaattaaaggtcgttccatgggattacgatttctcgactgaagaatatgat
ggtttattcatttctaatggtccaggtgatccatctgtcatgaccagcaccgtttcaact
ttacaaaaagttttggaagctggcaaaacccctgtgtttggtatttgtttaggtcaccag
ttattagctagagcaactggtgcctcaactttgaagttaaagttcggtaaccgtggtcat
aacattccatgtacctcgaccatttcaggtagatgttacattacttcccaaaatcatggt
tatgctgttgatactaatacattatcatctggctggaaagaattgtttgtaaatgccaat
gatagttccaacgaaggtatctatcatgactctaagccttacttctcggtccaattccat
cctgaatctactccaggaccaagagatactgaattcttgttcgatgttttcatccaatct
gttgtggacttcaacaagtctggtgtccagaaagcagtcgaattcccaggtggcttactc
gaagaaaatagagctgctcatccaaaggttgatgccaagaaggtgttagttttgggttca
ggtggtttatccattggtcaagctggtgaattcgattattctggttctcaagctattaag
gctttgaaggaagaaggtatttataccgtgttaattaatcctaacatcgcaactatccaa
acgtcgaagggtttagctgataaggtttatttcttaccagttactgcagactttgttaga
aaagttatcaagcacgaacgtccagacggtatttattgtacttttggtggtcaaacagca
ttaggcgttggtatcaaattgaaggatgagttcgaaggtttaggtgttaaagttttaggt
actcctattgatactgttattactacagaagatagagaattattctctcaagccatggat
gaaatcaatgagaagtgtgctaaatctgcagccgcaaacaatgtttcggaagctattgac
gctgccaattctattggttatccattgatcattagagctgcctatgcattaggtggttta
ggttcagggtttgccgataacgagcaagaattagttgctttatgtaataaagcgtttgca
acctctcctcaagttttagttgaaagatccatgaagggctggaaggaagttgaatatgaa
gtcgttcgtgatgctttcgataactgtatcaccgtttgtaatatggaaaatttcgatcct
ttaggtattcatactggtgattctattgttgttgcgccatcccaaaccttatctgatgaa
gattataacatgttaagaacgacggctgtaaatgttattagacatttaggtgttgttggt
gaatgtaatattcagtatgctttaaatccattttcaaaagagtactgtattattgaagtg
aatgctagattatcacgttcatcagccttagcttctaaagctactgggtatccattggct
tacacagctgccaagttaggtttaaatattccattgaatgaaatcaagaactccgttaca
aaatctacctctgcatgttttgaaccttcattagattacgttgttgtcaagattcctaga
tgggatttaaagaaatttaccagagtttcagccttgttatcctcttcaatgaaatctgtt
ggtgaagttatgtctattggtagaacctttgaagaagctattcagaaagctattagatcc
actgattatcaaaatttgggtttcaataagacttctgctttgatgtcaatcgatattgat
aatgaattacagacaccttcggatcaacgtttatttgctattgcaaatgccttatcagat
ggatactctgttgagaaggtttggaagttgactaacattgataagtggttcttgaacaag
ttagacggattaattaaattcggtaacttagttaccacttacggtgttaaggaaaattta
cctgttactgttttaaagcaagccaaacaattaggatttgaggatagacaaatcgcaaaa
ttcttaaactccaatgaagttgcaattagaagattaagaaaagaagcaggtgttattcca
tttgtcaaacaaatcgatactgttgctgccgagttcccagctttcacgaactacttatat
atcacttataatgcagattcttctgatgtttcatttgatgatcatggtgttattgtgtta
ggttcaggtgtctaccgtatcggttcttcagttgaattcgattggtgtgcagttagagct
attagaactttacgtgaaaatggtactaagacaattatgattaactataatccagaaact
gtttctactgattatgatgaagctgacagattatatttcgaaacaatcaacttggaaaga
gtcttagatatttatgacttagaacaatcatcaggtgtggttatttctatgggtggtcaa
acttcaaataatattgctttgccattataccgtcaaaatgttaagattttgggtacttct
ccagaaatgattgactctgctgaaaatagatataaattctcgagaatgttggatagaatt
ggggtcgatcaaccagcctggaaagaattgacctctattgatgaagcagaagatttcgct
gaaaaggttacttatccagttttggttcgtccatcttatgtcttatcaggtgctgccatg
aacactgtttactcgagagacgatttagcttcttatttgtctcaagctgttgatgtttct
cctgattatccagttgttattaccaaatatattgagaatgcaaaggaaattgaaatggat
gctgttgcgaaagacggtaaaatgatcatgcatgttgtctctgaacacgtcgaaaacgct
ggtgttcattcaggtgatgctacgttggttgtgccacctcaagatttagatccagaaact
gttggacgtatcgttgaagctacagccaagattggtaaggctttagatattactggacct
tataatattcaattcatcgctaaagataatgatattaaggttattgaatgtaacgtgcgt
gcttctcgttccttcccatttatttctaaggttgttggaactgatttaattgaaatggcc
actaaagctattatggatatgccattcactccatacccaggtgaaaagttaccagaagat
tattgtgcagtaaaggttccacaattctctttttcacgtcttgctggtgctgatcctgtt
ttaggtgttgaaatggcttcgacaggtgaagttgctacttttggtaagaataaatatgaa
gcttatttgaaatcattaatttctactggtttcaaattgccaaagaagaacattttattc
tcgattggttcttataaagaaaagcaagaattattaccatccattagaaaattacacgag
ttaggttataagatctttgcaactgctggtacagcagatttcatcaaagagcattcaatt
cctgttcattacttagaagttttgggtgaaaaagaagatcaaaaatcagaatactcttta
actcaacatttggccaacaatttgattgatatgtacgttaatttaccatcctcgaacaga
ttccgtcgtcctgcttcttatatgtctaagggttacgaatctcgtcgtatggcagttgat
tattcgattccattagtcaccaacgttaaatgtgccaaattattagtcgaagcgctcgct
agaaacatttcgttagatgtttctgaaattgatgcacaaacttctcacaagactgctgtt
attccaggtttagttaatatcaattcgtttgtttcttcatttgatgaatttgaagctacc
actcgtgcgtcattagcatccggattcacattcaatacattcttgcctcaaacttcggat
tgttcgactatttcaaacatcgaaactttagctgatgctattgaatcagcaacgaattct
gcttacactgatttctcattatcaattgctgcttctgaaactaactcggaagaagctgca
tatgcagctgaagatgcaggtgccttattcattccattcaatgacttcaacaagtctaaa
gtttcagctatttcagcacactttgcttcgtggccagaaaacaaaccaataatcactgac
gcaaagacaacagatttagcatcagtgttattgttagcttccttacactccagatcaatt
catataactggtgtttcttcaagagaagacttaggcttgattataatggccaaggaaaag
gagttacaggttacttgtgatgtttctgtctatgcattattcttgtctcaagctgagttc
ccacaattagacttcttgccaactaaagaagatcagaatgcgttatggagcggtttaaaa
aatatcgactgtttctccatcggtgtcttaccatacttagtcagcaaggctcttaataag
aagttctgtcctggcttaggtacaaaggaaaccttgccattattattcaatgctgtcaag
gaaggtcgtcttacaacacaagatatagttgagcgttttcatgacaatccagttagaatt
tttaacatccctaaacaagaatcttcggttgaatttgatatagatagattggctgcttct
acaaatgattctgaagtattgactatcgcaagagctaatttacaaggggctgttaatcgt
gtgtctttccataacgaaaccgtctgtttaggaggcgaaattttagctgtgaatgctttg
ggtcataatggggttgaaccaagagctagatttggatctgtcacaggtattccatcatct
ccagcattaagtaataaaaaagctagaatgtcattcaatgacggtgctcgtcgcccatca
ctccttagagaacaatcatctattccagcggaattcgaaaaattaggtgctgaattagtt
tctcaacctccaactagctcagttagtggagataacaatgcattgattaattacatcaga
aagaataatactttcttacgtaattctgtcttgtctgtcaaagatttcactcgttctgac
ttacattctttattcacagttgctcaagaaatgagattggctgttgaaagacaaggtgtt
ttggacatcttgaaaggtagattattagccactatgttctacgaaccatctactcgtact
tcagcttcattcgacgcagctatgcaaagattaggtggtagagttgtttcagttgcatca
gcatcttcttcagttaaaaagggagaaacattacaagatacaatccgtactttaacctgt
tatgctgacgctgttgttttgagacatccttctgaagaatctgttgatattgcggccaag
tactcacctgttccaataatcaatggtggtaacggttctaaggagcacccaactcaagca
ttattagacttattcactatcagggaagaattaggtactgtgaatggtattaccgtaacc
tttatgggtgacttgaaatacggtagaccagtccattccttatgccacttattacgtcat
tatcaagtaagaattcaattggttgcaccaaaggaattagcaatgcctgaaaacatcaag
aagatgttacaagacaatggtatgttagttgttgagtcagaagtcttaaccccagaaatc
attgctaagtctgatgttttatactgtactagagtccaagaagaaagattcgaagataag
gaacaatactcaagattaaaggacacatacattgttgacaataagatcttatcttatgct
aagcaacacatgtgcgtcatgcatccattaccaagaactaatgaaattagggaagaagtt
gactttgaccaaagagccgcctatttcagacagatgagatacggattgtttgtcagaatg
gccttattagccatggtcattggtgttgatttctaa

All links

Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (10)   
   KEGG COMPOUND (10)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (41)   

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