KEGG   Alligator sinensis (Chinese alligator): 102386005
Entry
102386005         CDS       T02922                                 
Symbol
CPS1
Name
(RefSeq) carbamoyl-phosphate synthase [ammonia], mitochondrial isoform X1
  KO
K01948  carbamoyl-phosphate synthase (ammonia) [EC:6.3.4.16]
Organism
asn  Alligator sinensis (Chinese alligator)
Pathway
asn00220  Arginine biosynthesis
asn00250  Alanine, aspartate and glutamate metabolism
asn00910  Nitrogen metabolism
asn01100  Metabolic pathways
asn01200  Carbon metabolism
asn01230  Biosynthesis of amino acids
Module
asn_M00029  Urea cycle
Brite
KEGG Orthology (KO) [BR:asn00001]
 09100 Metabolism
  09102 Energy metabolism
   00910 Nitrogen metabolism
    102386005 (CPS1)
  09105 Amino acid metabolism
   00250 Alanine, aspartate and glutamate metabolism
    102386005 (CPS1)
   00220 Arginine biosynthesis
    102386005 (CPS1)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:asn01002]
    102386005 (CPS1)
Enzymes [BR:asn01000]
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.4  Other carbon-nitrogen ligases
    6.3.4.16  carbamoyl-phosphate synthase (ammonia)
     102386005 (CPS1)
Peptidases and inhibitors [BR:asn01002]
 Cysteine peptidases
  Family C26: gamma-glutamyl hydrolase family
   102386005 (CPS1)
SSDB
Motif
Pfam: CPSase_L_D2 CPSase_sm_chain GATase CPSase_L_D3 MGS ATP-grasp Dala_Dala_lig_C ATPgrasp_Ter
Other DBs
NCBI-GeneID: 102386005
NCBI-ProteinID: XP_006022338
UniProt: A0A1U7RQM0
Position
Unknown
AA seq 1500 aa
MTRILTTCKMVKTLKNRAGLCKANAPCWNLLRTGTRLLSIKAQAANLVLEDGTKMRGYSF
GYPSSTVGEVVFNTGLSGYMEILTDPSYRGQILTLTNPIVGNGGVPDTSALDEMGLSRFL
ESDGIKVSGLLVLDYSNEYSHWRAVKSLGEWLKEEQVPALYGIDTRMLSKIIRDKGTVLG
KIEFEGQLVEFVDPNKQNLIAEVSTKEVKVYGHGNPIKVVAVDCGLKHNAIRLLVKREAE
VHVVPWNHDFTRMEYDGLFISGGPGDPTQAQELIQNVKKVLESDCQVPLFGVSMGNLITG
VAAGATSYKMPMANRGQNQPVLSAVNGQAFITAQNHGYAIDSRTLPPGWKPLFVNANDQT
NEGIMHETKPIFTAQFYPEASAGPTDTELLFDSFISLIKKGKGTTVASVLPKARATASRV
EVSKVLILGSGGLSIGQAGEFDYSGSQAVKAMKEENVKTVLMNPNIASVQTNEVGLKQAD
TVYFLPITPQFVTEVIKAERPDGLILGMGGQTALNCGVELFKRGVLQEYGVKVLGTSVES
IMATEDRHLFTNKLMEINEKIAPSFAVESIEDAFVAAEKIGYPVMIRSAYALGGLGSGIC
PDKESLLDLGTKAFAMTNQILVEKSVVGWKEIEYEVVRDAADNCIAVCNMENVDAMGVHT
GDSIVVAPSQTLSNEEFQMLRERAIKIVRHLGIVGECNIQYALHPTSLEYCVIEVNARLS
RSSALASKATGYPLAFIAAKIALGIPLPEIKNVVSGKTTACFEPSLDYIVTKIPRWDLDR
FQGISSQIGSSMKSVGEVMAIGRTFEESFQKALRMCHPSVDGFTSSLPMNKDWPTNLDLK
KELAEPSSTRVYAMAKALYDNVPVDDIHGLTAIDKWFLYKMRDIVNMEKNLKKFSSDSIP
EETLRRAKQIGFSDKQIGKCLGVTEAQSRQLRVKKNIMPWVKQIDTLAAEYPALTNYLYI
TYNGQEHDVKFDDHGTMVLGCGPYHIGSSVEFDWCAVSSIRTLRQLGNKTVVVNCNPETV
STDFDECDRLYFEELSLERILDIYQHEGCSDCIISVGGQIPNNLAVPLYRNGVKILGTSP
LQIDRAEDRSVFSAVLDDLSVAQAPWKAVSTLKEAVDFADSVGYPCLLRPSYVLSGSAMN
VVFTEEEMKKFLAEATRVSQKYPVVLTKFIEGAREVEMDAVANAGRVISHAISEHVEDAG
VHSGDATLILPTQTISQGALEKVKAATKKIANAFAISGPFNIQFLVRGNNVLVIECNLRA
SRSFPFVSKTLGVDFIDVATKVMTGKKVDMSSLPTLEHPIIPSEYVGIKAPMFSWPRLRD
ADPILRCEMASTGEVACFGKDVHSAFLKAMLSTGFKFPQKGILVGIQHSFRPKFLCVAEQ
LHEEGFKLYATEATSDWLNANSVPATPVAWPSQESQNSSIPQIRRLIKDGNIDLVINLPN
SNTRFIHDNYMIRRMAVDSGIALLTNFQVTKLFAEAIKYSGKVDCRSLFHYRQFSTSNPA
NT seq 4503 nt   +upstreamnt  +downstreamnt
atgacaagaattttgacaacttgcaaaatggtgaagactttgaaaaacagagctggattg
tgcaaagctaatgctccttgctggaatttattaagaactggtaccagactgctaagtatc
aaggcgcaggctgcaaacctggtgctggaagatggaacaaagatgaggggttattccttt
ggctatccatcctccacagtaggggaagttgtattcaacacaggtctttcagggtacatg
gaaatcctgacagatcctagctatcgggggcagattctcacactgacaaaccccattgta
gggaatggtggggtgccagacacttctgccttggatgaaatgggcctcagcaggttttta
gagtcagatggaatcaaggtttcaggtttgctggtgctggattatagcaatgagtacagt
cactggcgggcagtcaagagtttgggggagtggctgaaagaagaacaggtgcctgctctg
tatggaattgataccagaatgttatctaaaataattcgggacaagggcacagtacttggg
aagattgaatttgaaggtcaactagtggagtttgtagacccaaataagcagaacttgatt
gcagaagtttcaactaaggaagtcaaagtatatggccatggaaatccaattaaagttgta
gctgtggactgcgggttaaaacacaatgctatccgtctgctagtaaagcgggaggcagag
gtgcatgtggttccctggaatcatgacttcaccaggatggagtatgatgggctctttatt
tctggtggccctggggatccaacacaagcacaggaactgatccagaatgtcaagaaggtc
ttggagagtgattgccaggtgccattgtttggggtcagtatggggaacctaataactgga
gtggcagctggagctacatcttacaagatgcccatggccaacagagggcagaatcaaccc
gtgttgagtgcagtgaatggacaggctttcattactgctcagaaccacggttatgcaatt
gacagcagaaccctccctcctggttggaaacccctttttgtgaatgccaatgatcaaaca
aatgagggaattatgcacgagaccaaaccaattttcacagcacagttctacccagaggcc
agcgcggggccaacggacacggagttgctattcgattcatttatttcactgattaagaag
ggcaaaggtactaccgttgcctcggtgctgcccaaggccagagctaccgcttctagagtt
gaggtctccaaagttctcatcctaggatctgggggtctgtcaattgggcaggcaggggaa
tttgattactctggatcacaggctgttaaagccatgaaggaagaaaatgtgaaaactgtc
ctcatgaaccccaatattgcctcagtccaaaccaatgaagtgggcttaaagcaggctgac
acagtctacttcctccccatcacaccacagtttgtcacagaggtcatcaaagcagagagg
ccagatgggttaattttgggcatgggcggccagacagctcttaactgtggagtggagttg
ttcaaacgaggtgttctgcaggagtatggagtaaaggtcctgggcacctcagttgaatcc
atcatggccaccgaggacaggcacctatttactaacaaactgatggaaataaatgaaaag
attgctcccagctttgcagtggaatcgattgaagatgcttttgtggcagcagaaaagatt
ggctacccagtcatgatacgctctgcctacgccctgggtgggctgggatcaggtatatgt
cctgacaaggaaagtctgctggacctgggtaccaaggcctttgcaatgaccaaccaaatt
ctagtggagaagtcagtagttggctggaaggagatagaatatgaagtagtaagagatgct
gctgataactgtattgctgtctgtaatatggaaaatgttgatgccatgggagtccacaca
ggagattctattgtagtagctccaagccagacactctccaatgaggaatttcagatgctg
agggaacgtgccatcaagattgtccgccacttgggcattgtgggagaatgtaacatccag
tatgccctgcatcccacctctctggagtactgtgtcattgaagtaaacgccaggctctca
agaagctctgccttggcatccaaggctacagggtacccattagcatttattgctgcaaaa
attgctctagggattcccttaccagaaatcaagaatgtggtgtcaggaaaaactactgcc
tgttttgagcccagcctggattacatcgttaccaagataccccgctgggaccttgaccgc
tttcagggcatctccagccagattggaagttccatgaagagtgtgggagaggtcatggct
attggacgcacctttgaggagagcttccagaaggccctgagaatgtgccatccctctgtt
gatggcttcacatcatctctgccaatgaataaagactggccaaccaatttagatctcaag
aaagaactggcagagccatccagcactcgtgtttatgcaatggccaaggccttgtatgat
aatgttccagtagatgatattcacggactcacggccattgacaagtggttcctatataag
atgcgtgatattgtgaacatggagaagaacctgaagaaattcagcagtgactcaattcca
gaagaaacattgaggagggccaaacagattggcttctcagataaacagattgggaaatgc
ttgggagtgactgaggcccagagccgtcagctaagggtgaagaagaacataatgccttgg
gtgaaacagattgacacactggcagcagaataccctgcattaactaactacctctatatc
acatacaatggacaggagcatgatgtaaaatttgatgaccatggaacaatggtgctgggc
tgtggaccatatcacattggcagcagcgtggagtttgattggtgtgctgtctccagtatc
cgcacgctgcgtcagctaggcaacaagacagttgtggtgaattgcaatccggagacggtg
agcacagattttgatgaatgtgacagactgtacttcgaggagctgtcactggagaggatc
ctggacatctaccaacatgagggatgcagtgattgcattatttctgtaggtgggcagatt
ccaaataacctggcagtaccactgtacaggaatggagtgaagatcctgggcaccagccct
ttgcagattgaccgggcagaagaccgatctgtattctcagctgttttggatgatctcagt
gtagctcaggcaccctggaaagctgttagcactttgaaagaagctgttgattttgcagac
tctgtgggctacccatgcttgctgaggccttcctatgtgttgagtgggtctgcaatgaat
gtggtattcacagaagaagagatgaagaagttcttagcagaagccaccagggtctcccag
aaatacccagttgtactgactaaattcattgagggagcccgagaggtggaaatggatgca
gttgccaatgctggaagagtcatctcgcatgccatctctgagcatgtggaagatgcagga
gttcactctggagatgctactctgatcttaccgacacaaactatcagtcaaggagcattg
gaaaaggtaaaagctgctaccaaaaagattgcaaatgcctttgccatctctggcccattc
aacattcagttcctggtcagaggaaacaatgtcttggtaatagagtgcaacctgcgggcc
tcacgctccttcccctttgtgtcaaagactcttggtgtggacttcattgatgtggccaca
aaagtgatgactggaaaaaaggttgacatgtcgtcccttccaacattggaacatcccatt
attccttctgagtatgttggtattaaggctccgatgttctcttggccccgattgagagat
gctgaccctattctccgatgtgagatggcttccacgggcgaggttgcatgttttgggaag
gatgtccattctgccttcctgaaggcaatgctgtccacaggatttaagttccctcaaaaa
ggaatattggttggcatccagcattccttccgtcccaaattcctgtgtgtagcagaacag
ctgcatgaggaaggtttcaagctttatgccactgaagcgacttctgactggcttaatgcc
aacagtgtacctgcaactcccgtggcatggccatcccaggaaagccaaaactccagcatc
ccccaaatcaggaggctgataaaagatgggaacatagatctggtgattaatcttcccaat
agcaacaccaggttcatccatgataattacatgatccgcaggatggctgttgacagtggg
attgctctccttactaatttccaggtgacaaagctttttgctgaagccatcaaatactct
gggaaagtggactgtaggagtctcttccactacagacagtttagtaccagcaacccagca
taa

  All links  
Gene (13)   
   RefGene (10)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (8)   
   Pfam (8)   
All databases (26)   

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