Myxocyprinus asiaticus (Chinese sucker): 127447239
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Entry
127447239 CDS
T08782
Name
(RefSeq) carbamoyl-phosphate synthase [ammonia], mitochondrial isoform X1
KO
K01948
carbamoyl-phosphate synthase (ammonia) [EC:
6.3.4.16
]
Organism
masi
Myxocyprinus asiaticus (Chinese sucker)
Pathway
masi00220
Arginine biosynthesis
masi00250
Alanine, aspartate and glutamate metabolism
masi00910
Nitrogen metabolism
masi01100
Metabolic pathways
masi01200
Carbon metabolism
masi01230
Biosynthesis of amino acids
Module
masi_M00029
Urea cycle
Brite
KEGG Orthology (KO) [BR:
masi00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
127447239
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
127447239
00220 Arginine biosynthesis
127447239
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
masi01002
]
127447239
Enzymes [BR:
masi01000
]
6. Ligases
6.3 Forming carbon-nitrogen bonds
6.3.4 Other carbon-nitrogen ligases
6.3.4.16 carbamoyl-phosphate synthase (ammonia)
127447239
Peptidases and inhibitors [BR:
masi01002
]
Cysteine peptidases
Family C26: gamma-glutamyl hydrolase family
127447239
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
CPSase_L_D1
GATase
CPSase_sm_chain
CPSase_L_D3
MGS
Dala_Dala_lig_C
ATP-grasp
ATPgrasp_Ter
Peptidase_C26
Motif
Other DBs
NCBI-GeneID:
127447239
NCBI-ProteinID:
XP_051564917
LinkDB
All DBs
Position
10:39051008..39130678
Genome browser
AA seq
1503 aa
AA seq
DB search
MSKILTVCGVAKLKLGWRNWRTPTRLLSFKSNFQAQTAHLVLDDGTKMKGYSFGHYQSAA
GELVFNTGLVGYPEALTDPSYRGQILTLTYPIVGNYGVPNTQELDELGLKKNVESNCIQV
SGLLVQDYSHEYSHWNSVKSLAQWLQEEKVPALFGIDTRMLTKIIRDKGTVLGKIEFDGQ
PVEITNPNQRNLVAEVSTKDIQVFGKGNPIKVVAVDCGIKHNIIRLLVKRGAEVHLVPWD
QDLMSLDYDGLFISNGPGDPSLAKTLIHNVRKVLESDRSKPVFGICMGNQITALATGAQS
YKLPMGNRGQNQPVVNLMTGQAFITAQNHGYGIDSESLPPDWSPLFINANDGTNEGIMHN
TKPVFTAQFHPEAKGGPTDTEFLFDAFISLIKKGKEGSITSVMPKKPAIPQRIQVSKVLV
LGSGGLSIGQAGEFDYSGSQAVKAMKEENLKTVLINPNIASVQTNESGTKQADSVYFLPV
TPEFVTDVIKVERPDGILLSMGGQTALNCGVELFQSGVLQKYGVQVLGTPVESIMATEDR
QLFADKLMEINEKIAPSFAVKTVADALKAADEIGYPVMLRSAYALGGLGSGLCDNREKLE
DTACKALAMSSQILVEMSLLGWKEVEYEVVRDVADNCVTVCNMENFDPLGIHTGDSIVVA
PSQTLSNEEYHMLRETAIKVVRHLGIVGECNIQYALHPSSLEYCIIEVNARLSRSSALAS
KATGYPLAFVAAKLALGIPLPDIKNAVSEQTTACFEPSLDYIVTKIPRWDLDRFHGMSQE
IGSAMKSVGEVMAVGRTFEESIQKALRMCHPSVDGFVPRLPLKRAWTEQHDLQRELSMPS
STRIFSLAQALHSGVTVDQIHNLTAIDKWFLHKLRHISEMEQYLGQYNSTTVPRDLLLKA
KRDGFSDLQVGQALDISEGEARALRLRHNIQPWVKQIDTLAAEYPAVTNYLYCTYHGQEH
DLDFKDHGIMIVGCGPYHIGSSVEFDWCAVSSIRALRQMGKRTVVVNHNPETVSTDFDEC
DRLYFEELTLERILDITQQEGCTGCIVSVGGQIPNNLAMPLHLNGVTILGTSPLQIDRAE
ERSVFSSILDKLGVGQAPWRALSSLEDAVSFASKVGYPCLLRPSYVLSGSAMNVAYCEDE
MKRFLEEATQVSQDHPVVITKFIQSAREVEVDAVAKMGKVLVHAITEHVEDAGVHSGDAT
LMLPTQTISQGALEKVKTATQKIAKAFEISGPFNTQFLVKGNDVMVIECNLRASRSFPFV
SKTIGVDFIDVATRVMVGEAMDESRLPSLENPIIPVDYVGIKAPMFSWPRLRDADPVLRC
EMASTGEVACFGPNIYSAFLKAMLSTGFKLPRKGILIGIQHSFRPNFLSTAHQLHEEGFK
LYATEGTSAWLNANDVPTIPVTWPSHEGNNTSLPSISRLISERHIDLVVNLPNNNTKFLK
DNFLIRRMAVDYGVPLITNFQVVKLFAEAIKYSSDLDATSLFHYRQREPRLSESFTAWLT
YNH
NT seq
4512 nt
NT seq
+upstream
nt +downstream
nt
atgtcaaaaatcttaacagtctgtggagttgccaaactgaagctgggatggcgcaactgg
agaacacctacgaggttgcttagctttaagtctaatttccaggctcagactgctcacctg
gtgcttgatgatggtacaaaaatgaagggctactcttttggccattaccagtctgcagcc
ggagagctggtcttcaatacaggactagttggctatcctgaagccctgacagatcccagt
tacagagggcagattttgaccctcacctaccccattgtgggaaactatggagttcccaac
acacaggagctagatgagctgggattgaagaaaaatgttgagtccaattgcattcaggtg
tcaggacttttggttcaggactacagtcatgagtacagtcattggaactctgtgaaatca
ctggcacagtggctacaagaagaaaaggtgcctgcactttttggtatagataccaggatg
ctgacaaagatcatcagagacaagggcactgttttagggaagattgaatttgatggacag
ccagtggagatcacaaaccctaaccagcgaaatctagtcgctgaggtttcaaccaaggat
attcaagtgtttggaaaaggtaacccgattaaagtagttgctgttgactgtggaatcaag
cacaacattatcagactgctcgtcaagcgtggagctgaggtgcatttggtgccatgggac
caagacctgatgagtttggattacgatggtcttttcatctctaatggcccaggagatcct
tcactagcaaagaccctgattcataatgtccgaaaggtgctggaaagtgacagatcaaag
ccagtgtttggtatttgtatggggaatcagatcacagctctggcaactggtgcacagtct
tataaactacctatggggaataggggccagaaccagcctgttgtgaacttgatgacgggt
caggcctttattacagcccaaaatcacgggtatggaatagacagcgagtctcttcctcca
gactggagtcctcttttcatcaatgcaaatgatggaaccaatgagggtattatgcataac
accaagccagtgttcacagcgcagttccaccccgaagccaagggaggacccacggacaca
gagttcctgtttgatgctttcatctctctgataaagaaggggaaggagggaagcatcaca
tctgtgatgccaaagaaacctgcaattcctcagagaatccaggtttccaaagttctggtg
ctgggatctgggggtctgtctatcggtcaggctggggagtttgactattcaggatcccag
gctgtcaaagctatgaaggaggaaaacctgaaaacggtgctgattaacccgaacattgcc
tcggtacagactaacgagtctggcactaagcaggcagactctgtgtacttcctccccgtc
actcctgagtttgtgacggatgtgatcaaagtggagcgacccgacggtatcctgctctcc
atgggtggacaaacggctctcaactgtggggtggagctctttcagagtggggtattgcag
aagtatggagtgcaggttttgggtacacctgtggagtccatcatggccactgaggaccgg
caactatttgcagataaactaatggagatcaatgaaaagatcgctcccagtttcgcagtt
aaaacggtagcagatgctttgaaggcagcagatgagatcggctatcctgtcatgttgaga
tcagcttatgccctgggtggtcttggctctggtttgtgtgataacagagagaagttagag
gacactgcttgcaaggccctggccatgagcagccagatcctggttgaaatgtccctcctg
ggctggaaggaagtggaatatgaggtggtgagagatgtcgctgataactgtgtcactgtc
tgcaatatggagaactttgaccccctgggaatccacacaggtgactccattgtagttgca
cccagccagactctgtccaatgaggagtaccacatgctgagagagacagctattaaggtg
gtgcgtcatctaggcattgtgggagagtgtaatatccagtatgccctgcacccgtcctct
ctggagtactgtatcattgaggtgaatgcacgcctctccagaagctcggcactggcgtct
aaagcaacagggtacccacttgcatttgtagcagctaaactggcgctgggcatccctctg
ccggacataaagaacgccgtgtcggagcagaccacagcatgtttcgagcccagtttggat
tacattgtcactaaaatacctcgttgggatctggaccgctttcatggaatgtctcaggag
atcggcagtgccatgaagagcgttggagaggtcatggcagttggccgcacctttgaggaa
agcatccagaaggctctgcggatgtgccacccatcagtggatggctttgtaccgcgtctg
cctctaaagagagcctggacggagcagcatgacctgcagcgagagctctccatgccttca
agtactcgcatcttctctcttgcccaggccttgcacagtggtgtaactgttgatcagatc
cacaacctcactgccattgacaaatggttcctgcacaaactaaggcatatttctgaaatg
gagcagtacctgggtcagtataacagcaccacagtgccgagggatctactcctgaaggcc
aagagagatggtttttcggacctacaagttggccaggccctggacatctctgagggagag
gccagggcactcaggctcagacacaacatccaaccttgggtcaaacagattgatacactt
gctgcagaataccccgcagtcaccaactatttgtattgcacttaccacggtcaggagcat
gacctggattttaaggatcatggtatcatgattgtcggctgtggtccctatcacattggc
agcagtgtggagtttgactggtgtgctgtgtcaagcattcgtgccctcagacagatgggc
aagcgtacagtggtggtgaaccacaacccagagacagtcagtacggactttgatgagtgt
gaccgtctgtatttcgaggagttgaccctggagcgcatcttggacatcacacagcaggag
ggttgcactggctgcattgtgtctgtgggtgggcagatcccaaataacctggccatgccc
ctacatctaaacggagtgacgattctgggaaccagcccccttcagatcgatcgtgcagaa
gaaagatctgtattctcctccattctggacaagctgggtgtaggccaggccccgtggagg
gctctcagctctctggaagatgctgtgtcttttgcaagtaaagtaggctacccctgtctc
ctgcgcccatcctacgttcttagtggctcagccatgaacgtggcatactgtgaagacgag
atgaaacgtttcttggaggaagctacgcaggtgtcacaggatcatcctgtggtcatcacc
aagttcatccaaagtgccagagaggttgaggtggatgctgtggccaagatgggcaaggtg
ctggttcatgctatcacagaacatgtggaagacgcaggagtgcattcaggagatgccaca
ctcatgctgcccacccaaaccatcagccagggagctctggaaaaggtaaagacggctacc
cagaaaattgcaaaggcgtttgagatttcagggccgtttaacactcaatttttggtgaaa
ggcaacgatgtcatggtaatagagtgtaacctgcgtgcctctcgatccttccctttcgtc
tctaaaactattggtgtggacttcatcgatgtggccaccagggttatggtgggtgaggca
atggacgagtcccggctgccctccttagaaaacccaatcattccagttgactacgttggc
atcaaggctcccatgttttcctggccacggctgagagatgctgacccagtccttcgttgt
gagatggcctccactggagaggtggcttgctttggaccaaacatctactctgccttcctg
aaggccatgctctcaacaggattcaagcttccacggaaaggcattctcattgggatacaa
cattctttcagacctaacttcctgtccactgctcaccagcttcatgaggagggctttaag
ctttatgccacggagggtacatcagcttggcttaatgctaatgatgttccaacaatccct
gttacctggccaagccatgaaggcaacaacacctccttacccagcatcagcagacttatc
agtgaaagacacattgacctagtggtcaatctaccaaataacaacaccaagttcctgaaa
gacaacttcctgattcgcagaatggcggtggattacggagtgccccttatcacaaacttc
caggtagttaagctgtttgcagaggccattaagtattcaagtgacttagatgctaccagt
ctattccattaccggcagcgtgagcccagactgtccgagagctttaccgcatggttaact
tataaccactaa
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