Onychostoma macrolepis: 131547203
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Entry
131547203 CDS
T09350
Symbol
cps1
Name
(RefSeq) carbamoyl-phosphate synthase [ammonia], mitochondrial isoform X1
KO
K01948
carbamoyl-phosphate synthase (ammonia) [EC:
6.3.4.16
]
Organism
omc
Onychostoma macrolepis
Pathway
omc00220
Arginine biosynthesis
omc00250
Alanine, aspartate and glutamate metabolism
omc00910
Nitrogen metabolism
omc01100
Metabolic pathways
omc01200
Carbon metabolism
omc01230
Biosynthesis of amino acids
Module
omc_M00029
Urea cycle
Brite
KEGG Orthology (KO) [BR:
omc00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
131547203 (cps1)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
131547203 (cps1)
00220 Arginine biosynthesis
131547203 (cps1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
omc01002
]
131547203 (cps1)
Enzymes [BR:
omc01000
]
6. Ligases
6.3 Forming carbon-nitrogen bonds
6.3.4 Other carbon-nitrogen ligases
6.3.4.16 carbamoyl-phosphate synthase (ammonia)
131547203 (cps1)
Peptidases and inhibitors [BR:
omc01002
]
Cysteine peptidases
Family C26: gamma-glutamyl hydrolase family
131547203 (cps1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
GATase
CPSase_sm_chain
CPSase_L_D3
MGS
ATP-grasp
Dala_Dala_lig_C
ATPgrasp_Ter
ATP-grasp_5
Motif
Other DBs
NCBI-GeneID:
131547203
NCBI-ProteinID:
XP_058643578
LinkDB
All DBs
Position
09:complement(10184755..10244141)
Genome browser
AA seq
1500 aa
AA seq
DB search
MSKILTVCGAAKSLRLGWRNWRTSTRLLSTKAQTAHLVLEDGTKMKGYSFGHDHSAAGEL
VFNTGLVGYPEALTDPSYRGQILTLTYPIVGNYGVPNTQQLDEQGLKKNVESDRIQVSGL
LVQDYSFEYSHWNSVKSLGQWLQEEKVPALFGIDTRMLTKIIRDKGTVLGKIEFDGRSVE
ITDPNQRNLVAEVSTKDIQVFGKGNPIKVVAVDCGIKHNIIRLLVKRGAEVHLVPWDQDL
MSLEYDGLFISNGPGDPSLAKTLIQNVRKVLESDRPQPLFGICMGNQITALAAGAQSYKL
PMGNRGQNQPVVNMMTGQAFITAQNHGYGIDSESLPPGWSPLFINANDGTNEGIMHNTKP
VFTAQFHPEAKGGPTDTEFLFDAFISLIRNGKEGSIASVMPKKPAIPQRIQVSKVLVLGS
GGLSIGQAGEFDYSGSQAVKAMKEENLQTVLINPNIASVQTNEVGTKQADSVYFLPITPE
FVTEVIKVERPDGILLSMGGQTALNCGVELFQSGVLQKYRVHVLGTPVESIMATEDRQLF
SDKLMEINEKIAPSIAVKTVADALKAADEIGYPVMLRSAYALGGLGSGLCANKEKLEDTA
HKALAMSSQILVEKSLLGWKEVEYEVVRDVADNCVTVCNMENFDPLGIHTGDSIVVAPSQ
TLSNEEYHMLRETAIKVVRHLGIVGECNIQYALHPSSLEYCIIEVNARLSRSSALASKAT
GYPLAFVAAKLALGIPLPDIKNAVSEQTTACFEPSLDYIVTKIPRWDLDRFHGMSREIGS
AMKSVGEVMAVGRTFEESIQKALRMCHPSVDGFVPRLPLKRAWAEQRDLQRELSLPSSTR
IFSLAQALHSGVTIDQIHDLTAIDKWFLHKLKHITAMEQLLGQYNSATVPRDLLMKAKMD
GFSDRQVGQALDISEGEARMLRLNQNIRPWVKQIDTLAAEYPAATNYLYCTYHGQEHDLD
FKDHGIMIVGCGPYHIGSSVEFDWCAVSSIRALRQMGKRTVVVNHNPETVSTDFDECDRL
YFEELTLERILDITQQEGCTGCIVSVGGQIPNNLAMPLHLNGVKILGTSPLQIDRAEERS
VFSSILDDLGVGQAPWRAISSLEDAVSFASTVGYPCLLRPSYVLSGSAMNVVYGEDEMKR
FLEEAAQVSQDHPVVITKFVRGAREVEVDAVARMGKVLAHAITEHVEDAGVHSGDATLML
PTQTISQGALEKVKTATQKIAKAFEISGPFNTQFLVKGNDVMVIECNLRASRSFPFVSKT
IGVDFIDVATRVMVGEPLDESRLPSLENPIIPIDYVGIKAPMFSWPRLREADPVLRCEMA
STGEVACFGPNIYSAFLKAMLSTGFRLPQKGILIGIQHSFRPNFLSTAHQLHEEGFKLYA
TEGTSAWLNANDVPTIPVAWPSHESKNTTLPCISRLISEGHIDLVVNLPNNNTKFLKDNF
QIRRMAVDHGVPLITNFQVVKLFAEAIRYSSDLDATSLFHYRQREPRLSESSAAWLTCNL
NT seq
4503 nt
NT seq
+upstream
nt +downstream
nt
atgtcaaaaatcttaacagtctgcggagctgccaaatcactgaggctgggatggcgcaac
tggagaacgtcgacaagattgctcagcacgaaggctcagaccgcgcacttggtgcttgaa
gatggcacgaagatgaagggctactcttttgggcatgatcactctgcagctggagagctg
gtcttcaacacaggactagttggctatcctgaggctctgacagaccccagttacagaggg
cagatcctgaccctcacctaccccattgttggaaactatggtgttcccaatactcagcaa
ttggatgagcagggattgaagaaaaatgtggagtctgatcgcattcaggtttcaggactg
ttggttcaggactacagttttgagtacagtcactggaactctgtcaaatcactgggacag
tggcttcaagaggagaaggtgccggctctttttgggatagataccaggatgctaacaaag
atcattagagacaagggtactgttttggggaagattgaatttgatggacggtcagtagag
atcacagacccaaaccagcgaaatctcgtagctgaggtctcaaccaaggatattcaagtg
tttgggaaaggcaatcctatcaaagtggttgctgttgattgtggaatcaagcacaacatt
ataagactacttgtcaagcgtggagcagaagtgcatttagtgccgtgggaccaagacctg
atgagtttggagtatgacggtctcttcatctccaacggcccaggagatccttcactggca
aagaccctgattcaaaatgtccgcaaggtgctggaaagtgatcgtcctcagccattgttt
ggtatttgtatggggaatcaaatcacagctctggcagcgggtgcacagtcttataaacta
ccaatgggaaacagaggccaaaaccagccagttgtgaatatgatgacaggccaagctttc
atcacagctcagaatcatgggtatggcatagacagcgagtcccttcctccaggctggagt
cctctcttcatcaatgcaaatgatggaaccaatgagggcattatgcataataccaagcca
gtgttcacagctcagttccaccccgaggccaaaggaggacccacagacacagagttcctg
tttgatgctttcatctctctgataaggaatgggaaggaggggagcattgcatctgtgatg
ccaaagaaacctgctattcctcagagaatccaggtgtccaaagtgctggtgctgggatct
ggaggcctgtccattggtcaggcaggagagtttgattactcgggatcccaggctgtcaaa
gctatgaaggaggaaaacctacaaactgtgttgattaaccccaacattgcctcagtacag
actaacgaggttggcaccaagcaggcagactctgtgtacttcctgcccatcactcctgag
tttgtaacggaggtgatcaaagtagagcgacccgacggcatcctgctctccatgggagga
cagacggctcttaactgtggggtggagctctttcagagtggcgtccttcagaagtatcga
gtgcatgttttgggcacccctgtggagtccatcatggccactgaggaccggcagctcttt
tcagataaactaatggagatcaacgaaaagattgctcccagtattgctgttaaaacagtg
gcagatgccttgaaggcagcagatgagattggctaccctgtcatgttgagatcagcttat
gccctgggtggccttggctcaggcctgtgtgctaataaagagaagctagaggacactgct
cacaaggccctggccatgagcagccagatcctggtggaaaagtccctgctgggctggaag
gaagtggaatatgaggtggttagggatgttgctgataactgtgtcactgtctgcaatatg
gagaactttgaccctctgggcatccatacaggtgactccattgtggttgcacccagccag
actctgtccaatgaggagtaccacatgctgagagagaccgctattaaagtagtgcgtcat
ctgggcattgtgggagagtgcaatatccagtatgccctgcatccgtcctctctggagtac
tgtatcattgaggtgaatgcccgcctctccagaagctcagcactggcgtccaaagccaca
gggtatccattagcatttgtagctgctaaactagcactgggcatcccactgccggacata
aagaacgcagtgtcggagcagaccacagcctgttttgagcccagtttggattatattgtc
accaaaatacctcgctgggatttggaccgcttccacgggatgtctcgggagatcggcagt
gccatgaagagtgttggagaggtcatggcagttggccgaacctttgaggagagcatccag
aaggctttgcggatgtgccacccctcagtggacggctttgtaccgcgtctgccactgaaa
agagcttgggcagaacagcgagaccttcagcgagagctctccctgccttcaagtactcgt
atcttctccctcgcccaggcccttcacagtggtgtgaccattgatcagatccatgaccta
actgccatagacaagtggttcctgcacaaactgaagcacattactgcgatggagcagctc
ctgggtcagtataacagcgccacagtgccgagagatctacttatgaaggcaaagatggat
ggtttctcagaccgacaggttggccaggctctggatatctcagagggagaagctcggatg
ctcaggcttaaccagaacatcagaccttgggtcaaacagattgatacacttgctgctgaa
taccctgcagccaccaattatttgtattgtacttaccatggtcaggagcatgacttggat
tttaaggatcatggtatcatgattgtgggttgtggtccgtatcacattggcagcagtgtg
gagtttgactggtgtgcggtgtcaagcattcgtgcccttagacagatgggcaagcgtaca
gtggtggtgaaccataacccagagacggtcagtacggactttgatgagtgtgaccgtctg
tactttgaggagttaaccctggagcgcatcctggacatcacacagcaggagggctgcacc
ggctgtatagtatctgtgggtgggcagatccccaataacctggccatgcccctgcacctg
aatggggtgaagattctgggaaccagtcctcttcagatcgatcgtgcagaagagagatct
gtattctcctccatattggatgatctgggtgtaggccaggccccgtggagggctatcagc
tcattggaagatgcggtttcttttgccagtactgtgggctacccttgcctcctgcggcca
tcctatgttctgagtggctcagccatgaatgtggtgtacggtgaagatgagatgaaacgt
ttcctggaggaagccgcgcaggtgtcacaggatcatcctgtggtcatcactaaattcgtc
cgaggtgccagagaagtggaggtggatgcagtggccagaatgggcaaggtgctggctcat
gctatcacagagcatgtggaggatgcaggagtgcactcaggagatgccacactcatgctg
cccacccagaccatcagccagggagctctagagaaggtgaaaactgctacacagaaaatc
gcaaaggcgtttgagatttcagggccatttaacactcaatttttggtgaagggcaatgac
gtaatggtgatcgagtgtaacctgcgtgcatctcgatctttccctttcgtctctaaaacc
attggtgtggacttcattgatgtggctaccagggtcatggtgggagaaccactggacgag
tctcgtctgccctccctagaaaacccaatcattccaatagactatgttggcattaaggct
cctatgttttcctggcctcgcttgagagaagctgaccctgtcctgcgttgtgagatggcc
tccaccggagaggtggcatgctttggaccaaacatctactctgccttcctgaaggccatg
ctctctacgggattcagacttccccagaaggggattctcattgggatacaacattcattc
aggcctaacttcctgtccactgctcatcagcttcatgaggagggctttaaactctatgcc
acagagggtacatcagcttggctcaatgctaatgatgttccaacaatccctgttgcttgg
ccaagccatgaaagcaaaaatacaacattaccctgcatcagcagacttatcagtgaagga
cacattgaccttgtggtcaacttacctaataacaacaccaagtttcttaaagacaacttc
cagattcggagaatggctgtggatcacggagtaccacttataacaaacttccaggttgta
aagctgtttgcagaagccattaggtattccagcgatttagacgccaccagcctgtttcac
taccgccaacgtgagcccagactgtcagagagctctgctgcatggttaacttgtaacctc
taa
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