Siniperca chuatsi (mandarin fish): 122885023
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Entry
122885023 CDS
T08948
Symbol
cps1
Name
(RefSeq) carbamoyl-phosphate synthase [ammonia], mitochondrial
KO
K01948
carbamoyl-phosphate synthase (ammonia) [EC:
6.3.4.16
]
Organism
schu
Siniperca chuatsi (mandarin fish)
Pathway
schu00220
Arginine biosynthesis
schu00250
Alanine, aspartate and glutamate metabolism
schu00910
Nitrogen metabolism
schu01100
Metabolic pathways
schu01200
Carbon metabolism
schu01230
Biosynthesis of amino acids
Module
schu_M00029
Urea cycle
Brite
KEGG Orthology (KO) [BR:
schu00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
122885023 (cps1)
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
122885023 (cps1)
00220 Arginine biosynthesis
122885023 (cps1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
schu01002
]
122885023 (cps1)
Enzymes [BR:
schu01000
]
6. Ligases
6.3 Forming carbon-nitrogen bonds
6.3.4 Other carbon-nitrogen ligases
6.3.4.16 carbamoyl-phosphate synthase (ammonia)
122885023 (cps1)
Peptidases and inhibitors [BR:
schu01002
]
Cysteine peptidases
Family C26: gamma-glutamyl hydrolase family
122885023 (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_3
Motif
Other DBs
NCBI-GeneID:
122885023
NCBI-ProteinID:
XP_044071501
LinkDB
All DBs
Position
LG12:11288050..11340954
Genome browser
AA seq
1506 aa
AA seq
DB search
MTKILLAYSVVKSLRQGCVIGRRVGNKSAWLRLQTTRLFSVKAQTAHLVLEDGTRMKGFS
FGHDSSVAGELVFNTGLVGYPEALTDPSYRGQILTLTYPIVGNYGVPNTQEVDELGLRKH
LESENIQVSGLLVQDYSNEYSHWNSVKSLGQWLQEEKIPALFGIDTRMLTKVIRDQGTVL
GKIEFDGQPVEISDPNQKNLVAEVSTKETKVFGKGNPIKVVAVDCGIKHNIIRLLVKRGA
EVHLVPWDQDLMSLDYDGLFISNGPGDPSLAKTLIDNVRKVLESDRPQPVFGICMGNQIT
ALAAGAKSYKLPMGNRGQNQPVLNVMSGQAFITAQNHGYGIDSESLPLGWSPLFINANDG
TNEGIMHNTKPVFTAQFHPEAKGGPTDTEFLFDAFISLIKKGKDANIVSVMPKKHHIPPR
AAVSKVLVLGSGGLSIGQAGEFDYSGSQAIKAMKEENVQTVLMNPNIASVQTNEVGSKQA
DSVYFLPVTPQFVTEVIKAERPDGILLSMGGQTALNCGVELFQSGILEKYGVKVLGTPVE
SIMATEDRQLFADKLMEINEKIAPSFAVESVSDALKAAEKIGYPVMLRSAYALGGLGSGL
CSNKEKLEETANKALAMSRQILVEKSLRGWKEVEYEVVRDVADNCVTVCNMENFDPLGIH
TGDSIVVAPSQTLSNEEYHMLRETAIKVVRHLGIVGECNIQYALHPSSLEYCIIEVNARL
SRSSALASKATGYPLAFVAAKLALGIPLPEIKNAVSEKTTACFEPSLDYIVTKIPRWDLD
RFQGMSHEIGSSMKSVGEVMAVGRTFEESVQKALRMCHPSVDGFMPRLPLKKAWADTQDL
QQELAVPSITRIFSLAKSLHSGMSVDQIHQLTAIDKWFLHKLRRITQLEQHLANYSSGTV
PKELLLKAKQDGFSDRQVGQILGSSEREARELRLSHGIRPWVKQIDTLAAEYPAMTNYLY
CTYHGEEHDLDFKDQGIMVLGCGPYHIGSSVEFDWCAVSSIRALRQMGKKTVVVNHNPET
VSTDFDECDRLYFEELTLERILDITQQEGCSGSIVSVGGQIPNNLAVPLHMNGVKILGTS
PLQIDRAEERSVFSSILDDLGVAQAPWKALSSLEDAFAFTNQVGYPCLLRPSYVLSGSAM
NVVYGEEEMKRFLEEATQVSQEHPVVITKFIRGAREVEMDAVAKGGKVLVHAITEHVEDA
GVHSGDATLMLPTQSISQGALEKVKIATRKIAQAFEISGPFNTQFLVKGNDVMVIECNLR
ASRSFPFVSKTIGVDFINVATKVMVGEPLDEASLPSLERPIIPVDFVGIKAPMFSWPRLR
DADPVLRCEMASTGEVACFGPNIYSAFLKAMLSTGFKLPQKGILIGIQHSFRPNFLATAH
QLKEEGFKLYATEATSAWLCANDVPATPVAWPAEKGGDTNLPSIKRLINEGDIDLVVNLP
NNNTRQLKNNFLIRRMAIDHGVPLITNYQVVKLFAEAIGYAGELDTGSLFHYRQKESQHR
GAKQQG
NT seq
4521 nt
NT seq
+upstream
nt +downstream
nt
atgacaaaaatcctgctagcttacagcgttgttaaatccctgagacaaggatgcgtgatt
ggcagaagagtgggaaacaagtcggcctggctgagacttcaaactactagactttttagt
gtgaaggcccagacagcccacctggtcttggaggatggcaccaggatgaaagggttttcc
tttgggcatgattcctctgtagctggggaactggtcttcaatactggcctggtggggtat
cctgaggccctgactgaccccagctacagaggtcagatcctgaccctgacctaccctatt
gtaggaaactacggggtacccaacacccaggaggtggacgagctgggcctgagaaaacat
ctggagtcagaaaacatccaggtatctggtcttttggttcaagactacagcaatgaatac
agccactggaactcggtcaagtctttgggacaatggctgcaagaagagaagattcctgca
ctgtttggaatagacaccagaatgctgaccaaggtcatcagagaccagggcacagttttg
gggaaaattgaatttgatgggcagcctgttgagatatctgatcccaaccagaaaaacctg
gtagcagaggtctcaactaaggaaaccaaagtttttggaaaaggaaacccaattaaagtt
gttgctgttgattgtggtattaaacacaacatcattcgcctgctggttaagaggggtgca
gaagtccaccttgtaccatgggatcaggacttaatgagtctggactatgatggcctgttc
atctccaatggaccaggagatccatccttggccaagacgctcatcgacaatgtccgcaag
gttctggagagtgatcgtccccagccagtgtttgggatctgtatgggcaaccagatcact
gctctggctgcaggagctaagtcatataagctacctatgggcaacagaggccagaaccag
ccggtgctgaatgtaatgtcgggccaggccttcattacggcgcagaaccacggctacggc
atagacagcgagtccttgcccctagggtggagcccacttttcatcaatgccaatgatggc
accaatgagggcatcatgcacaacactaaacctgttttcacggcccagtttcacccggag
gctaaaggcggtcccactgacacagagttcctctttgatgccttcatatccctgatcaag
aaaggaaaggacgccaacatagtgtcagtcatgcccaagaaacaccacattcctcccaga
gctgcggtgtcaaaggtgctcgtactgggttctggtggtctgtctatcggtcaggctgga
gagtttgactactctggatctcaggccatcaaggccatgaaggaagagaacgtgcagaca
gtgctcatgaacccaaacatagcctcggttcagacaaacgaggtgggctccaagcaggcc
gactccgtctacttcctgcccgtcacgccacaatttgtaactgaagtgatcaaggccgag
cgtccagatggcatcctgctctccatgggtggacagactgcactcaactgcggagttgaa
ttattccagagtggcatcctggagaagtatggggtgaaggtcctaggaaccccagtggag
tccatcatggccacagaggacagacagctgtttgctgacaaactgatggagatcaatgag
aagattgcacccagtttcgccgtggagtctgtatctgatgccttgaaagcagcagagaag
attggctacccagtgatgttacgatcggcctatgccctgggaggtctgggctctggtctg
tgttccaacaaagaaaagctggaggaaactgccaacaaggctctggccatgagcagacag
atcctggtggagaagtctttgagaggctggaaggaggtggaatacgaggtggtgagagat
gtggctgataactgtgtcactgtctgcaacatggagaacttcgacccactgggcattcac
acaggtgactccatagtggtggccccaagccaaacattgtccaacgaggagtaccacatg
ctccgtgagacggccatcaaagtggttcggcaccttggcattgtaggcgaatgcaacatc
cagtatgcgctacacccatcgtccctggagtactgcatcattgaggttaacgcccggctc
tccagaagctctgctctggcatccaaagccactgggtatcccttggcttttgttgccgct
aagctggctctgggtatccctctgccagagatcaagaacgctgtatcggaaaagaccaca
gcctgctttgagcccagtctagactacatcgtcaccaagatcccccgttgggacctggac
cgcttccagggcatgtcccatgaaataggcagttccatgaagagtgtcggagaggtgatg
gcagtgggccggacctttgaggagagtgtgcagaaggccctgaggatgtgtcatccctca
gtggatggcttcatgccccggctgccactcaagaaagcctgggctgacacccaggacctg
caacaggagctggctgtgccctccatcacccgcatcttctccctcgccaagtccctccac
agcggcatgagtgttgatcagatccaccagctgacagccatagacaagtggttcctccac
aaactccgcaggataacacagctggagcaacacttggcgaactacagcagtggcacagta
cccaaggaactactgttgaaggccaagcaggacggcttctcagaccggcaggttggtcag
attctgggctccagtgagagagaagccagagagctgaggctcagtcacggcatcagaccc
tgggtcaaacagattgacaccttggcagcagagtatccagccatgaccaactacctgtat
tgtacctatcatggtgaagagcatgatctggactttaaagaccagggaattatggttctt
ggttgtgggccctaccacattgggagcagtgtagagtttgactggtgcgcggtgtccagc
atcagagctttgagacagatgggaaagaagacagtggtggtcaaccacaaccctgagacg
gtcagcactgactttgacgagtgtgaccgcctctactttgaggagttgaccctggaacgc
atcctggacatcacccaacaggagggttgctctggcagtattgtgtctgttggaggccag
atccccaacaacctggctgtcccattgcacatgaatggggtgaagattctggggaccagc
cccctgcagatcgaccgtgctgaggaacgctctgtcttctccagcatattggatgacctc
ggggtggcccaggccccatggaaggccctcagctccctggaagatgcttttgccttcacc
aaccaggtgggatatccctgtctgctgcgcccctcctatgttctcagtggctctgcgatg
aacgttgtgtatggagaagaggagatgaaacgcttcttggaggaggccactcaggtgtcc
caggagcatccagtggtcatcaccaagtttatccgcggcgccagggaggtagagatggat
gctgtggccaagggtggcaaggttctggtccatgccataacagagcatgtggaagatgcg
ggggtacactcaggagatgccaccctaatgctaccaacccagagtattagccagggggcg
ctagaaaaggttaagattgccacccggaaaatcgcgcaagcatttgaaatttcggggccc
tttaacactcaatttctggttaaaggcaatgatgtcatggtgatagagtgtaatctacgg
gcatcgcgctccttcccttttgtatccaaaacaatcggtgtggactttatcaatgtggca
accaaagtgatggtgggagagcctttggatgaggccagcctgccctcgctggagagaccc
atcattcctgtagattttgttggcatcaaggcacccatgttctcctggccacggctgagg
gatgcagaccctgtgcttcgctgtgagatggcctccaccggtgaagtagcttgttttgga
ccaaacatttattcagccttcctgaaggctatgctctccacaggctttaagctaccacag
aagggcatcctgattgggattcagcattcgttccgacccaatttcctggctacagcccac
cagctgaaagaggaggggttcaagctctatgctactgaagccacctctgcctggctgtgc
gccaatgatgtgcctgccactccagttgcctggcccgctgagaagggaggagacaccaat
ttgcccagtattaagaggctgatcaacgagggtgatattgacctggtggtcaacttgccc
aataacaacacacgacaactgaagaataacttcctcatccgcagaatggctatcgaccac
ggcgttcccctaatcaccaattaccaggtggtgaagctgtttgcagaggccattggctat
gcgggtgagctcgacactggcagcctcttccactaccgtcaaaaagaaagccaacacaga
ggggctaaacagcagggctaa
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