Haliotis asinina (tropical abalone): 137298909
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Entry
137298909 CDS
T10448
Name
(RefSeq) carbamoyl-phosphate synthase [ammonia], mitochondrial-like isoform X1
KO
K01948
carbamoyl-phosphate synthase (ammonia) [EC:
6.3.4.16
]
Organism
hasi Haliotis asinina (tropical abalone)
Pathway
hasi00220
Arginine biosynthesis
hasi00250
Alanine, aspartate and glutamate metabolism
hasi00910
Nitrogen metabolism
hasi01100
Metabolic pathways
hasi01200
Carbon metabolism
hasi01230
Biosynthesis of amino acids
Module
hasi_M00029
Urea cycle
Brite
KEGG Orthology (KO) [BR:
hasi00001
]
09100 Metabolism
09102 Energy metabolism
00910 Nitrogen metabolism
137298909
09105 Amino acid metabolism
00250 Alanine, aspartate and glutamate metabolism
137298909
00220 Arginine biosynthesis
137298909
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
hasi01002
]
137298909
Enzymes [BR:
hasi01000
]
6. Ligases
6.3 Forming carbon-nitrogen bonds
6.3.4 Other carbon-nitrogen ligases
6.3.4.16 carbamoyl-phosphate synthase (ammonia)
137298909
Peptidases and inhibitors [BR:
hasi01002
]
Cysteine peptidases
Family C26: gamma-glutamyl hydrolase family
137298909
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
CPSase_L_D2
CPSase_L_D1
GATase
CPSase_sm_chain
CPSase_L_D3
ATP-grasp
MGS
Dala_Dala_lig_C
ATPgrasp_Ter
Peptidase_C26
Peptidase_M17_N
Motif
Other DBs
NCBI-GeneID:
137298909
NCBI-ProteinID:
XP_067687380
LinkDB
All DBs
Position
10:21804752..21858624
Genome browser
AA seq
1500 aa
AA seq
DB search
MVMYRLVFGALKHSRSSLALYPIKETRSLSTFAVNSTETAQAPKASLVLQNGSRFQGYSF
GYESPTTGEVVFNTGLVGYPEALTDPSYRGQILTLTYPIIGNYGVPDTELLDGYGLRRYV
ESENIQVSGLIVQDYTDQHSHWNAVKSLSQWLIEERIPALYGIDTRMITKMIRDEGTVLG
KIEFDGKEVEFDDPNLRNLMAEVSTKDIRIYGKGNPIRILALDCGVKHNMLRNLVKRGAE
VRLVPWDYDFTNDAYDGLFISNGPGDPSLSVETIHHVRKVLEGRSEPVFGICMGNQITAL
AAGAKSYKLPLGNRGHNQPVVNTVTKQAFITSQNHGFAVDSESLPEDWEVLFVNANDGTN
EGVMHKTKPIFTAQFHPEAYGGPTDTEFLFDYFMDLIKTKETSVVNVMPSTEARPQPPQV
SKVLVLGSGGLSIGQAGEFDYSGTQAIKALKEEKVKTILMNPNIASVQTNAEGEKQADSV
YFLPITSDFVSEVIRRERPDGILLSMGGQTALNCGVELHRQGILDEYGVQVLGTKIESVE
ATEDREIFASHLKKINEKLAPSRAVNSLKAALEAAEEIGYPVMVRAAYALGGLGSGVARD
EASLEKITSAALAVTNQVLIEKSLVGWKEVEYEVVRDAFDNCVTVCNMENLDPLGIHTGD
SIVVAPSQTLSNEEYHMLRETAIKVVRHFGIVGECNIQYALHPQSMEYCIIEINARLSRS
SALASKATGYPLAFIATKLALGIDLPSLQNTTTQMTTACFEPSLDYIVTKIPRWEMERFQ
HMSKEIGSAMKSVGEVMAIGRTFEESLQKALRMTHPSCVGFTEQLPGGKQYPAHFDIDTN
LQEPNNTRIHTLAKAFQAGYTVDRIHSLTNIDRWFLNKLRKIYDLERRLKNINKADVNAE
LMLCLKQTGFSDKQIGNMLGINETESRNMRLSMSVKPWIKQIDTLAAEYPAQTNYLYCTY
NGMEHDVSFNDHGVMVLGCGPYHIGSSVEFDWCAVSCIRTLRDLGKKTVVVNHNPETVST
DFDECDRLYFEELSLERVLDINEQERCEGVVVSVGGQIPNNLALPLHKRGVKIMGTSALM
IDNAENRPVFSAICDTLGIRQPEWRSLTKLDEALDFAATVGYPCLLRPSYILSGSAMNVA
YTPEELQGYLQEAAQISSDYPVVITKFYNGSREVEMDAIASDGVIVSHAISEHVENAGVH
SGDATLMLPTQTISEEALTVIRDITEKIANHFLISGPLNIQFLVKDSDVKVIELNLRASR
SFPFVSKTIGTDFIETGTKVMLNMPINLEQLPTLRTPRLPTTYVGIKAPMFSWPRLKDAD
PLLKCEMSSTGEVACFGSTKYTAFLKALMSAGFRVPKAGSGVLLGMQKSFLPHFLPFGKR
LSLFGYQMYATEKTACYLNTHYIPTEVVNWPPPSHSSTDHPTATRLIENGEIDLVINLPN
HHTTYNTENYLIRRAAIDHAVPLITNFEVAKLLVESLDYVGNITASSLFDYRKNDSKPME
NT seq
4503 nt
NT seq
+upstream
nt +downstream
nt
atggtgatgtatcgcctggttttcggagctcttaaacactcgcggtcatcactcgctctt
tatccgattaaagagacccgttccttatcaacgtttgctgttaattctactgaaacggcc
caggcccccaaagccagcttagtgctccagaatggtagtcggttccagggttactcattt
ggttatgaaagccctacaacaggggaggtagttttcaacactggactggtcggctatccc
gaagcactgacagacccaagttacaggggtcaaattctgacactgacttaccccatcatc
ggcaactatggagttcctgacacagagctacttgacggctatggacttcggagatatgta
gagtcggagaatatccaggtgagtggtctcatcgtgcaagactacactgaccaacacagt
cactggaatgctgtcaaatctttgtcccaatggttgattgaagaacgcatccctgccctg
tatggcatcgacacaaggatgattacaaagatgatcagagacgaggggaccgttcttggt
aaaattgagtttgatggcaaggaggtggaatttgatgatcctaatcttcgcaatttgatg
gctgaagtttcaacaaaggacatacggatttacggcaaaggtaatcccatacgcatcttg
gctttggattgtggtgtgaagcacaatatgttgaggaatcttgtcaagaggggagcagaa
gtgcgattggtgccatgggattatgactttacgaacgacgcctatgatgggctgtttatt
tctaacggcccaggggacccatctttgtctgtggaaaccatacatcatgtacgaaaggtt
cttgaaggaaggtctgagccagtgttcggaatttgtatggggaaccaaattacagcactt
gctgccggtgcaaagtcctacaaattacctcttggcaacaggggccacaaccaacctgtt
gtgaacaccgtcaccaagcaggcattcattacatctcagaatcatggctttgcggttgac
agtgagtctctaccagaggattgggaggttctcttcgttaatgcaaacgatggaacaaac
gagggtgtcatgcacaaaactaaaccgatttttacggcgcagtttcaccctgaagcgtac
ggaggaccaacagacacagaatttctctttgactacttcatggacctgatcaagacaaag
gagacgtctgtggtgaatgtcatgcctagcaccgaggccagaccacaacctccacaggtg
tcgaaggtccttgtgttaggcagtggtggactgtcaattggacaggcaggggaattcgac
tacagcggtacacaagcaatcaaagctttgaaggaggagaaggtgaagaccatcttgatg
aaccccaacatagcctcagtccagactaacgcagaaggagagaagcaagcggactcggtg
tactttttgcccattacttctgactttgtaagcgaggtgatcaggagagagaggccggat
ggcatactgctgtccatgggcggccagactgccctcaactgcggagtcgaactacatcga
caaggaattctggatgaatatggggttcaagttctcggtacgaagatagagagtgttgag
gcgactgaagatcgggagatatttgcttctcatctgaaaaagatcaatgaaaagctggca
ccgagccgcgccgttaatagtctgaaggcagcactagaagcagccgaggagatcggctac
ccggtgatggtcagggcagcttatgcccttggtgggttgggctctggagtagcacgggat
gaggctagcttagagaagataacttcagctgcacttgctgttaccaaccaagtcctgata
gaaaagtcactagttgggtggaaggaagtagaatacgaggttgtaagggatgccttcgac
aactgtgttaccgtctgcaacatggaaaaccttgacccactgggcatacacacaggtgat
tccattgttgttgccccaagtcagactttgtcaaacgaagaatatcatatgctgcgggaa
acagcaatcaaggttgttcgtcactttggcattgttggtgaatgcaacatccagtatgcc
ctccatccacagtcaatggaatactgcatcatcgagatcaatgcaaggttatcaagaagt
tcggctctcgcgtctaaagcaacagggtatcccctagcatttatagcaacgaaacttgct
cttggcattgatctaccaagccttcaaaacactacgacccaaatgaccactgcatgcttt
gagccaagccttgactacatcgtcacgaagatccctcgctgggagatggaaaggttccag
catatgtctaaggagattggaagtgctatgaaaagtgttggagaagtcatggcaatagga
aggacattcgaggaaagtttgcagaaggccctgcgaatgacacacccatcttgtgtaggg
tttactgagcagctccctggtggcaaacagtacccggcacactttgatattgacacaaac
ttacaagaacctaacaacacaaggattcacacattagccaaggcctttcaagccggctac
acggtggacagaatacactccctcaccaacatagacagatggttcctcaacaaactccgt
aagatttatgacttggagaggcgactaaagaatattaacaaggcagatgtgaatgcagag
ctcatgttatgtttaaaacagactgggttttcggacaaacagattggcaacatgttggga
attaatgaaacggagtcccgcaacatgcgactatctatgtcagtaaaaccatggataaaa
cagatagacacattagcagctgagtatcctgcccaaaccaactacctgtactgcacctat
aatgggatggaacatgacgtatccttcaacgatcatggcgttatggttttgggatgcggg
ccgtatcacatcggaagcagtgttgaattcgactggtgtgccgtttcttgcataagaaca
ctacgggacctcggaaagaaaacagttgtggtgaaccataacccagagactgtcagcacc
gatttcgatgaatgcgaccggctgtacttcgaggaattgtctttggagagagtgttagac
atcaatgaacaagagcgttgtgaaggagttgttgtgtctgttggtggacaaatcccaaac
aacctggcccttcctcttcacaagagaggggtgaaaatcatgggcacaagtgcactgatg
atagacaacgctgaaaatagaccggtgttctctgctatatgtgatactcttggcatcaga
cagccggagtggagatccctcaccaaactggatgaagctttagacttcgctgcgactgtt
ggctacccctgtttgttgaggccgtcttatattctcagtggttcagctatgaacgtggcg
tacacacccgaggagttacagggatacctgcaggaagcagcgcagatttctagcgactac
ccagttgttataacgaaattctacaacggatctcgagaagttgagatggatgcgattgct
tcagatggagttattgttagccacgctataagtgaacatgttgagaacgcaggtgttcac
agtggtgatgcgacgctgatgctgccgacacaaaccataagtgaagaggccctgactgtt
atccgagacatcacagaaaagatcgcaaatcactttttgatttctggaccactcaatatt
caatttcttgtgaaggacagtgatgtaaaggtcatagaactgaatctgagagcatcgcgt
tcatttccatttgtttctaagacgattgggacagatttcattgaaacagggaccaaggtc
atgctgaatatgccgatcaatctggaacagctgccaactctgcgtaccccgaggcttcct
accacgtatgtgggaataaaggcaccaatgttctcctggccacgactaaaagatgctgat
cctctcctgaagtgtgagatgtcatcaactggggaggtggcgtgttttggtagcaccaag
tacactgcgtttctcaaagcactaatgtctgctggattccgcgtgcctaaggcgggcagc
ggtgtcttactgggaatgcagaaatcttttctcccccacttccttccatttgggaagaga
ctgtctttgtttggttaccagatgtatgcaacagagaaaacagcctgttacttgaataca
cattacatcccgactgaggtagtgaactggccgcccccatcacacagcagtacggaccat
ccaacagcaacacgattgattgaaaatggagaaatagatttggtcatcaacctccctaac
caccacacgacatataacacggagaattatctcatccggcgtgctgccattgaccacgct
gtgccgcttatcaccaacttcgaggttgcaaaactactggttgaatctctggactatgtt
ggcaacatcacggccagcagtctatttgactacagaaagaatgattccaagcccatggaa
taa
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