Neoarius graeffei (lesser salmon catfish): 132883578
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Entry
132883578 CDS
T10798
Symbol
ak9
Name
(RefSeq) adenylate kinase 9
KO
K18533
adenylate/nucleoside-diphosphate kinase [EC:
2.7.4.3
2.7.4.6
]
Organism
ngra Neoarius graeffei (lesser salmon catfish)
Pathway
ngra00230
Purine metabolism
ngra00240
Pyrimidine metabolism
ngra01100
Metabolic pathways
ngra01232
Nucleotide metabolism
ngra01240
Biosynthesis of cofactors
Module
ngra_M00049
Adenine ribonucleotide biosynthesis, IMP => ADP,ATP
ngra_M00050
Guanine ribonucleotide biosynthesis, IMP => GDP,GTP
ngra_M00052
Pyrimidine ribonucleotide biosynthesis, UMP => UDP/UTP,CDP/CTP
ngra_M00053
Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
ngra_M00938
Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:
ngra00001
]
09100 Metabolism
09104 Nucleotide metabolism
00230 Purine metabolism
132883578 (ak9)
00240 Pyrimidine metabolism
132883578 (ak9)
Enzymes [BR:
ngra01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.4 Phosphotransferases with a phosphate group as acceptor
2.7.4.3 adenylate kinase
132883578 (ak9)
2.7.4.6 nucleoside-diphosphate kinase
132883578 (ak9)
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
ADK
AAA_17
AAA_18
FAP206
YHS
AAA
AAA_14
AAA_33
Hydin_ADK
Cytidylate_kin
ABC_tran
SKI
AAA_28
ORC-CDC6-like
Dpy-30
KARI_N
Motif
Other DBs
NCBI-GeneID:
132883578
NCBI-ProteinID:
XP_060773343
LinkDB
All DBs
Position
3:76258174..76290530
Genome browser
AA seq
1487 aa
AA seq
DB search
MLMPLEDFMAAHDPQYLFELDGNKDPEEILGCLIAHLDFMAVRRAAVPVRLINTDELELL
KEMDDEELLNTLSTSKIIAPGFHWQISRWGCTCPVALKEGKIIKGSPDFSVSFLNKLYVL
SSQEALQKFMVTPRWYLLPPMPCPPCKVSVIGPPQSGKSTLSALLAEHYGAVLIDMKKMM
EVDMDKIRQGRLEKARQDATISALQKVKVRMHKDDVQKSEMEVTEDHPEVQALVEEAMKE
AEKMLMEHPDDMCVDVLEKWIREIQAEDADAEFKRGWVLDNYPTTQAKLAAIQELHPDLM
PDVVFCLRDSEGEGRTVLTRIYEQKKEEVDAVALAQLQEEQRQKAAESQNIPQQVLDSEE
DTQTGNVPSSLKVVPEEPDVTEVTLSSRWEQGYPPGPAMEMYKQQLKTFMEEWNSLESSI
TCSYVILEIANQTPQILLQEMVDKMERPFKYKAQELSSRDLDTYEEEDAQEDEDEAEESS
SKRWLGDTNKYCPVVLREEGTLVPCTNDIAAKYREKVYYFSSSKALEKFIQTPELYSPTT
QLLKPPALRIFLMGVRGSGKTTHGHWLAQQLGLFHFQFRERLQEMILSKTQTRVPYADEV
EPAEEPPIELQNLLQTSTQSTASIEPSDELSQKESLISNKDHTEETPALTDEEEFIKSYL
FDEQPLPHTVLEKVLLQLWHQEPYKSTGFILEGFPQAPEEVSFLVERYLYPDITIVMSVE
VSEVVKRRLPPLFNRWREKCTRRREQMQLLKDLRSKIREEAIAQRRDELLSEYAPRTPRE
KDDEEEEVQENEGDDEQLNWEQEIEERLLEEFPEEEQEDIEEEESEASAEDRIGIEISER
FDRDDDKLTMIMELLSEHWIPHLTINANRKPHIVRSQLLKQVKPLVENREALFQRCHPIN
CAIARKLLHSSYKYYSAFGCWDPIRYAEGDLIQHMQDPLNTSFPVLFHNYIYYFASKETC
KTFMINPIKYLRQPKASPSLPIKLAVIGSPKSGKTTVARMFAREYGLAHLSIGGVMRTVL
SIQDKTELATEMLKYLNQGLTVPDELAIQCLEVVLLNLVCSTQGYVLDGFPMTKRQADLM
AARRIIPIQVIELQLNKDEMLRRGMKDKMKPNRPYPMHDSTQFLDVRISCFKREVEALRK
HFHQQYQNWVPVDAHKSSWWVWHRVLDEAQISLRHIHNYLKRIRKGQAASIERLCITPSE
LQSRLGEFGHYCPVSLALHKHLVDCSLDTSLELAAEFKKYYYKMASREYLEKFLEAPEQF
VAPICPHKLPLPQLLPRKLNAGEVKSRFPQQVELQGYCPVTYLEGQHRYEAVVRGTVNFA
VEYQEKIYIFETEEKQHKFLRSPETYLNQKLPLKLPPMGDPMQLTSLPILGYLEQGVATA
IIKGMTELGNLKPKFPYLSMKRSAIHYLVLHLKAYNRTSAYTQKKYKEKLVHYENDCKLI
SYLSSNLTQQYKPPHELPIDFNYKLHRFLALKDSTKKVSGLMQYGGN
NT seq
4464 nt
NT seq
+upstream
nt +downstream
nt
atgctcatgcctttggaggacttcatggcagctcatgacccacagtacttatttgagctt
gatggaaacaaggacccagaagagattttggggtgtcttatagctcacctagactttatg
gctgtgaggagagcagctgtacctgtgcgcttgataaacacagatgagttggaactgctg
aaggagatggacgatgaagagctgttgaacacactgtccaccagcaagatcatagcacca
ggcttccattggcaaataagtcgctggggctgcacttgtcctgttgccctcaaagaaggc
aaaattatcaaaggcagccctgatttttctgtcagcttcctgaataaactctatgtcctg
tcctctcaagaagctttgcaaaagttcatggtgacgccaagatggtacctgctaccaccc
atgccatgtccaccctgcaaagtgtctgtgattggaccaccacagtcaggaaagagcact
ctgagtgcactcttggctgagcattatggtgcagttttaatcgacatgaagaaaatgatg
gaggtggacatggataaaatcaggcaaggaaggctggagaaagcacgtcaggatgcaaca
atttcagctctgcaaaaggtcaaggtccggatgcacaaggatgatgtacagaagtctgaa
atggaggtgacagaagatcatccagaagttcaagctctagtggaagaagccatgaaagaa
gcagaaaagatgttaatggaacatccagatgatatgtgtgtagatgtcctggaaaaatgg
atcagagagattcaggcagaagatgcagatgctgagtttaaaaggggctgggtgctggac
aactaccccaccacccaagctaagctggcagccattcaggaactgcatcctgacctcatg
cctgatgtggtattctgtctcagagacagtgagggggaaggaaggacagtacttacaagg
atttatgaacagaaaaaagaggaggtggatgcagttgcactagctcagttacaggaggag
cagaggcagaaagcagcagaaagccaaaacattccgcagcaggtgttggactcagaagag
gacacccagacaggtaatgttccttcctcactgaaggtggtgcctgaggagcctgatgtt
actgaggtgacgctgtctagtagatgggaacagggctatcctcctggcccagcaatggaa
atgtacaagcagcagctaaagacatttatggaggagtggaatagcctggagtcctccatt
acttgcagttatgttatactggagatcgccaaccaaacccctcagattctgctccaggag
atggttgacaaaatggagcgaccattcaagtacaaggcccaagagttgtccagcagggat
ctggatacatatgaggaggaggatgcgcaggaggatgaagatgaagcagaagaaagcagc
agtaaaaggtggcttggggatactaataaatactgcccagttgtattgagggaagagggc
actttggtgccctgcacaaatgacattgctgcaaaatatagggagaaggtctactacttt
tctagcagcaaagcattggagaagttcatacagacaccagagctatattccccaactact
caactacttaaacctcctgccctgcgtattttcctgatgggagtgcgtggctcaggaaaa
accacccatggccactggctggcacagcagctgggtctctttcacttccagttccgtgaa
cggctgcaagagatgattctgtctaagactcagacccgtgtgccctacgctgatgaggta
gagccagctgaagagccacccattgagctgcagaatctgctgcaaacaagtacccaatcc
acagcttctatcgagcccagtgacgagttaagccaaaaggaaagccttatcagtaataaa
gaccacacagaggagactccagcactgacagatgaagaggaattcataaagtcgtatcta
tttgacgaacagccattgccacacacagtcttagagaaagttctgttgcagttatggcat
caagaaccatacaaatcaacaggctttattctcgaaggttttcctcaggctccagaggag
gtgtcctttttagtggaacgctacttatacccagatatcaccatagttatgtctgtagag
gtgtcagaagtggtgaagcgtcgactgcccccactgtttaatagatggagggagaaatgc
acacgaaggagagaacagatgcagctacttaaagacctacgcagcaaaattagggaggag
gccattgcccaaagaagagatgaacttttgtctgaatatgcacccagaacacccagagaa
aaggatgatgaggaagaggaggtacaagaaaatgaaggagatgatgagcagctgaactgg
gagcaagagatagaagaaaggctgctggaggagtttcccgaggaggagcaagaggacata
gaggaagaagagtctgaggccagtgcagaggatcgtataggaatagagatcagtgagaga
tttgacagggatgacgacaaactcaccatgataatggagcttctgtctgaacactggatt
cctcacctgacaatcaatgctaaccggaagcctcacattgtgcgcagccagctactaaag
caagtcaagcccctggtggagaacagggaagctctatttcaaagatgtcatcccatcaac
tgtgccattgctcgaaaattactgcactcctcttacaagtactacagtgcctttgggtgt
tgggatcctatccggtatgcagagggagatctgatccagcatatgcaggaccctcttaat
actagctttcctgtcctcttccacaattacatatactactttgcctccaaggagacatgc
aaaaccttcatgatcaaccctattaaatacctccgtcagcccaaggccagcccttcgcta
cctatcaaacttgccgtcattggtagtccaaaatctggaaaaaccacagttgcccgcatg
tttgcccgtgagtatggactggcacacctatccattggtggtgtgatgcgaacagtgctc
agtatccaagacaagacagaacttgccactgaaatgctgaagtacttgaaccagggcttg
accgtgcctgatgaactggccattcagtgcctagaagtggttctgttgaacttagtctgc
agcacacaagggtatgtgctggatggatttcccatgaccaaaagacaggctgacctgatg
gcagctcgccgcattattcccattcaagtgatcgagctgcaactaaacaaagatgaaatg
ctgaggagaggcatgaaagataagatgaaaccaaacaggccatacccgatgcatgacagc
actcagtttctggacgtccggatttcatgctttaagcgtgaggtggaggcactcaggaaa
catttccatcagcagtaccaaaactgggttccagttgatgcacacaaaagcagttggtgg
gtatggcatcgggttctggatgaagcccagattagtttgcgacatatccacaactacctg
aagagaattcgtaaaggccaggctgccagcatagagcgtctgtgtattactccaagtgag
cttcagtctcgactgggagagtttggccattattgtcctgtgagtttggctctgcataaa
cacttggtcgactgctcccttgatacttccctggagttggctgcagagttcaagaaatac
tactacaaaatggcatccagggagtatcttgagaagtttcttgaggcaccagagcaattc
gtagctccaatctgccctcataagttgccccttcctcagcttcttccccgtaagctgaat
gcaggagaggtgaagagtcgcttccctcagcaggtggagctacaaggctactgtccagtc
acatacctagaaggccagcacaggtatgaggctgtggtccgtggcacagtgaactttgca
gtggaataccaggagaagatctacatttttgagacagaggagaaacaacacaagttttta
cgatcacctgagacttacttgaaccagaagctccctctcaaacttccaccaatgggagac
ccaatgcaactgacctctttgccaatactgggttatttggaacagggagtagccacagcc
atcattaaaggcatgactgagttgggcaacctcaagcccaagttcccatatctcagcatg
aagagatctgctatacactacttggttttacatcttaaagcatataacagaacatcggcc
tacactcagaagaagtacaaggagaagctggttcattatgagaatgattgtaaactcatc
tcctacctgagttccaatttgacccagcagtacaagccccctcatgaacttcccatagat
tttaactataagcttcacaggtttcttgctttgaaggactccactaaaaaagtatcagga
ctgatgcaatatggagggaattaa
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