KEGG   Physeter catodon (sperm whale): 102979015
Entry
102979015         CDS       T06011                                 
Symbol
AK9
Name
(RefSeq) adenylate kinase 9
  KO
K18533  adenylate/nucleoside-diphosphate kinase [EC:2.7.4.3 2.7.4.6]
Organism
pcad  Physeter catodon (sperm whale)
Pathway
pcad00230  Purine metabolism
pcad00240  Pyrimidine metabolism
pcad01100  Metabolic pathways
pcad01232  Nucleotide metabolism
pcad01240  Biosynthesis of cofactors
Module
pcad_M00049  Adenine ribonucleotide biosynthesis, IMP => ADP,ATP
pcad_M00050  Guanine ribonucleotide biosynthesis, IMP => GDP,GTP
pcad_M00052  Pyrimidine ribonucleotide biosynthesis, UMP => UDP/UTP,CDP/CTP
pcad_M00053  Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
pcad_M00938  Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:pcad00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    102979015 (AK9)
   00240 Pyrimidine metabolism
    102979015 (AK9)
Enzymes [BR:pcad01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.4  Phosphotransferases with a phosphate group as acceptor
    2.7.4.3  adenylate kinase
     102979015 (AK9)
    2.7.4.6  nucleoside-diphosphate kinase
     102979015 (AK9)
SSDB
Motif
Pfam: ADK AAA_17 AAA_18 AAA_33 AAA AAA_28 AAA_24 AAA_5 YHS AAA_22 AAA_16 nSTAND3 NACHT FAP206 AAA_14 NB-ARC Zeta_toxin Cytidylate_kin RuvB_N SKI MMR_HSR1 G-alpha NTPase_1 ATPase_2 AAA_30 AAA_26 ZZ
Other DBs
NCBI-GeneID: 102979015
NCBI-ProteinID: XP_054943366
UniProt: A0A9W2WVV7
Position
10:51267382..51383741
AA seq 1816 aa
MTSQEKTEEHPFVDIFNEDEADKNFMLSKPVCFAVFGKPGVGKTTLAQQITQAWKCIRVE
ALPILEEQIASDTESGAMLQSMLISGQSIPDELVTKLMLEKLNSPEVSHFGYIITEIPSL
SQDAMTILQQIELIRNLNLKPDIIINIKCPDYDLCQRISGQRQHSSTGYIFTRDQWDPEV
IESHRKKKKEAQKEGKGEEEREEEEEQEEEEAFIAEMQVVAEILQHLVQRPEDYLENIEH
IVKLYKEIILHPLEEVMAEHDSQYLIELDGNKPPEELFTVIMDRLKYLNLKRAAVLTKLQ
SAEEEINDTMENDELFRTLAACKLIAPRYRWQRSRWGHTCPVTLKEGNIFQGLPDFSVSF
LGKIYCLSSEEALKTFLLNPRPYLLPPMPAPPFKVFIFGPQSSGKTTLSNLLAKHYKGKV
VDYDKLVQPRFDKALETLTGNTIAEATEAAIKAVKERLLSELQAKKQDVIEYVIEEVTAD
HPEVLSIIKETVRMVKDMNFEQPHEKIAEILDEVLQEVVEENKNRFYGAPKYGGWILDNY
PIMKELWMVLVNKGILPDLVICLSDTENNGKYLFNRLYLENKQEIDAKILERLLDELLKK
RKEEEAARKAKEETLRIEEENQKLLEAMNAKAKEAEETEAEADEEIEGEESELHEGSEAP
EVAEETRGSLPEEAEVFEVPETEHESVSKPTEDATVGTEIPKGSKEGLETKELSETIVLP
EFPEDAYPDVPEMEPIKESVRSFYSAWRQMETAISDSFTQVLNLEIADKTPEELLQKVIE
TMEKPFHYAGWELTMDDYDEETEDYQAEAEGDEELEEEEEEEEENEDRIKEKRRHLGDTK
HFCPVALKENFILQPGSTEEAAKYREKIYYFSSPEAKEKFLEQPEEYVAHDEPLKAPPLR
ICLLGPHGSGKTVCGRQLAEKLGIFHIQFEEFLQEKLMLKTEKKVGPEFEDDSEDEQFAK
QELEELAIQANVTIEEENTKKLPQEVQLTEEEEAIRLNLTENEPLPPEILEAILSEWWFK
EPIRSTGFVLDGFPQYPDEVQFLGEHGFFPDAAVFIQVDYQDVSDRLLPTQIGKWKVKQK
KKLERKKLIKEMKAKIKDDMISKRRAELIIEREKKRKGGETVRKDEDMSEEEPEDEEDDI
DILDEFPNDEEVVSEEDEEQEIDALERLRGELGEKFEADMNNLQVIQEEFEKFLIPVILI
NGARKTHIVQYILNMKLKPLVENRASIFEKCYPISSRLAQKMLSFTYKYISSFGYWDPVK
LSEGETIKPVENSENLLHPVIHRQYIYFLSSKETREKFMKNPIKYIRQPKPKPTIPIRIA
LLGPPKSGKTTVAKKISSDYGLKRLSIGDALRYVLNHQPDTELALMLNWHLRKGMTAPDE
LAVQALELSLMESICNTAGVVIDGYPVSKYQVSLLEARSVIPVVIFELDVPSEEIFKRLL
LEKKKEPSLPYPLHNSSQIIAVKNSKYRKNIDEIRQYYQEQHQNWYVIDGFHSKWWVWNE
VIKKVKLVNKHMQIYLGRIKAGKAACIDKLCISPEELISRLGEFGQFCPVSLAESHELVD
CSLTDSLEFAAEFRGHYYKMSSQEKLNRFLENPELYVPPLAPHPLPSADMMPKRLTLSEL
KSRFPKCAELQGYCPVTYQDGKQRYEALVPGSIHYALEYRDRIYICESREKLEKFLRSPL
KYWDQKLPYKLPPLKEPMCLTSLPLPGYLEQGIATALIKAMNAAGCLKPKFPFLSVRRSA
LLYIAFHLKAFNPKGSEYTRKKYKKKMELFMERCELITYLGAKMTRKYKEPQFRAIDFDH
KLQTFLSLRNIDPVNG
NT seq 5451 nt   +upstreamnt  +downstreamnt
atgacttctcaagagaagacagaagagcatccttttgttgatatatttaatgaagatgaa
gctgacaaaaactttatgttgtctaaacctgtttgctttgctgtatttgggaaaccaggg
gttgggaagacaacattagcccaacagataacacaggcatggaaatgtattcgagtagaa
gctttaccaattttggaagaacagattgccagtgacactgaatcaggagctatgttgcag
tcgatgctgatcagtggccaaagcattccagatgaacttgtcacaaagctaatgttggag
aagctcaactccccagaagtctctcactttggctatattatcactgaaataccatcactt
tcacaggatgccatgactattttgcagcaaatagaattaattagaaatttaaatttgaaa
cctgatattataatcaatattaagtgtcctgactatgatttatgccaaagaatttcgggg
caaaggcagcacagtagtacaggatacatattcacaagagatcagtgggatcctgaagtc
attgagagtcataggaaaaagaagaaagaagcccaaaaggaaggaaaaggagaagaggaa
agggaagaggaagaagagcaagaagaagaagaggcatttattgctgaaatgcaggtggtg
gctgaaattcttcaacatctggttcagaggcctgaggattatttggaaaatatcgaacat
attgttaaactttataaggaaataattcttcaccctttagaagaagtaatggctgaacac
gattcccagtatctaattgagctagacggaaataagcccccagaggagctcttcacagta
attatggatcgacttaaatatctgaacctaaaaagagcagctgttttaaccaaacttcag
agtgcagaggaagaaattaatgacacaatggaaaatgatgagctgttccgtactcttgca
gcttgtaaacttattgcaccaagatatagatggcagagaagcagatggggacatacatgt
ccggtgactttaaaagaaggtaacatttttcaaggattgccagatttttctgtgagtttt
ctaggtaaaatatactgtctttcatcagaagaagcattaaaaacatttttattgaaccca
cgtccctatcttcttccacctatgccagcaccaccatttaaagtgttcatatttggacct
cagtcttcagggaaaacaacgcttagcaatttgcttgcaaaacattacaaaggaaaggta
gttgactacgataaacttgttcaaccacgttttgataaagcccttgaaacgctaaccgga
aatactatagctgaggccactgaagcagccattaaagctgtaaaagagcggcttctctca
gaactacaagctaaaaaacaagatgtaatagaatatgtgatagaagaggtaactgcagat
catccagaagttctttccataataaaggagacggtaagaatggtaaaggacatgaacttt
gaacagccacatgaaaaaattgctgaaatcttagacgaagttctccaagaggtagttgaa
gaaaacaagaataggttttatggtgccccaaaatatggaggatggatactggacaactac
cctattatgaaagaactgtggatggtcttagtcaacaaaggaattctacccgatttagtc
atctgtttatcagacacagaaaacaatggaaaatatttatttaatagactgtatttagag
aataaacaagaaattgacgctaagattttagaaaggttattggatgagctactaaagaaa
agaaaagaggaagaagcagcaagaaaagccaaagaagagacattgagaatagaagaagaa
aatcaaaagctattggaagctatgaatgcgaaagcaaaagaagcagaagaaactgaagct
gaggctgacgaggagattgaaggtgaggagtctgaacttcacgaagggtctgaggcccct
gaggtagccgaggagaccagggggtccttacctgaggaggctgaagttttcgaggtccct
gaaacagaacatgaatcagtgtctaagcctaccgaggatgctacagttggaacagaaatt
ccaaaaggatccaaagagggactagaaactaaagaattatctgaaacaattgtactacct
gagtttccagaagatgcttatcctgatgttcctgaaatggagccaattaaagagagtgtc
agatctttctactccgcctggaggcagatggaaacggcaatcagtgactcttttactcaa
gttttaaacttggagattgctgacaaaactccagaggaactacttcaaaaagtcattgag
accatggaaaaacctttccactatgctggctgggagttaactatggacgattatgatgaa
gaaacagaagactatcaggctgaggccgaaggagatgaggagctagaagaggaggaggag
gaagaggaagagaatgaagatagaattaaagagaagagaaggcatttgggagatacaaag
cacttttgtccagtggctctcaaagaaaacttcattctacaaccaggcagcacagaagaa
gcagctaaatatcgagaaaagatctattacttttcaagtcctgaggctaaagaaaagttt
ttggagcaacctgaggagtatgtggctcatgatgaaccattaaaggctcctccattaaga
atatgccttctgggcccccatggctctggcaaaactgtatgtggaagacagttggcagaa
aaattgggcatttttcatattcagtttgaagaatttcttcaagaaaaactaatgcttaaa
actgagaagaaagttggacctgaatttgaggacgattctgaggatgaacaatttgcaaaa
caagaacttgaagagcttgcaattcaggccaatgttacaattgaggaagaaaatacaaag
aagctgcctcaggaagtacagcttacagaagaagaagaagcaatcagattaaatctaaca
gaaaatgagccattgcctcccgaaatccttgaagcaattctctctgagtggtggtttaag
gaaccgatacgttccacaggttttgtattagatggtttcccgcaataccctgacgaggtc
cagtttctgggggaacatgggtttttcccagatgctgctgtttttatacaagttgattat
caagatgtttctgatcgcctccttcctacccaaattggaaagtggaaagtgaaacaaaag
aagaaattagaaaggaaaaaactcatcaaagaaatgaaggcgaaaatcaaggatgacatg
atttctaaaagaagggctgaacttataatagagagagagaaaaaaaggaaaggaggggag
actgttagaaaagatgaagacatgagcgaggaagaacctgaagatgaggaagatgatatt
gacatccttgatgaatttccaaatgatgaggaagtggtgagtgaggaagatgaagagcag
gaaattgatgcgcttgaacgcctgagaggtgaactgggagaaaaatttgaagcagatatg
aataatttacaagtaatacaggaagaatttgagaaatttttgataccagtaattctcatt
aatggagctcggaaaacccacattgtacaatacatattgaatatgaaactgaaaccactg
gtggagaatcgtgcaagcatttttgagaaatgttatccaatatcatcccgccttgcccag
aaaatgctcagctttacctacaagtatataagctcatttggctactgggaccctgtaaag
ctaagtgaaggagagacaatcaagccagttgaaaattcagagaatctacttcatcctgta
atccatcgtcagtatatttattttttatctagtaaggaaactagagaaaaatttatgaag
aacccaatcaaatatatccgccaacccaaacctaagcctactatccccattaggattgca
cttctggggcctccaaaatctgggaaaactacagttgccaaaaaaatttcaagtgactat
ggcttaaagcgtttgtcaataggagatgctctgcgttatgtattaaaccaccaaccagac
acagagctggcacttatgctaaattggcatcttcgtaaaggaatgacagcacctgatgaa
ctggctgttcaggccttagaattatctctgatggaaagtatatgtaatactgcaggtgtt
gtcattgatggataccctgtgtctaaatatcaagtgagtctcttggaagctaggtcagtc
atccccgtggtcatctttgagttggatgtgccttccgaagagattttcaaaagattgctc
ctggaaaaaaaaaaggaaccaagtttgccttatccattgcataacagctcacagattata
gctgtcaagaactcaaagtaccgcaaaaatattgatgagattaggcaatattatcaagaa
caacatcagaactggtatgtgattgatggctttcacagcaaatggtgggtgtggaatgaa
gtcattaagaaggttaaactggtgaataaacacatgcagatatacttgggaagaataaaa
gcaggaaaagccgcctgcattgacaagttatgtatctcacctgaagaactgatttctcgc
ctgggcgaatttggacagttctgccctgtcagcctggcagaatcacatgaattagttgat
tgctctttaactgattccttggaatttgcagcagagttcagagggcactattataaaatg
agttctcaggagaaattgaatagatttttggagaaccccgaattatacgtgcctccatta
gcacctcatcctctcccgtctgctgacatgatgcccaaaaggctgacactgtcggagctg
aagagccggttccctaagtgtgccgagctccagggctactgtccagtgacctatcaggat
ggcaaacaaagatacgaggccctagtacctggtagcattcactatgctttagaatatcgt
gatcgtatatatatctgtgagagtagagaaaaacttgagaaatttttgaggtcaccactg
aaatactgggatcagaagcttccttacaaacttccgccgttaaaggaaccgatgtgtctc
actagtctgcctttgcctggatatctggaacagggtatcgcaactgctctaattaaagcc
atgaatgcagcaggatgcttaaagcccaaattccccttcttaagtgtacggagatctgcg
ctactctatatagcatttcatctaaaagcctttaatcccaaaggttctgagtacacaaga
aaaaaatataagaagaagatggagctgtttatggagagatgtgaactcattacatacctg
ggtgccaagatgaccagaaaatacaaggaacctcagtttagagccattgacttcgatcat
aaattacagacctttctctctcttagaaatatagacccagtcaatggatag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (10)   
   KEGG PATHWAY (5)   
   KEGG MODULE (5)   
Chemical substance (26)   
   KEGG COMPOUND (26)   
Chemical reaction (16)   
   KEGG ENZYME (2)   
   KEGG REACTION (14)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (27)   
   Pfam (27)   
All databases (88)   

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