KEGG   Sarcophilus harrisii (Tasmanian devil): 100920998
Entry
100920998         CDS       T02286                                 
Symbol
AK9
Name
(RefSeq) adenylate kinase 9
  KO
K18533  adenylate/nucleoside-diphosphate kinase [EC:2.7.4.3 2.7.4.6]
Organism
shr  Sarcophilus harrisii (Tasmanian devil)
Pathway
shr00230  Purine metabolism
shr00240  Pyrimidine metabolism
shr01100  Metabolic pathways
shr01232  Nucleotide metabolism
shr01240  Biosynthesis of cofactors
Module
shr_M00049  Adenine ribonucleotide biosynthesis, IMP => ADP,ATP
shr_M00050  Guanine ribonucleotide biosynthesis, IMP => GDP,GTP
shr_M00052  Pyrimidine ribonucleotide biosynthesis, UMP => UDP/UTP,CDP/CTP
shr_M00053  Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
shr_M00938  Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:shr00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    100920998 (AK9)
   00240 Pyrimidine metabolism
    100920998 (AK9)
Enzymes [BR:shr01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.4  Phosphotransferases with a phosphate group as acceptor
    2.7.4.3  adenylate kinase
     100920998 (AK9)
    2.7.4.6  nucleoside-diphosphate kinase
     100920998 (AK9)
SSDB
Motif
Pfam: ADK AAA_17 AAA_28 AAA AAA_18 AAA_22 nSTAND3 AAA_33 AAA_24 ATPase_2 FAP206 AAA_16 RNA_helicase NACHT YHS RuvB_N AAA_5 NTPase_1 Zeta_toxin NB-ARC PduV-EutP Cytidylate_kin SKI MMR_HSR1 AAA_14 TniB ABC_tran KTI12 DUF5631 Hydin_ADK
Other DBs
NCBI-GeneID: 100920998
NCBI-ProteinID: XP_031820284
Position
4:192024748..192141576
AA seq 1914 aa
MDSLKPEEEKLPFVDIFDEDEAEKNFMLSKPLCIIIFGKPGVGKTTLAQKLSQTWKCTLV
EALPLLEEHIANGTELGVMLSNLLVKGQSIPDELVLRILLEKLHSLEVIHFGYVLSGLPS
LSEDAVTILEQIELIKNLSLQPDIIINIKCPDYDLGQRLSGQRQHSLTGFVYMREQWDPE
VIENLRKKKKDIHKDKEGKGEEEEEEAEEEEEEMFIAEMQMVAEIFRHLVQRPEDFPENI
EASIHQYRDEMQHFLEDIMADHDSQFLIELDGNKTAEELHESVISRFDCLGLRRAAVITK
LQSSEEEITENMENDELFRVLSSYKLIAPRYRWHRSRWGRACPVALKEGNIVMGLPDFSV
SFLGKMYCLSSEEALSAFLRNPRPYLLPPMPLPPCKVFLYGPKSSGKTTLCHLIANKYKG
QVFDYNKIMEPHIEEAKKIYLKKAKAEATEMAIKSVADKLQVERMIKKNQVKDSREDFDR
SDDSKTEEKESFKKIGEEESTDEKSSEDKTSEEKNIDEQKEQKLKDESSEREATSSGSVK
ESRESMDDSGFKTEPEPVVQDIKDEAESSDIVVTEAHPDVQEMVEEALMLANEVSIELQY
EQQADILDQLYKDLAEKNQNRFPGAPKYGGWVMDNTPMIREFWSAINHKDILPDIIVVLG
DLENQGNFLLNRLFLENKENIIAKVMERKKKEAEEVSLLERPERRSDEPTVTFEDDNRKK
DSEKLEGKEPEPEPETEPEPGPEHELEPEVTEMEAEATESPELTLESEQPGIEGEESEIT
AEHEAEAEADLAAAALKESLTVQEEIDPLKGILPEYPEDGYPEIPEMEPLKEEIKSFTSV
WKALELLVVESPLVQILNLEIGGKTPEDLLQQVVDTMERPFKYIGWEMTVEDFDEETDDF
QAEAEAEEELEEGEEEEDEEYDEDRLKEKKRHLGDTKNFCPVALKENFMLFPGPPEDGAK
YREKVYYFSSVDAREKFLEKSEDFVAHEEPLKAPPLRICLIGPHGSGKTVCGRWLAEKFG
IFHIQFEEFLQEKIMMKTERRVGPEYDEEIEEAAAEKQELEEITTQANMILDNEKSKLNK
ELVFTDEEEAIKANLVENEALPSEILELYLSEWWLKEPIRSTGFILDGFPRTLEEVQLMG
EHGFCPDAVVALLVEEQEIIDRLISGAITKWKEKQEKRAARNTLIKEIKAKIREDQIAKR
RAELIAERDKRRKAESSREEDDLSEEEAEEEEEDNIDAILEEEFPKDEEEISEEEEEQEE
EAADRIKLEIGDKFEIDINNLQAVQEELEKLLIPFISILGGRKLHIVQYLLHKSLQPLVE
NRQSIFEKCYPIPLSLAQKMLNLTYKFPSSFGQWDPVKLYEGDAIKPLVNAANPTYPVIH
RQYIYFLSNKINRDKFMKDPIKYIRQPKPKPAVPIRIAIVGPPKSGKTTIAKKFAKEYGL
LRLSIGDAMRLVLNSYPETELALMLNWHLYKGLTAPDELAIQALEIALMDTVCNTAGVVI
DGYPVTKQQVNLLESRSIIPVIIFELDVPSKEIFKRSLLDSQNTESLPYPLHDSSQILSV
RISCLNKHRIIIKEFYEEEHQNWFIIDGFHSKWWIWNEVLKNVQSMNKRIQLYLERIRAG
KAAGINQLCITPQELNSRLGEFAEYCPVSLAERGELIDCSITNSLEFSAEFRGHYYKMAS
KVDLDKFLENPELYVPPLAPNPLPPPDLLPKKLTVPEVKNRFPKSAELQGYCPITYLDGK
QRYEALIPGKIEYAVEYRDCIYFCENEDKLQKFLRLPEKYWNQKLPNKLPPIKHPISLTS
LPLPGYLEQGAAASLIKAMNEVGCLKPKFPFQSVKRSALLYVAFHLKAFNPKGSEYSRKK
YKKKLEQFIERCELIPYLGSKMTKKYKEPQFRAIDFDHKLQTFFSLKNVNPITG
NT seq 5745 nt   +upstreamnt  +downstreamnt
atggattctttaaaaccagaagaagaaaaattaccttttgtggatatatttgatgaagat
gaagctgagaaaaactttatgttgtccaaacctctctgcatcattatatttggaaaacca
ggagttggaaagacaacattagcccaaaaactatcacagacatggaaatgtactcttgtt
gaagcactcccacttttggaagaacatattgctaatggaactgaacttggagttatgttg
agtaatttactcgttaaaggacaaagtattccagatgaacttgttttaaggattttattg
gagaagctccactctctggaagttattcacttcggttatgttctcagtgggctgccatct
ctctcagaggatgcagtgactattttagaacagatagaattaattaaaaacctaagctta
caaccagatatcatcattaatattaagtgcccagattatgacttaggtcaaagactttct
ggacaaagacaacacagtctcacaggatttgtatatatgcgagaacagtgggatcctgaa
gttattgagaatcttagaaagaagaagaaagatatccataaagataaagaaggaaaagga
gaagaggaggaagaggaagcagaagaggaagaagaagagatgttcattgcagagatgcaa
atggtagcagaaatttttcgtcatttagttcagagacctgaagatttcccagaaaatatt
gaagcaagtattcatcagtatagagatgaaatgcaacattttctagaggacataatggct
gatcatgattctcaattccttattgaactagatggaaataagactgcagaagagctccat
gagtcagtaataagcagatttgattgccttggactgagaagggcagcagttataactaaa
cttcaaagttctgaggaagaaataacagaaaacatggaaaacgatgaattattccgggtt
ctttcatcttataaattaattgcacctagatatagatggcatagaagcagatgggggaga
gcttgtcctgttgccttaaaagaaggtaacattgtaatgggattgccagatttcagtgtc
agttttctaggtaaaatgtactgtctttcttctgaagaggcactcagtgcatttttgagg
aatccacgtccctaccttcttccacctatgccactcccaccatgtaaagtttttttatat
ggaccaaaatcctcaggaaaaacaactttatgtcatttaattgcaaataaatataaagga
caggtttttgactataacaaaattatggaaccacatattgaagaagcgaaaaaaatatac
ctaaagaaagctaaagctgaggcaacagaaatggctattaaatctgtggcagacaagctg
caagtagaaagaatgattaagaaaaatcaggtaaaggactcaagagaagactttgataga
tctgatgactcaaaaacagaagaaaaagaatcatttaaaaaaattggggaggaagaatcc
actgatgaaaaaagctcagaagataaaacctcagaagaaaaaaacatagatgagcaaaaa
gaacaaaagctaaaagatgaaagcagtgaaagagaggctacttcatctggcagtgtcaaa
gaatcacgtgaatctatggatgacagtggcttcaaaacagaaccggaaccagtagttcaa
gatattaaagatgaagcggaatcttcagacatagtggtaactgaagcccatccagatgtc
caggaaatggttgaagaagccttgatgcttgccaatgaagtttcaattgaacttcagtat
gaacaacaagctgatattttggaccaactctataaagatcttgctgagaaaaaccaaaat
cgatttcctggtgcaccaaaatatggaggttgggtgatggataatactcctatgatccga
gagttctggtcggccataaaccataaagatattcttcctgatatcatcgttgtattagga
gatttagaaaatcaaggaaattttttacttaataggctgtttctagagaacaaagagaat
attattgctaaagtaatggaaaggaaaaaaaaagaagcagaagaagttagtttacttgaa
cgacctgaaagaagatcagatgaaccaactgttacatttgaagatgataataggaaaaaa
gatagtgagaaacttgaaggcaaggaacccgagcctgagcctgagactgagcccgagcct
gggcctgagcatgaactggagccagaggtgaccgaaatggaagctgaagcaaccgagtcg
cccgagctgaccctggaatcagagcaaccaggaatagaaggggaggaatctgaaattaca
gcagaacatgaggctgaggccgaagccgatttagctgctgctgctttaaaagaatccttg
acagtacaagaagagattgatccattaaaaggaatattgcctgaatatccagaagatggt
taccctgaaatcccagaaatggagccgttaaaagaagaaattaaaagtttcacaagtgtt
tggaaagccttagagttattggttgttgagtcacctttggttcagatcttaaatttagag
attggaggaaaaactccagaggatctacttcagcaagtggttgacactatggagagacct
ttcaaatatattggatgggaaatgactgtagaagattttgatgaagaaacagatgacttt
caagcagaggcagaagctgaggaagagttagaagaaggtgaagaagaagaagatgaagaa
tatgatgaagacagacttaaagagaaaaaaagacatttgggagacacaaagaacttttgt
ccagtggctctcaaagaaaactttatgctattcccaggtcccccagaggatggagctaaa
tatcgagaaaaggtttactatttttcaagtgttgacgcaagagagaagtttctggagaaa
tctgaagactttgtggctcatgaagaaccattaaaggctcctccactaagaatatgcctt
ataggtccccatggatctggcaagactgtttgtggtcgatggttagctgaaaaatttggc
atattccatattcaatttgaagaatttctccaggaaaaaatcatgatgaagactgagagg
agagttggacctgaatatgatgaagaaattgaagaagcagcagctgaaaaacaagaactg
gaagaaattacaactcaggctaatatgatacttgacaatgaaaagagcaaactgaataaa
gaattagtgtttactgatgaggaagaagctattaaagcaaaccttgtggaaaatgaagca
ttaccatcagaaatattggaactctatctttccgaatggtggcttaaagaaccaatacgc
tccacaggctttattctagatggattcccacgaactctagaagaggtacaacttatgggt
gagcatggattttgtccagatgctgttgttgctctcttagttgaagaacaagaaattata
gatcgcctaatttctggagctattacaaagtggaaagaaaaacaagaaaaaagggctgca
agaaatacacttattaaagaaataaaggcaaaaattagggaggaccagattgctaaaaga
agggctgaactgatagcagagagagataaaagaagaaaagcagagtcaagcagggaagaa
gatgatctaagtgaagaagaggctgaagaagaggaagaagataatattgatgctattctg
gaagaagaattcccaaaagatgaggaagagataagtgaggaagaagaagaacaagaagaa
gaggctgctgatagaataaaacttgaaataggagataagtttgaaatagacataaataac
ctgcaagctgtacaggaagaattggaaaaactgttaattccatttatttctattctggga
ggacggaagcttcatattgtacagtatctgttgcataagagcctgcagcctctggtggaa
aatcgtcaaagtattttcgagaaatgttatccaataccattatcacttgctcagaaaatg
cttaatctcacttataaatttccaagctcatttggtcaatgggaccctgtaaagctatat
gaaggagatgctatcaaacctttagtgaatgcagctaatccaacctatcctgtaatccat
cgacaatatatttattttttatccaacaaaataaatagggataaatttatgaaggaccca
atcaaatatatccgtcagcccaaaccaaaacctgctgtacccattcggattgcaattgtt
gggcctccaaaatctgggaaaactacaattgccaaaaaatttgcaaaggaatatggctta
ctgcgtttgtcaataggagatgccatgcgtttggttctgaactcctatccagaaacagaa
ttggcgcttatgttaaactggcatctttataaaggactgacagcacctgatgagctagct
atccaagctttagaaattgctttgatggatactgtatgcaatactgcaggggttgtaatt
gatggatatcctgtcacaaagcaacaagtgaacctcttagaatccagaagtatcattcct
gtgataatttttgagttagacgtcccttcaaaagagatatttaaacgatcactactagac
agtcagaacactgaaagtcttccttatccactacatgacagctcacagattttgtctgtc
aggatctcatgtctaaacaaacacagaattattattaaggaattctatgaggaagaacat
cagaactggtttataattgatggatttcacagcaaatggtggatatggaatgaagtgctt
aagaatgttcagtcgatgaataaacggatccaattatatttggaaaggataagagctggg
aaagccgcaggcattaaccagctatgcatcactcctcaagagctgaattctcgactggga
gaatttgcagaatattgtcccgtcagtttggcagaaaggggtgaattgattgactgctct
ataaccaactccctagaattttcggctgaattcagaggacactattataaaatggcttct
aaagtagatctggataaattcctggaaaacccagaattatatgtgcctccattagcaccg
aatcctctcccacctccagatttattacccaaaaagctaacagtgccagaagtaaaaaac
agattccctaaaagtgcagaacttcagggatattgtccaatcacttacttggatgggaaa
caaagatatgaagccctaattcctggaaagattgaatatgctgtggaatatcgtgattgt
atatacttttgtgagaatgaagacaaactgcagaaatttttgagattaccagagaaatac
tggaatcagaaacttccaaacaaactccctccaattaagcatccaatatcactcaccagc
cttcctttgcctggatacttggaacagggtgcagcagcttctctaattaaagcaatgaat
gaagtaggctgcttaaagcccaaattccccttccaaagtgtaaagagatctgccttactc
tacgtagcatttcatctaaaagcatttaatcccaaaggttcggaatattcaagaaaaaaa
tataagaagaagctggagcagtttatagaaagatgtgaactcatcccttacttaggttcc
aagatgaccaaaaaatacaaggaacctcaatttagagcaattgactttgaccataaatta
cagacctttttctctcttaaaaatgtgaacccaatcactggataa

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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 (61)   
   KEGG ORTHOLOGY (1)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (30)   
   Pfam (30)   
All databases (148)   

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