KEGG   Loxodonta africana (African savanna elephant): 100665080
Entry
100665080         CDS       T04351                                 
Symbol
AK9
Name
(RefSeq) LOW QUALITY PROTEIN: adenylate kinase 9
  KO
K18533  adenylate/nucleoside-diphosphate kinase [EC:2.7.4.3 2.7.4.6]
Organism
lav  Loxodonta africana (African savanna elephant)
Pathway
lav00230  Purine metabolism
lav00240  Pyrimidine metabolism
lav01100  Metabolic pathways
lav01232  Nucleotide metabolism
lav01240  Biosynthesis of cofactors
Module
lav_M00049  Adenine ribonucleotide biosynthesis, IMP => ADP,ATP
lav_M00050  Guanine ribonucleotide biosynthesis, IMP => GDP,GTP
lav_M00052  Pyrimidine ribonucleotide biosynthesis, UMP => UDP/UTP,CDP/CTP
lav_M00053  Deoxyribonucleotide biosynthesis, ADP/GDP/CDP/UDP => dATP/dGTP/dCTP/dUTP
lav_M00938  Pyrimidine deoxyribonucleotide biosynthesis, UDP => dTTP
Brite
KEGG Orthology (KO) [BR:lav00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    100665080 (AK9)
   00240 Pyrimidine metabolism
    100665080 (AK9)
Enzymes [BR:lav01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.4  Phosphotransferases with a phosphate group as acceptor
    2.7.4.3  adenylate kinase
     100665080 (AK9)
    2.7.4.6  nucleoside-diphosphate kinase
     100665080 (AK9)
SSDB
Motif
Pfam: ADK AAA_17 AAA_18 AAA AAA_33 AAA_28 AAA_22 nSTAND3 AAA_24 AAA_16 YHS AAA_5 NACHT RNA_helicase ABC_tran Zeta_toxin RuvB_N FAP206 Cytidylate_kin SKI NTPase_1 AAA_14 NB-ARC AAA_19 ATPase_2 AAA_30
Other DBs
NCBI-GeneID: 100665080
NCBI-ProteinID: XP_023398663
Position
Unknown
AA seq 1915 aa
MISQEKTEEYPFADIFNEDEAEKNFLLSKPVCFIIFGKPGVGKTTLARQIAQAWKCIRVE
ALPILEEQIAAETQTGVMLQALLVRGQSVPDELVIKIILDKLNSPEVSHFGYIITEMPSF
SQEAITTLEQLELIKNLSLKPDIIINIKCPDFDLCQRISGQRQHSSTGYIYPRDQWDPEV
IESRRKKKKDAQKEGKGEEEGEEEEEQEEEEAFIAEMQMVAEILQHLVQRPEDYLENIED
ISKLYKETILHPIEEIMAEHNSQYLIELDGNKPPEELFLTVMERLKYLNLRRAAVITKLQ
SAEEEINDVMETDELFHTLASYKLIAPRYRWQRSRWGRTCPVTLKEGNIYSGLPDCSVSF
LGKMYCLSSEEALKAFSLNPRPYLLPPMPAPPCKVFIFGPQYSGKTTLSNLLAEKYKGQV
VDYAKLVQPRFDQALEKLIGNTIAEATETAIKVVQDKLLTELENRRQAALALREFQREFG
RKEYEEFQMGPFKSLEDMLSSVEDDDNQETLREGSLEDTEETKMQTEKVSADPSAKSDKD
DEKESSEIMSKFKSLSRGPSQEVELSSKKVSIEDTIEEVTADHPEVVAMVEETIKMTKDM
NFEQPYEKHAEILEEVLREVMKENKNRFPGAPKDGGWVVDNCPFTRELWIVLVEKGILPD
LIICLSDMENNGKYLLNRLYLQNKPEIDAKILERLLDELQNKKKEEEAARKATEEALKIE
EENRRMLEAMSMKAKEAEEEFDAEGSEAPEGSEEPDVFEEARLSLLMEESEVSEVPETEP
ESVEPIEETTVETEIPKESKEGLETEKLSETVMLPEYPEDAYPDVPEMEPLKESIRQFTL
SWKQLEVSLNDLTFIQILNLEIAGKTPEELLQKVVETMEKPFKYTGWELTVEDYDEETED
YQAEAEVDEELEEEEEEEEENEERIKEKRRHLGDTKHFCPVVLKENFILQPGNTEEAAKY
REKIYYFSSAEAKEKFLEHPEKYVAHEEPLKAPPLRLCLLGPHGSGKTTCGRHLAENLGI
FHIQFDEVLQEKLMLKIEKKVGPEFEEESEDEQAVKQEIEELAVQANITIEEENTKKPSP
EIHLTEEEEAIKSNLVDNEPLPPEILEGILSEWWLKEPICSTGFILDGFPRYPEEAQFLG
ERGFFPDAAVFIQVDDQDISDRLLPSHIEKWKLKQKKRLDRKKLIKDMKAKIRDDMIAKR
RAELISEREKKKKREVGVKEDEDISEEEPEEEEDDSIDNILEEEFPKEEEDMSEEDEEQE
IDATERLRSEVGEKFEADMSNLQIIQDEFEKFLIPIIHINGARKTHIVQYVLNTKVKPLV
ENRASIFEKCYPIAPHLAQKMLSLTYKYISSFGYWDPVKLSXGETIKPFESPENPSFPGI
HRQYIYFLSSKESKEKFMKNPIKYIRQPKPKPTMPIRIAVVGPPKSGKTTVAQKIASECG
LKRVSIGDALRYILNNQPGTELALMLNWHLHKGMTAPDELAIQALEICLMDSACNTAGVV
IDGYPVTQYQMNLLEARTIIPMIIFELDVPSKEIFKRLLLEKKKEQSFPYPLHNSAQITA
VKNSKHRKNIDEIRQYYQEQHQNWYVIDGFHSKWWIWNKVIKNIQMVNKCIQTYLERIKS
GKAACIDKLCITPQELTSRLGEFGQFCPVSLAESYELFDCSLTKSLKFAAEFRGHYYKMN
SQEKLNKFLESPELYVPPLAPYPLPSPDMIPKRLTLSELKCRFPKCAELQGYCPVTYQDG
KQRYEALIPGNINYALEYRDRIYICETEEKLQKFFRSPLKYWNQKLPNKLPPLKEPIFLT
SLPLPGYLEQGVATSLIKAMNAAGCLKPKFPFLSIRRSALLFIALHLKAFNPKGSEYTRK
KYKKKMDQFIERCELITYLGTKMTRKYKEPQYRAIDFDHKLQTFLALRNIDPING
NT seq 5748 nt   +upstreamnt  +downstreamnt
atgatttcccaagagaagactgaagagtatccttttgcagatatatttaatgaagatgaa
gctgaaaaaaactttttgttgtccaaacctgtttgctttattatatttggaaaaccaggg
gttgggaagacaacattagcccgtcagatagcacaggcatggaagtgtattcgtgtcgaa
gctttaccaattttggaagagcagattgctgctgaaacccaaacaggagttatgttgcaa
gcgttgctggtcagaggtcaaagtgttccagatgaacttgtcataaagataatattggat
aagctcaactccccagaagtctctcactttggttatattatcactgaaatgccatcattt
tcacaggaagccataactactttagagcaattagaattgattaaaaacctaagtttgaaa
cctgatattataatcaatattaagtgccctgactttgatttatgccaaagaatttctggg
caaagacagcacagtagtacggggtacatatacccaagagatcagtgggatcctgaagtc
attgagagccgcagaaaaaagaagaaagatgcccaaaaagagggaaaaggagaagaggaa
ggggaagaggaagaagagcaagaagaagaagaggcatttattgccgaaatgcagatggta
gctgaaattcttcaacatctagttcagaggcctgaggattatttggaaaatattgaagac
atcagtaaactttataaggaaacaattcttcatcctatagaagaaataatggctgagcac
aattcccagtatctcatcgagctagatggaaataagccaccagaggagcttttcctgaca
gtgatggagcgacttaaatatctgaacctaagaagagcagctgttataaccaaacttcag
agtgcagaggaagaaattaacgatgtaatggaaactgatgagctgtttcatactctcgca
tcttacaaactaattgcaccaagatatagatggcagagaagcagatgggggcgtacatgt
cctgtgactttaaaagaaggtaacatttactcgggattaccagattgttctgtgagcttt
ctaggtaaaatgtactgtctttcatcggaagaagcattaaaagccttttcattgaatcca
cgcccatatcttcttccacctatgccagcaccaccatgtaaagtattcatatttggacct
caatattcagggaaaacaacgcttagcaatttgcttgcagagaaatataaaggacaggtt
gttgactatgccaaacttgttcaaccacgttttgatcaagcccttgaaaaattaattgga
aatactatagctgaagccactgaaacagctattaaagttgtgcaagataagcttctcaca
gaactagaaaatagaagacaagccgcattagctttaagagaatttcaaagagaatttgga
agaaaagagtatgaagaattccaaatgggaccgtttaaaagcctagaagacatgctgtct
tcagttgaggacgacgacaatcaagaaaccctaagagaaggctctctagaggacactgaa
gaaaccaaaatgcagacagaaaaagtctccgctgatccaagtgccaaaagtgataaagat
gatgaaaaagaaagcagtgaaattatgtccaaatttaaaagtctgtctcgaggccctagt
caagaagtagaactatcttccaaaaaagtttcaatagaagacactatagaagaggtaact
gcagaccatccagaggttgttgccatggttgaagaaactataaaaatgacaaaggatatg
aacttcgaacagccatatgaaaagcatgctgaaattttagaggaagtgctcagagaggta
atgaaagaaaacaagaataggtttcctggtgctccaaaagatggaggatgggttgtggat
aactgcccctttacaagagaactgtggatagtcttagtcgagaaaggaattttacctgat
ttaataatctgtttatcagatatggaaaacaatggaaaatacttacttaatagactgtat
ttacagaataaacctgaaattgacgctaagattttagaaagattactagatgaactacaa
aacaaaaaaaaagaggaagaagcagcaagaaaagctacagaagaagcactgaaaatagaa
gaagaaaatcgaaggatgttagaagctatgagtatgaaagcaaaagaggctgaagaagag
tttgatgctgaggggtctgaagctcctgaagggtctgaggagcctgacgtattcgaagag
gccagactgtcactgctaatggaagagtctgaagtgtctgaggttcctgaaacagaacct
gaatcagttgagcctattgaggagactacagttgaaactgaaattccaaaagaatccaaa
gagggcctggaaactgaaaaattatctgaaacagttatgcttcctgagtatccagaagac
gcttatcctgatgttcccgaaatggagccacttaaagagagtattagacagttcaccttg
tcctggaaacagctggaagtatcactcaatgatttaacttttattcaaatcttaaacttg
gaaattgctggcaaaactccagaggaactacttcaaaaagtagttgagactatggaaaaa
ccatttaaatatactgggtgggagttaactgtggaagattatgatgaagaaactgaagac
tatcaggctgaagcagaagttgatgaggagctcgaagaagaagaggaggaagaggaagag
aatgaagagagaattaaagaaaagaggaggcatttgggagatacaaagcacttttgtcca
gtggttctcaaagaaaacttcatcctacaaccaggcaacacagaagaagcagctaaatat
cgagaaaagatctactacttttcaagtgctgaggctaaagaaaagtttttggagcatcct
gagaaatacgtggctcatgaagaaccgttaaaggctcctccattaagactatgtcttctg
ggcccccatggctctggcaaaactacctgtggaagacatctggcagaaaatttgggcatt
tttcacattcagtttgatgaagtccttcaagaaaaattaatgctcaaaatcgaaaagaaa
gttggacctgaatttgaggaagagtctgaggatgaacaagctgtaaaacaagaaattgaa
gaacttgcagttcaagccaatattacaattgaggaagaaaatacaaagaagccgtctcca
gaaatacatcttacagaggaagaagaagcaatcaaatcgaatctagtagacaatgagcca
ttgcctccagaaattctcgaaggaattctttctgagtggtggcttaaggaaccaatatgt
tccacaggttttatactagatggtttcccccgataccctgaggaggcccagtttctaggg
gagcgtggatttttcccagatgctgctgtttttatacaagtcgatgatcaagatatttct
gatcgtcttcttccttcccatattgaaaagtggaaactgaaacaaaagaagagattagac
aggaaaaaactcatcaaagatatgaaggcaaaaataagggatgatatgattgctaaaaga
agggctgaacttatatcagaaagagagaaaaaaaagaaaagggaggttggtgttaaagaa
gatgaagatattagtgaggaagaacctgaagaagaggaagatgatagtattgacaacatc
cttgaagaagaatttccaaaagaagaggaagacatgagtgaggaagatgaagaacaggaa
attgatgccactgaacgcctgagaagtgaagtgggagaaaaatttgaagctgatatgagt
aatttacaaataatacaggatgaatttgagaagtttttgataccgataattcacattaac
ggagctcgaaaaacccacattgtacaatatgtgttgaacaccaaagtgaagccactggtg
gaaaatcgtgcaagcatttttgagaaatgttatccaatagcaccacatcttgcccagaaa
atgctcagccttacctacaaatatataagctcatttggatattgggaccctgtcaagtta
agctgaggagagacaatcaagccatttgaaagcccagagaatccaagttttcctggaatc
catcgtcagtatatttattttttatctagtaaggaaagtaaagaaaagtttatgaagaat
ccaatcaaatatattcgccagcccaaacccaagccaacgatgcccattaggattgcagtc
gtggggcctccaaaatctggaaaaactacagttgctcaaaaaattgcaagcgaatgtggc
ttaaagcgtgtatcaataggagatgctttgcgttatatattaaacaaccagccaggaaca
gagctggcccttatgttaaattggcatcttcataaaggaatgacagcacctgatgaactg
gctattcaagccttagaaatatgcctgatggacagtgcatgcaatactgcaggcgttgtc
atcgatggctaccccgtaactcaatatcaaatgaatctcttggaagccaggacaatcatt
cccatgatcatctttgagttggatgtgccatccaaggagattttcaaaagattgctcctg
gaaaaaaaaaaggaacagagctttccttatccactgcacaacagtgcacagattacggct
gtcaagaattcaaagcaccgaaaaaatattgatgagatcaggcaatattatcaagaacaa
catcagaactggtatgtgattgatggatttcacagcaaatggtggatatggaataaagtc
attaagaacatccaaatggtgaataaatgtatccagacatacctggaaagaataaaatca
ggaaaagctgcctgcattgacaagttatgtatcacacctcaagagctgacttctcgcctc
ggagaatttggacagttctgccctgtcagcctggcagaatcatatgaattgtttgattgt
tctctaactaagtccttgaaatttgcagcagagttcagggggcactactataaaatgaat
tctcaggaaaaactgaataaattcttggagagcccagaactgtacgtgcctccattagca
ccttatccacttccatctcccgacatgatccccaaaaggctgacactgtcagagctcaag
tgtcgattccctaagtgtgctgagctccaaggatactgtccagtgacctaccaggatgga
aaacaaagatatgaagccctaatacctggtaacattaactatgctttagaatatcgtgat
cggatatatatttgtgagactgaggaaaaactccagaaatttttcaggtcaccactgaaa
tactggaatcagaaacttccaaacaaacttcccccattaaaggaaccaatatttcttact
agtcttcctttgcctggatacctggaacagggtgttgccacttctctaattaaagcaatg
aatgcagcaggatgcctaaaacccaagttccccttcttaagcataaggagatctgcacta
ctatttatagcacttcatctaaaagcatttaatcccaaaggttctgaatatacacgaaaa
aaatataagaagaagatggaccagtttatagagcgatgtgaactcataacatacctgggt
accaagatgaccagaaaatacaaggaacctcaatatagagccattgactttgatcataag
ttacagacctttcttgctctcagaaatatagacccaattaatggatag

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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 (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (33)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (26)   
   Pfam (26)   
All databases (120)   

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