KEGG   Atta cephalotes (leaf cutting ant): 105617875
Entry
105617875         CDS       T04923                                 
Name
(RefSeq) LOW QUALITY PROTEIN: adenylate cyclase type 10-like
  KO
K11265  adenylate cyclase 10 [EC:4.6.1.1]
Organism
acep  Atta cephalotes (leaf cutting ant)
Pathway
acep00230  Purine metabolism
acep01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:acep00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    105617875
Enzymes [BR:acep01000]
 4. Lyases
  4.6  Phosphorus-oxygen lyases
   4.6.1  Phosphorus-oxygen lyases (only sub-subclass identified to date)
    4.6.1.1  adenylate cyclase
     105617875
SSDB
Motif
Pfam: AAA_16 AAA_22 RPN7 nSTAND3
Other DBs
NCBI-GeneID: 105617875
NCBI-ProteinID: XP_012054809
UniProt: A0A158NBA1
Position
Unknown
AA seq 1460 aa
MDWGNKHRAGKKRAKLRQASVLIMRIQTGQFISLQVRHQLKRAHLHKKYRDQGSSDVLMI
DLTSDKPTDSSPMRPKVIKAAKEGLKNSLRSYMLRPVIRSVEMDEPLEYLTEMRQVVILF
INIITTVVSNEELISLVDTTYKLICGVVSEMNGCVNKTSLFDKGLMFLCIFGLRGDKHVL
ESQIGLRCANRVRQDLLTIKNVQSVTIAVTTGMTYCGVVGHILRREYTVIGMAVNKAARL
MVAYSNKVICDRESFLRSRLETRHFILQEPRHLKGITNVGPVYEFQEQIKFTTPELIQKK
YPLLGRQKEIKIFQRMLSDLITQFTLDGTTHDLQLEHNMLIIKGEPRIGKTRLLDEIALN
IPANISRNYIPLVMSDAKTSYSLIHLIFSIPLGLSVVTTPSEREEILMSRLGCIRNPEFL
CALNQPFNVQFKMNSYYTALSRKQKHNVLRKFLLKLMRNCFKELWVIIIDDTQHSDNDSM
KLFRTMIKQNTVFFILSFGRMFNSNYEIYSNISEKAQIIELGCIDKWYHAALACQFLDVD
GIPPELERLIQEKSFGNPGWIESYLLSLTQSGNLVTVHISKILAEEMGYVLPPIYMLKRS
EDILEDFPNNEEERSDKWKMYRTSYRNNSISPMMLQTIHKTGMSINDEETIAVCKFIEGF
EEGDTEVTMDAMILKIFDSLTPLDQMLLKCASVLGEIINRNMLQNLMEDKSTREIGLAVK
KLFEIRIFGCARGDFTMSSRPLVFNRNRSLVFNGNRNTKEPMLETQIACKCVNLMIPDEL
TDLPRYTSCGLMYFKMSMFRETTYRSLTENHKMELHSKALKYLRQHTKRCIACGEIQFAR
LLGKTAVQEIKRTKLIDLNEVHQLEETTYVKEEAKNDMQKAAERTPIRFNIFQKVRKLTK
TFSNVDFANCQCHLILMTIYAQMLEHCQGIGKQDIILTAILEFVEICLANNNVPQARRLL
SDAETLIQQIAESDEENSIFLFYLTAKIQTFQGKCHLESGLISEASKKLKEAMISLGYHF
PRRKFTIDLKSITQLKLLRWRLICPKRWNTADEFTINYIEQLANCLALMFVVFRGTKHMK
KHARLAAIWSLNAALDASNDFFTLCTSFTNMMIIAHVYQILSIVPYLEKEALSICAKKGD
LLEFQELKVIAELYAGIFFSRWLRGEINKAIRIGFITLRMAQTMDSMFLKLLILPRLVHL
LMISCRHSEVVTLLRKLEFVSRNSDKSGRTWYYAMCADVQLDTGLTVLSFQNCDKYYNQE
GETIISLHDPEAERRYFTSMWLWCIRTQQWEAAKVWNNRNVTAESTMDEHKVAATITALK
KLEGLLILYVREITNRNINALQTFMEIKHEFRHIKSMIKIIKIAIPRYMLMKAYYYMTQL
QKKAAIKMLQKTKKFCIKVDNKMIYAWANHCLQDWLDVISFIHKDLWIEKTRELRDEWDE
VNANDSKMIPYTFPLPKYML
NT seq 4383 nt   +upstreamnt  +downstreamnt
atggactggggaaataaacacagagcaggcaagaagcgagccaagctcagacaggctagc
gtcctaattatgcggatacagaccgggcaatttatctcccttcaagtccgtcatcaactt
aaaagagctcatttgcataaaaaatatcgagatcaaggctcctccgacgtccttatgata
gaccttacctccgataagccaaccgatagttctcctatgagacccaaagttataaaggca
gctaaagagggattgaaaaattcactgagaagctatatgcttagaccagtaatacgatca
gtagaaatggacgagccattagaatatcttacagagatgaggcaagtggtcatactcttt
atcaacatcatcacaacggttgtgagtaacgaagaattgatctcgctcgttgacacgact
tataaattaatctgcggggtagttagtgaaatgaacggatgcgtaaacaagacatctctt
ttcgacaaaggcctaatgtttctttgcatatttggactgcgaggcgacaaacacgtgttg
gaatcacagatcggattgagatgtgccaatagggtgcggcaagatcttctaacgataaaa
aacgtacaatctgtgacaatcgctgttaccactggaatgacatattgcggtgtagttggt
catattttacgaagggaatacactgtgatcggaatggcagtgaacaaagcagcccgttta
atggtcgcatacagtaacaaagtaatatgcgatcgagagagttttttgcgctctcgtctt
gaaacgagacactttatactgcaagagccaagacatctgaaaggaatcacaaatgtcggt
ccggtttatgagttccaagaacagataaaatttactacgcctgaattaatacagaaaaag
tatcctttgcttggacgacaaaaggaaatcaaaatttttcaacgaatgctatcagatttg
ataacacaattcactttggatggaacaacacatgatttgcagctcgaacacaatatgcta
attataaaaggtgaaccaagaatcggcaagacgagattgttggatgaaattgcactgaat
atacctgcaaatatatcacgcaactatattcctttggtcatgagcgatgctaagacttct
tacagtttgatccacctgatattttccataccattgggcctcagtgtcgtcactactccg
agcgaacgcgaagaaatactgatgtcacgattaggctgtatacgtaatccagaatttctt
tgtgcccttaatcagcccttcaatgtgcagttcaagatgaattcatattacacagcacta
tctaggaagcaaaagcacaatgtattgcgcaaatttctactcaaattaatgagaaactgt
ttcaaggaattatgggtgataattatcgatgacactcaacatagtgacaatgattctatg
aaattgtttcgtacgatgatcaaacaaaatacagtcttcttcatcctcagttttggacgt
atgttcaacagcaattacgaaatatactccaatatttcggagaaagcacaaatcatcgaa
ttgggttgcatagacaaatggtatcacgcagcgcttgcatgtcagtttcttgatgtagac
ggaattcctccggaactcgaaagattgattcaagaaaaaagttttggtaatccaggatgg
atagaaagttatttgctgagtctcacgcaatctggtaatcttgtaacagtgcatatcagc
aaaatacttgccgaggaaatgggttatgtgcttcctcccatttatatgctaaaaagatct
gaagatatcttagaagattttccaaataacgaagaagaacgttcagacaagtggaaaatg
tacagaacaagctatcgtaataattcaatatctccgatgatgttgcaaaccattcataaa
acgggaatgtcaattaatgatgaggaaacaattgccgtttgcaaatttatagaaggtttt
gaagaaggagatactgaagtgacaatggacgcaatgattttgaaaattttcgactcgtta
acaccattggatcaaatgttattaaaatgcgcgtcagtattgggagaaattattaataga
aacatgttacaaaacctaatggaagataaatctacgagagaaattggacttgctgtcaag
aaactctttgagatccgaatttttggatgcgcacgaggtgattttactatgagcagtaga
ccgttggtatttaatagaaatagatcgctggtatttaatggaaatagaaatacaaaggaa
cctatgctcgagacacaaattgcgtgcaaatgtgtgaatcttatgataccagacgaacta
actgatttaccacgatatacgtcttgtggtttgatgtatttcaaaatgtcgatgttccgc
gaaactacttacagatcactcacagaaaatcacaaaatggaattacatagcaaggcatta
aaatatcttcgacaacatactaaacgatgtatagcttgtggcgagatacaatttgcaaga
ttattaggaaaaacggctgtgcaggaaattaaaagaacaaaactaattgaccttaatgag
gtacatcaacttgaagaaacaacttatgtcaaagaagaggcaaaaaacgatatgcaaaag
gcagcagaaaggacaccgattcgttttaacatctttcaaaaagtcagaaaacttaccaag
accttctctaacgtcgacttcgccaactgtcaatgccatcttatcttaatgactatctat
gctcagatgttagaacattgtcaaggaatcggaaaacaagacataatcttgacggcgatt
ttggaatttgtggaaatttgtttagcaaataacaatgtacctcaagctcgcagacttctg
agtgatgctgaaactctgattcaacaaatagctgagtccgatgaagaaaattcaatcttc
ctgttttatctcaccgcaaaaattcagacgtttcaaggtaaatgtcatttagaaagcggt
ttaatatccgaagcaagcaagaagctgaaagaggcaatgatcagtctaggctatcatttt
cctcgacgcaaattcacaattgacttaaagtctataactcaactcaaattgctaagatgg
agattgatctgtcctaagcgttggaataccgccgatgaatttactataaattatatcgag
caattggctaattgtttggcattgatgtttgttgttttcagaggaacaaaacatatgaag
aaacatgcacggctagcggccatctggagcttaaacgctgcactagatgcgtcaaatgat
tttttcacactctgcacttcgttcacgaatatgatgattattgcccacgtctaccaaatc
ttgtcaattgttccttatttggaaaaagaagctcttagtatctgtgcaaagaaaggagat
ttacttgaatttcaagagctcaaagtcattgctgaactttatgcagggatatttttttca
cgatggttgagaggagaaatcaacaaagcgatcagaatcggctttatcacgttgaggatg
gcacaaactatggactctatgttcctcaaattgctcatactaccaagattagtacacttg
ctcatgatttcatgtcgtcattcggaagtcgtgactttgctaaggaagttagaattcgta
tcgcgaaattcggataaatcaggtcggacttggtattacgccatgtgtgctgatgtgcaa
cttgataccggtctcacagtcttgtcgtttcaaaattgcgataaatattacaaccaagaa
ggagagaccataatcagtctccatgatcccgaagcggaaaggagatatttcacatctatg
tggttgtggtgcatcagaacgcagcaatgggaagctgcgaaagtttggaacaacaggaac
gtgacggctgagagtacaatggatgagcataaggtggcagcgacaattactgcattgaag
aaacttgagggactgttaattttatacgtaagagagattactaacagaaacataaacgca
ttgcaaacgtttatggaaatcaagcacgaattcagacatatcaaaagtatgataaaaata
ataaaaattgcaattcccaggtatatgttgatgaaagcttattattacatgacacaattg
caaaaaaaagctgcaataaaaatgctacagaaaacgaagaaattttgtataaaagtagac
aacaaaatgatttatgcatgggcaaatcattgtctgcaggattggctagatgtcatatct
tttatacataaggatttgtggatagaaaaaactagggagctacgtgatgaatgggatgaa
gtaaatgccaatgattcaaaaatgattccttatacatttccattaccaaaatatatgtta
taa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (5)   
   KEGG COMPOUND (5)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (24)   

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