KEGG   Python bivittatus (Burmese python): 103051177
Entry
103051177         CDS       T03091                                 
Symbol
AKNA
Name
(RefSeq) AT-hook-containing transcription factor
  KO
K21404  AT-hook-containing transcription factor
Organism
pbi  Python bivittatus (Burmese python)
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:pbi03000]
    103051177 (AKNA)
Transcription factors [BR:pbi03000]
 Eukaryotic type
  Other transcription factors
   Others
    103051177 (AKNA)
SSDB
Motif
Pfam: AKNA
Other DBs
NCBI-GeneID: 103051177
NCBI-ProteinID: XP_025023136
UniProt: A0A9F5MT68
Position
Unknown
AA seq 1456 aa
MARRGSNGFRGQQHKEKESEEDAELEGRRYGATQIGEGNLAGNLGCWNLSSSQEILEDDE
LLGELKDYQHLLQEDEHGFDLSELQDLECAGDVNAASPLPEDEGSPKDLGLRSYWQPDKM
HEEGSTERPEKPRGTWGIGSQEDVYPELSFEGQFGSDFSPSPEALQDPLALYKCSFVSDN
VDDELSESSNFSPSPCGPPPTCAQLEIEPRSLGGDGLDFPEDRKLSLESGRSLESHRLSS
LASSLQYSQRLLDFQSLEDLQNSPSMDAEAFPELSWMENTGQPLEKEPPAETVQITQQHA
SNASKTEERLLDSRKVTQTPRAQRRVGCRLEERTQKLKADVPRGLLPKGTRQSRSLSPQR
STSQKKSGHLALKEPNRESHSTPGARDITQYGRGQLNYPLPDLSKVEPRVKFPKDPQSYH
PPPGKMSPASSKKVRKPVIFKSPAEIVREVLLSSGEGSPQKCPAPTVSVIPEELKSPRQA
TELVHQLQEDYHKLLTKYAEAENTIDRLRLSAKVRLYSDPPKPSQAVETGRLSEASKVVT
FSIPQIRTAEIASKSNRDASKGAQGEGFPGQLGQPSSLSDSTGTAASRTNSPISTKTPFL
GDHLTQLLAAQAGKFQTQMEFLEELIQMDRLEALDQLKGFARLKEAQQALERAYLQARNK
YQQLQNQKEPVETLGEFDPNRSVEGNIFHLGMRLEALKERIEQSALNEWVAPDSSPLVVP
SHPCFPAQLSEEQVGSPTPSLQAPVPAVCMPYPEASTPKRSFAQVQLEGDFSSISDGTAE
EEGDFLELPQPCKHQEEENFDHLLDQCSSFKSLPEALSHKHNASSEELGSAATAAAGTKA
GSLQKSSAANKKTPTTSKELQQDVVPEVPVRKVQQPASQIRHVSSIQAEAALHESPESNS
PMVVGPRMSSRRQQAPFSSHSSTASVVGSMASESAPPNISQKMNTTFCEDLRILSPETDS
GFVGSETSRASPLAQMAKHQSSKRRSHSIQRPSPILDSPPCSPSSNKVPAAMTWLRPDKS
LGQVRPQGERSQHTSAKRNPFQQNSPCRWTNEMEPDSNENSPTDSETETPHGRNAPSSCP
TSLNLAQTHHNFLDSRLERDQAIAALQHEVSQLRQSLEETLHRHSSSPHLSRVQASARLS
PSVTPAGTSGKSMVEPDQSFLATEPKGRTQKPSLAEDRSQLDFNPSGSDDAPSKSRNRRH
HAASKPKPSKQSTVRGSYTGTWYPTSTPESQEPKTLQVSALCLRCRNVKMQHGEAAASHA
DDTETKGHHSPRDGSRPPKQSAAEERLCHSCKDSANSRSKDTAGAGDRKENAPDERPTTQ
PKVNQQPKQTGLWYLAVPSAATSVNYIPAIPLAPYPLSSVIYSPPLGTTSICSSIALPGY
DFGRQQATQWEASRQHPRDPQCCPRTFSCTSLEDLSWPLSRAVEAARDMKFTTQQMSKSL
SWALRKARSPRASRLF
NT seq 4371 nt   +upstreamnt  +downstreamnt
atggccagaagaggaagcaatggcttcagagggcagcaacacaaagagaaggagtcagaa
gaagatgctgaactcgaggggagaagatatggagccacccagataggagaaggcaacctt
gcggggaatttgggttgctggaacttgtcttcttcgcaggagattctggaagacgacgaa
cttttgggggaattgaaggactatcaacaccttttgcaagaagatgagcacggttttgat
ctcagcgaacttcaggatctcgaatgtgcaggagatgtcaatgccgcaagtcccctgcct
gaggatgaaggaagtcccaaggatcttggcctgaggtcttactggcagccagataagatg
catgaagaaggcagcactgagcgaccggagaagccgagagggacgtggggcatcggcagc
caggaggatgtttatcctgagctttccttcgagggtcagtttggttcggacttcagcccc
agtcctgaggccctacaagaccctctggctttatataaatgcagctttgtctcagataat
gtggatgacgagctgtctgagagctccaatttcagcccttcaccctgtggtcctcctcca
acgtgcgcccaactggaaattgaacctcggagcctgggtggggatggtctggacttccct
gaagatcgaaagctctccttggagtcagggagaagcctggaaagccacaggctcagttct
ctagcaagttccttgcagtacagtcagaggctcttggattttcagtccctagaagatctt
cagaattctcccagcatggatgctgaggcttttccagaactatcatggatggagaacaca
ggacaacctcttgagaaagaacctccagctgagacagtgcaaatcacccagcagcatgct
tcgaatgccagtaagactgaggaaagacttttggattcaagaaaggtaacacagacaccc
cgtgcccagaggcgagttggttgccggctggaggagcgaacacagaagctgaaagcagat
gtgccccgtgggctattgcctaaaggcacaaggcaatccaggtctttgagccctcagcga
agtaccagccagaaaaagtctgggcatcttgctctaaaagagccaaaccgggaaagtcac
tcaacccctggtgcaagagacatcacgcaatatggccgagggcaactcaactacccgcta
ccagatctgtccaaagtggagcctcgggtcaagttccccaaagatccccaaagctaccat
ccacccccaggaaagatgtcccctgccagtagcaagaaggttaggaagcccgtgatcttc
aagtctcctgccgagattgtccgagaagtgttgctgagcagcggagaaggatccccccag
aaatgccctgctcccacagtctccgttattcctgaggaactgaaatcccccagacaggcc
acggagctggtgcatcagcttcaggaagactatcacaagctgctaaccaagtatgcggaa
gctgagaataccattgaccggctgcggctgagcgccaaggtgcgcctgtatagcgatcct
ccaaagcccagccaggcagttgaaacggggagactatcagaggcgtccaaagtcgtaacc
ttcagcatccctcagatcaggactgctgagatcgcaagcaagtccaacagagacgcatcc
aagggtgctcagggtgaaggatttcccggacagctggggcaaccctcatccttgagcgat
tccacgggcacggctgcttccagaacaaatagtcccatctccaccaaaacgcctttcttg
ggtgatcatctcacgcaattgttagccgcccaggccggtaaatttcagacgcagatggag
ttcttggaggagttaattcaaatggatagactggaggccctggaccagctaaaggggttt
gcaagacttaaggaggctcagcaagctctggaacgagcttacctacaggctcgaaacaag
tatcagcagctgcagaatcagaaggaacctgtggagacactaggagaatttgatcccaat
cgatcagtggaaggcaacatcttccatctggggatgcgtttggaggcactgaaagagcga
atcgagcagtctgcgttgaatgaatgggttgcaccagacagttccccactggtggtccca
tcacatccctgctttccagcccagctttctgaggaacaagtgggatccccaacaccatcc
ctccaggccccagtcccagctgtctgcatgccataccccgaggcttcaacccccaagaga
agctttgctcaagtccagctggagggggacttcagttccatcagtgatgggactgctgaa
gaagagggagatttcctggagctcccccaaccttgcaagcaccaagaggaggagaacttt
gatcacctcctggaccagtgcagcagcttcaaatctttgccagaggccttgagtcacaaa
cacaatgcttcctcagaggaactgggcagtgcagccacagctgctgctgggacaaaggct
gggtccttacagaagtcatctgcagctaataagaaaactcccaccacctccaaggaactt
caacaggatgtggtgcctgaggtcccagtgagaaaggtccagcagccagcaagccagatc
agacatgtgtcctccatccaagcagaagcagctcttcatgaatctccagaaagtaacagc
cctatggttgttggtcccaggatgtcttctagaaggcagcaagcaccattttcctctcat
agcagcacagctagtgtggtgggaagcatggcctcagaatctgcacctccaaacatttcc
cagaagatgaacacaacattctgtgaggatctgcgcattctctctccagagacagacagt
ggttttgtgggatcagaaaccagcagggcatctcctctggcacagatggctaagcaccag
tcatccaagaggaggtcccatagcatccagagaccatcacctatacttgattcacctccc
tgctcaccatcctcaaacaaagtaccagctgcaatgacgtggttgagaccagacaaatca
ctggggcaagtaaggccccagggtgagagaagccaacacacctcagctaaaagaaacccc
ttccagcagaactctccctgcaggtggacaaatgagatggagccagacagcaatgagaac
tctcccactgactctgagacagaaactccccatgggagaaatgcccccagttcctgccca
acttctctgaacctggcccagactcaccacaactttcttgattcccgcttggaacgagac
caagccattgcagctttgcagcacgaagtctcccagttgcggcaaagtctagaagagacg
ctccatcgacactcctcttctccccacctatctagagtccaggccagtgctcgcctttct
ccaagtgtcactccagcaggaacctcagggaaaagcatggtggaacctgaccaatcattt
ctggccacagaaccaaaagggaggacacagaaaccatctttggctgaggacagatcccag
ctggatttcaatccttcagggtcagatgatgcaccatcaaaatcgcggaacagaagacac
catgcagcttccaagccaaaaccctcaaaacagtctactgtccggggctcttacacaggg
acatggtatcccacttcaactcctgagtctcaagagccaaagaccctccaagtctctgct
ctctgtctccgttgccgaaatgtcaaaatgcagcatggagaagccgctgcaagtcacgcg
gatgacacagaaaccaaaggccatcattccccaagggatggatccagacctcctaagcaa
agcgcagctgaggaacggttatgtcattcatgtaaggattctgcaaactccagaagcaaa
gacacagccggggcgggagatcgcaaagagaatgctccagacgaacgccctacaacacaa
ccaaaagttaaccagcaaccaaaacagacaggcctctggtacttggcggtgccatctgca
gctacctctgtcaattacatccctgctattcccttggcaccgtaccctctctcttctgta
atctattctcctccactcggcactacctcaatctgctcctccatagctcttcctggttac
gattttggcaggcagcaggccacgcagtgggaagcatcgcggcagcatccccgagatcct
cagtgctgccccaggaccttcagctgtaccagtttggaggacttgagctggcctttaagc
cgtgctgtggaagcagccagagacatgaagttcaccacccaacagatgagcaagtctctg
agttgggccctaaggaaagcgcggagtccgagagcatctcgcctcttctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (42)   
   KEGG ORTHOLOGY (1)   
   RefGene (38)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (49)   

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