KEGG   Python bivittatus (Burmese python): 103048673
Entry
103048673         CDS       T03091                                 
Symbol
TTC3
Name
(RefSeq) E3 ubiquitin-protein ligase TTC3 isoform X1
  KO
K15712  E3 ubiquitin-protein ligase TTC3 [EC:2.3.2.27]
Organism
pbi  Python bivittatus (Burmese python)
Brite
KEGG Orthology (KO) [BR:pbi00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:pbi04121]
    103048673 (TTC3)
Enzymes [BR:pbi01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     103048673 (TTC3)
Ubiquitin system [BR:pbi04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   Other single Ring-finger type E3
    103048673 (TTC3)
SSDB
Motif
Pfam: TTC3_DZIP3_dom TPR_1 zf-RING_2 TPR_16 TPR_2 TPR_12 zf-rbx1 TPR_19 TPR_17 zf-C3HC4_2 TPR_11 zf-C3HC4 CARD zf-C3HC4_3 PAM2 zf-RING_11 ANAPC3 DMA
Other DBs
NCBI-GeneID: 103048673
NCBI-ProteinID: XP_007423399
UniProt: A0A9F2QW31
Position
Unknown
AA seq 1960 aa
MENPTFEEVKHITFYSPYIRPCCELMRGTFHEYSPKKYKPGDICKMWCSIPVLQLHKYCD
IIKICTFRPLLFVPIRDPTKKCHDLSCQFDELNLEKLYQIETLEDVTDIVKKFADNQLFI
SGILTTETDIDNGILSTSEVFDWIKYVDDVGILQKLGKLGDYCWSFLKLFFFAYKYYISK
VILEDYNLVEAFESYYCDNCMMNSESMKKRGNEAFAKGKFDTAVTFYTKAIELWPENHLL
YGNRALCFLRTGQYQKALCDGKRAIILKPCWPKGHYRFCDALSFLGEHRKALEANERGQD
LCRENPEGVKGLIEQYEKLKKQMEEARGVKQNKYRLKKQLLQKNDSISSSEYVPVDNQES
KKSHNEKKKLSDSHDHPCQQKQTNVVGNTQTRENADHLSVFTIGLSENPQKQRSQMDDSE
KMKEQLNLKTDSKKVVDKYNFHCGNMQQVDIILSLEMLKTYMKNGSTSLMDQCFHSAEQS
FALSLNMLDPSQLQLLNLALVDYVVIMYGYASALLGIGQPEELSKAKNHFNKIIEQYPKV
RFNCLAHYGIGKVYLRQNRFSEALDQFMKSKTMVNLKIVPGVLTWPTTSEVIKETRSERL
QVILEDCIAECKFPPKPNAVCRYQQCQAHKVKIYFSDPDFKGFIRVACCEQCIVEFHLNC
WKKVKATRYCDKNDKDILQEMCFTPDCRGLISKIIVFSSSGIVKCEFEHKITTKNPPRPI
LKQKCSSFRKLQVKQEKKLRRKFIKEAVSLTELAEVFHRSNAVAKDDSRKGNIPKNFFVG
DTVLQLIGQYAVNIQGGIRDAFRLLTELISWWVLTEEDYALFSTSCLSSAEVMDQLISFL
IAKNNRVKTRIFVHVVSELEEVDPKLHGWMKHLDNNGLKATKIFLSEYTTYILQLDFSSV
AVLWNERYGIKLSRTFTCISEDMTEKLKYLDEFSFMEIRCLLWLLEENRQCFPFLHQCLD
DYFDNLDNPFIVLKKEYTETTSNNAIKVKNKNRKKTKESKAIFVLSGGVGTVTQEEDNIF
SEENTLSFMNPHEPFRIPDGLHEQVMIFEALYNTASSNNSYQKILDHYPDPTCESLYDYF
SQILEEHGPMEIDNPLLVGEYEHFPADTRKIVENAGGLKSFLLGSLRFAMMDDLIGLMKH
AVMLQENAGLTGIDENTKNQENYSEGLYCQENNIHSKSSLNPTAKEFKPVSFINKPYIPV
STNTLEYVTTSPSSFSPFASSYSFSSQTTDTVPVANVSLSPTVAESHAIFLNEIGSEYVN
ERLSPVFTQVPLMPDIFEQTNYIYADYNLDTDPEEMTRSKYTVDKFTTADQVHAFQNTPC
IAVKSGIHTCKDNPDQVEDHHCNDAECGSVTKIKTENKSLARNHPHSRMIAIQVDQELTD
VGVNTSPLHPYETQQGDMLRMEKEHHVLQEQLKEASEKYEQLKCRSSKETSILEEELLLL
VEGNKLSKRELDWFHQDAEVNFKKWQQEKKENQEGLKAGKNKVRKLVETNEIYMRNIDEK
DKQYKAYLDEFLEISNKFECEKVKMEELIKKSQDYQQECVERAIAAEVSVLENWKEMELY
KLCRRSANAKANLKYLKFMTSHSARPQSKLQIDSWESFISKIGEEKKKIESQFEERICIV
KNGALLNNITPVETADLQPPNGLSSAAPEKSPINDPAIIMYSAAAPHLFASFSDVNDNYP
LPSKVKTHPGNQDSEPPSNKDVGELPSECRRNSLSDKVCLPQSPGNSRRHIQNVQLQHSI
LEEPTGAAGLDYAAVLSKPILTKLSENIIDQLRTIFPHHTSSDLENFIKEINVKNRNKLS
TDEFLNRVTEFILDHPNTKKVLSSSGKNEKLSSCSSGQNGSHIQKVLKTLGQSKTKSRVA
NEGKNKTSLPLQSNQMPWKTVGETSKSKWKKSNDATDNDPCVICHEELTSSLLHVLDCGH
RFHKLCIGPWIKEHSTCPTCRRHILLREDYPELPGRNRTT
NT seq 5883 nt   +upstreamnt  +downstreamnt
atggaaaatcctacttttgaagaggtcaagcacatcacattttatagtccttatatcaga
ccatgttgtgaattgatgcgtggaacatttcatgaatattctccaaagaaatataaacca
ggtgatatctgcaaaatgtggtgcagcatacctgttcttcagctgcacaaatactgcgat
ataattaaaatatgcacctttagaccacttttgtttgtacctatacgtgatcccactaag
aagtgccatgatctcagctgtcaatttgatgagctaaatttggagaaactctatcaaatt
gagactttagaagatgttactgatatagtcaaaaaatttgcagataatcaacttttcatc
agtggaatattgacaactgaaactgatatagacaacggaatattgagtacttctgaagtt
tttgactggatcaaatatgtggatgacgttggcattttacagaagttagggaaacttgga
gattattgttggtctttcctcaaactgttcttttttgcgtataagtattatataagtaaa
gttattttggaggactacaatttagtagaagcctttgaatcttattattgtgacaactgt
atgatgaacagtgaaagtatgaaaaagaggggaaatgaagcctttgctaaggggaaattt
gatactgcagtcactttctatacaaaagctatagaactgtggcctgaaaatcaccttctt
tatggcaatcgggctctctgttttctccgaactggacagtatcagaaagccttgtgtgat
gggaagagagccattattttgaagccctgctggcctaaggggcattatcgattttgtgat
gctttatcattcttgggtgagcacagaaaagcattagaagccaatgagagaggtcaggac
ctgtgcagagagaatcctgaaggagttaaaggacttattgagcaatatgagaagctgaag
aagcaaatggaagaagctagaggtgtaaaacaaaataaatacagactaaagaaacaactg
ttgcagaaaaatgattccattagttcttcagaatatgtcccagttgataaccaagaatca
aagaaatctcacaatgaaaagaaaaaactgtctgattctcatgaccatccttgccagcag
aaacaaacaaatgtggttggaaatacacaaactagagaaaatgcagatcatttatcagtt
tttacaataggactgagtgaaaatccacagaagcaaagaagccaaatggatgattctgag
aagatgaaagaacaactgaatttgaaaactgattctaaaaaagttgtagataaatacaac
tttcactgtggaaatatgcaacaggtggatataatactttcactagaaatgttgaagaca
tatatgaaaaatggatcaacatctttaatggatcaatgctttcacagtgctgaacaatca
tttgcattatcattaaatatgctagatccgtcccaactacagcttctgaaccttgctctt
gttgattatgttgtgatcatgtacggatatgccagtgctctccttggaataggacagcct
gaggaactaagcaaagccaaaaatcattttaataaaataattgagcaatatccaaaagtg
agattcaattgcttagcacattatggaattggaaaagtatatttgagacaaaatagattt
tctgaagctctagaccaattcatgaaatcaaaaaccatggttaatcttaagattgtgcct
ggagtactaacatggcctacaacttcagaagttatcaaagagacaaggtcagagagatta
caagttatattggaagattgtattgcagaatgcaagtttcctccaaaaccaaatgcagta
tgtcgttaccagcaatgccaagcgcataaagtcaaaatatattttagtgacccggatttc
aagggttttatacgtgtggcctgctgtgaacagtgtatagtagaatttcatttaaattgc
tggaaaaaagtgaaagctacaagatattgtgataaaaatgataaggatattcttcaagag
atgtgtttcactccagactgtagaggccttatttctaaaatcattgtcttcagttcttct
ggtattgtcaaatgtgagtttgaacataaaataacgaccaagaatcctccaaggcctatt
ctaaagcagaaatgctcaagttttaggaagttacaagtaaaacaggagaaaaaattaaga
agaaaatttataaaagaagcagtctccttaacagaacttgcagaagtatttcacagaagc
aacgctgtggcgaaagatgatagccgtaaaggaaatattccgaagaatttttttgttggg
gatacagtcctgcaacttattggacagtatgcagtgaatatacaaggtggtatacgtgat
gccttcagacttctgactgaattgatttcatggtgggtacttactgaagaggattatgca
ctcttttcaacaagttgtctatcatcagctgaagtaatggaccagctcataagcttttta
attgctaaaaataatagagtgaagacaagaatttttgtacatgttgtaagtgaacttgaa
gaagtggatcctaaactacatggttggatgaaacatcttgataataatggtttaaaagct
accaaaatttttctctcggaatatacaacttacattttacagcttgattttagttcagta
gcagtcctctggaatgagagatatggtattaagctcagcaggacattcacctgcatatct
gaagatatgactgaaaagctaaaatacttagacgagttctcgtttatggaaattcgctgt
ttactgtggctattagaagaaaacagacagtgtttcccatttcttcatcaatgtttagat
gactattttgataacctggataatccttttattgtgttaaagaaggaatatactgaaact
acttcaaataatgctatcaaagttaaaaacaaaaaccgaaaaaagacaaaagaatccaag
gctatttttgttttgtctggtggagttggtacagtaactcaagaagaagataatatattt
tctgaagaaaatacattaagttttatgaatccacatgagccttttagaatcccagatggt
cttcatgaacaagtgatgatatttgaagcattatataatactgcttcttctaacaacagt
tatcagaaaattttggaccattacccagatccaacttgtgaaagcttatatgactatttt
tctcaaatcttggaagaacatggtcccatggaaattgataatccactattagttggggaa
tatgaacattttcctgcagacactcgtaagatagtggagaatgctggtggtctgaaatct
tttctcctaggatctctacgttttgctatgatggatgatcttattggattgatgaaacat
gcagttatgctgcaggaaaatgcaggactcactggaattgatgaaaacactaaaaatcaa
gaaaattattcagaaggcctgtattgtcaagaaaacaatatccatagcaaatccagttta
aacccaactgctaaggaatttaagcctgtctctttcattaataagccttatattccagta
tctacaaatactttagaatatgtgactactagcccctcctcatttagtccttttgcttcc
tcatattccttttctagtcagacaactgacactgtgcctgtggcaaatgtatctttgtct
ccaactgtagctgaaagtcatgcaatatttctgaatgaaattggttcagaatatgtaaat
gagagactgtctccagtttttactcaagtgccacttatgccagatatttttgagcaaaca
aattatatatatgcagattataatcttgatactgatccagaagaaatgacacgcagcaag
tatactgttgataaatttactacagctgatcaagtacatgcttttcagaacactccatgc
atagcagtgaagtcgggcattcacacttgcaaagataatcctgaccaggttgaggatcat
cattgtaatgatgctgaatgtggttctgttaccaaaataaaaacagagaataaatctcta
gcaagaaaccatccccattcaaggatgattgctatacaggtagatcaagaactaacagat
gtgggagttaatacttcacctcttcatccttatgaaacccaacaaggagatatgttgcgt
atggagaaagaacatcacgtactacaagaacaacttaaagaagcaagtgaaaaatatgaa
caacttaaatgtcgaagctccaaagagaccagtattttagaggaggagttattactactt
gttgaaggaaacaagctcagcaagagagaattggattggtttcatcaagatgcagaagtg
aactttaaaaaatggcaacaagaaaaaaaagaaaatcaagaaggattaaaagcagggaaa
aataaagtcaggaagctagtagaaaccaatgaaatatatatgagaaatattgatgagaag
gataaacagtacaaagcatatttggatgaatttctggagatcagtaataagtttgaatgt
gaaaaagtaaaaatggaggaacttataaagaagagccaggattaccagcaagaatgtgtt
gaaagagcaatagcagcagaggtgtcagtacttgaaaactggaaagagatggaattatat
aaattatgcagaaggtcagcaaatgccaaagccaatcttaaatatctaaaattcatgacc
agtcattctgcaaggcctcagtcaaagttacagattgattcttgggagtcatttatttcc
aaaattggggaagaaaagaaaaaaatagagagtcagtttgaagagaggatttgtatagta
aaaaatggtgctcttctaaataatatcaccccagtggaaactgcagatcttcagccacct
aatggtttgtcatcagcagctcctgagaagtctcctattaatgacccagccatcataatg
tattcagctgctgctccacatctgtttgcttcattttcagacgttaatgacaattacccc
ttaccttccaaagttaaaactcaccctggcaatcaagattcagagcctccttccaataaa
gacgttggagaactaccttctgaatgcagacgaaactcactttctgataaagtatgtctg
cctcaatcaccagggaattccagaagacatattcagaatgtccagctacagcacagcatt
ctagaggaaccaacaggagctgcaggactggactatgccgcagttctaagcaaaccaatt
ctcacaaagctatctgaaaatatcattgaccaacttagaactatatttccacaccataca
agttcagatttggaaaattttataaaagaaatcaatgtcaagaatagaaacaagttgagc
acagatgagttcctaaacagggtaactgaatttatcctggatcatccaaacacaaaaaag
gttctttcctcttctggaaaaaatgaaaagttatcctcttgttcttcaggacaaaatgga
agtcatattcagaaagtattaaagacattgggacaaagcaaaacaaagtctagagttgct
aatgaaggcaaaaataaaactagccttccacttcaatcaaatcagatgccatggaaaact
gttggtgaaacatcaaaatcaaagtggaaaaaatcaaatgatgccactgataatgatcca
tgtgtaatatgtcatgaagaactaacttcaagtctgttgcatgtgctggactgtggacac
agatttcacaaactgtgtattgggccatggattaaggagcacagtacatgtccaacatgt
cggcgtcacatacttttgcgagaagattatcctgagcttcctggaagaaacagaacaact
taa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (94)   
   KEGG ORTHOLOGY (1)   
   RefGene (90)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (18)   
   Pfam (18)   
All databases (128)   

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