KEGG   Phalacrocorax carbo (great cormorant): 104049052
Entry
104049052         CDS       T08596                                 
Symbol
TTC3
Name
(RefSeq) E3 ubiquitin-protein ligase TTC3
  KO
K15712  E3 ubiquitin-protein ligase TTC3 [EC:2.3.2.27]
Organism
pcao  Phalacrocorax carbo (great cormorant)
Brite
KEGG Orthology (KO) [BR:pcao00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:pcao04121]
    104049052 (TTC3)
Enzymes [BR:pcao01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     104049052 (TTC3)
Ubiquitin system [BR:pcao04121]
 Ubiquitin ligases (E3)
  Single Ring-finger type E3
   Other single Ring-finger type E3
    104049052 (TTC3)
SSDB
Motif
Pfam: TTC3_DZIP3_dom TPR_1 zf-RING_2 TPR_2 zf-C3HC4_2 TPR_11 zf-C3HC4 zf-rbx1 TPR_17 TPR_16 TPR_12 zf-RING_UBOX TPR_8 zf-ANAPC11 TPR_19 ANAPC3 zf-RING_11 zf-C3HC4_4 zf-RING-like PAM2 zf-Nse YjbH
Other DBs
NCBI-GeneID: 104049052
NCBI-ProteinID: XP_009507957
Position
Unknown
AA seq 1974 aa
MGEPISESEFAALAFYAGDKSCCELGHGVFVQRLPHKPKTDVDPCEVWCSQPVDILREYC
NIIRIRIFWPLLFKSESNSLVADWSSSQILDQNWKRLCDLEVLEDLVDLIKGVVNVPPFI
GGILRIGSRIENGVFDVGDALDWVRYTGDGSILQRLEKLGDFGWIYLEIFFAECKRYITK
VALEDCNLVEEFKAVTCENCRKNSESMKQKGNEEFSQGNFDRAIMSYTKAIEFCPANHLL
YGNRALCLILTGQYKRALADGKRATILKPNWPKGHYHFCKALSLLGEHELALEANERAQE
LCKNILDGLKDLVQQNDKLKKTLEEINGIKQHKQKPKKSLLEKKDCSSSESHLIISQELK
EVEKEVKRTQSDPKEHHCHQKQDTRVTDIQRTESKCSSPEFPPSQSHQNKGRPKTKPGDS
EKTRDRLDLKVESKAIQDKLFCTVQQVDFTMLPEAVKSLVHDGYTALMDQRCHSAEQAFS
QLLSMLKPSELKQLNLHIINYVVIIYGHATALLGIGQPEALTKAEVQFKKIIEQYQEERF
SCLAYYGIGKVYLRQNRFSDALDQFMKSQTMVNHKIVPGVLTWPTSSQVIEETRTENLQL
ILKNCIEECKFPPEPDAICRYQQCHGHSKIQIYFTDPDFKGFIRITCCQQCRVEFHISCW
KKLKTTNYSDKNDKDFLQELCFTPDCTGLISKIVIFSSSGLVKCEFEQKITKTKEPPRAC
IKQKCSSLRKLKMKREKKLRRKRAREEAQNSAKKKIEENQMGNEPSQYKHHSGYVQDLYA
GDRVLQHISRNADQIKTAVGDASKLLKELLSWFVISEEDYMSYSKTSSMSHEVMEQLISY
LIHEKNRVKTRAFIHVLSELEEVDPKLHKWLKHLNNLGLTATKNFLLQYGQFLKELDLSI
LTTLWNEKYGSKFDHVTTSSEDKEIRDYFLKPPLEKTRCFIWLLEDNRENFPFLHEALDE
FFDKMDDPTIILKKQGNENSSTNGIKVKNKNRKKNSKDSRSILVLSSGVSTAPREEDNIF
IEENTLDFTNSYEPFVIPEYLRGQLEEFEALCDISNSNSYQRLLDNSPDQTCESLYEYFS
QILEKYGPMEISNELLVGEYEHFPEEVRKIVEDEGGLKSFLLKSRHFIMVDNLVGLRKHA
VLMKENTNRNETGDNEIKNDRVCDVQEKSSQNKLQLNPAAKEFKPLSYPKQPHILTSTDL
TVAGYEVPQYLSWAFPTSHKWMHSLHSQNIDTTENQSSFSDILVKCFDSQNPGIFLPQTS
WRYPYERILPVPSQMPLISNVAEQPSYIYADHVAHQDNDKSAISDRKYVFSSSIPTEIQT
HEDPQCQLENSDKTFYEDSFDAADSKNEAECGIQVKTEKESRGITLMKNNPHTRMIAVQV
NCEVADRETNTLPFHPFEVQQGDSLRMEKEHQVLKEQLKEAQEKYEQLQNRSSAEIGALE
ELLKKSVEETEVSKNELDWLHQDLEVKVKKWQQEKKEDQDNLKSLRNTVKKNTDANDRYS
KAIDEKEKQYNICLNTYLETSNKLANEKGKLEELVKKSQDDCQECVTRAVKAEISVLENW
KETEVYKLSGAAANAEANLKVLKSLSSSSASAASKLKSQIDSWEVFISNVKKQLEKVEAE
YEEKIQMVKNGVRNCLTKLETVEFSSPPSVLTKQGGPPAGDPAIVMCSSASAHPNVLPAF
SNSEDQGPAHASFNTQAGVKPAYANSKACSTSGGSVKTHSKPLEVLYSDKVLASCPSGVS
GSNTPNAQPDQAHQDDSAVRLRPSGLPSNKTVPKAFENIIVRLQSIFPNYSSSDFTSFIK
DVQRRNGNTLSGLSFDEVLSRVTELILDQQSKAPPSPGRPAKSVSSASPAQTGTRSREVP
AEENVPSPRKARPAHKNASSKNPSQPSLQPWGNVGATPKSKWKKLDYSASSDDPCTICHD
ELSRDSCELECGHRFHRECIRTWLKQHSSTCPICRVHALLPEDFPELPARNKYA
NT seq 5925 nt   +upstreamnt  +downstreamnt
atgggtgaacctatatccgaatctgagtttgcagccttggctttttatgccggtgataaa
tcttgctgtgaattgggtcatggagtgtttgtacagcgattgccgcataagccaaaaaca
gacgttgatccctgtgaagtgtggtgcagtcagccagttgacatactaagagaatattgc
aacattattagaatacgtatcttttggcctcttctcttcaaaagcgaaagtaattctttg
gttgctgattggagcagttcacagattttagaccagaattggaagagactctgtgattta
gaagttttggaagaccttgttgatttaattaaaggagttgttaacgttccaccttttatc
ggtggcatactgagaattggcagcagaatagaaaatggtgtctttgatgttggggatgca
cttgattgggtcagatacacaggtgatggcagtattctgcagagactggagaaacttggt
gattttggttggatctatcttgaaattttctttgctgaatgcaaacgttacattactaaa
gttgctttggaagattgtaatttagttgaagaatttaaagctgtgacctgtgaaaactgt
aggaagaacagtgaatctatgaaacagaaaggaaatgaggaattttcccaaggaaacttt
gatcgtgctataatgtcatatactaaagccatagagttttgtcctgcaaaccatcttctg
tatggaaaccgagctctctgtttaattctcacggggcagtacaagagagcccttgctgat
ggaaaaagagccactattttgaagcctaattggccaaagggtcactaccacttctgtaag
gcgctttcattactgggggaacatgaactggctttggaagctaatgagagagctcaggaa
ctatgcaagaatattctcgatggacttaaggatcttgttcaacaaaatgacaagttaaag
aagacattagaagaaatcaatggtattaaacaacataaacagaaaccaaagaagtcactt
cttgagaaaaaagactgcagttcttcagaatctcatttaataatctctcaagaacttaaa
gaagtagaaaaagaggtaaagagaacacagtctgatcctaaagaacatcattgtcatcaa
aaacaggataccagggtgactgacatccagagaacagaaagcaaatgttcgtctccggaa
tttccaccaagccaaagtcatcaaaacaaaggaaggccaaaaaccaaacctggtgactct
gaaaagacgagagatcgccttgatttgaaggtagagtctaaagccatccaagataaactc
ttctgtactgtgcaacaggtggattttactatgttgccagaagcagttaagtcccttgtt
catgatggttacacagccttgatggaccagcggtgtcacagtgctgaacaagccttttca
caattgttaagcatgctaaaaccttcagaattaaagcaactgaatcttcatattattaat
tatgttgtaatcatctatggacacgccactgctcttcttggaataggacagcctgaggca
ttaacaaaagctgaagtccagtttaagaaaataattgaacagtaccaggaagaacgattt
agttgtttggcatactatggaattggaaaagtatacctcaggcaaaacaggttttcagat
gcgcttgatcagttcatgaaatcacaaacaatggttaatcacaagattgtacctggagta
ttaacttggcccacatcttctcaggtcattgaagagacacgaacagagaacctacagttg
attttaaagaattgtattgaggaatgcaagttccctccagaaccagatgcaatttgtcga
tatcagcaatgccatggccactccaaaatccaaatatattttacagacccagactttaag
ggttttatacgtattacttgctgtcagcaatgtagagtggagtttcatatcagctgttgg
aaaaagttgaaaaccacaaactacagtgataaaaatgataaggattttcttcaggaattg
tgtttcactcctgattgtacaggccttatttcaaaaatagttattttcagttcttctggt
ctggtaaaatgtgaatttgaacaaaaaatcacaaaaaccaaggaaccaccaagagcctgt
attaaacagaaatgttcaagtcttaggaagttaaaaatgaaacgagaaaaaaaattacga
agaaaacgtgcacgagaagaggcacagaattctgctaaaaagaaaatagaagaaaaccag
atgggaaacgaaccatctcaatacaaacatcacagtggttatgttcaggatttgtatgct
ggtgatcgagtcctgcagcatatcagtcgaaatgctgatcaaataaaaacagctgttggt
gatgcttccaaactattaaaggaattactttcatggtttgtaatcagtgaggaggattac
atgtcatattccaaaactagcagcatgtcacatgaagtgatggagcagctcatcagttac
ttaattcatgaaaaaaacagagtaaaaacaagggcttttatccacgtgctgagtgagctg
gaagaggtggatcccaaattacacaagtggctgaaacatcttaacaacttgggtctgaca
gctacaaagaactttctccttcagtatggacaatttttaaaagagcttgacctttctatt
ttaaccacactctggaatgagaaatatggtagtaaatttgaccatgtgacaactagttct
gaagacaaagaaattcgtgattatttcttaaaaccacccctagagaaaacccgttgtttt
atatggctgttagaagacaacagagaaaattttccatttcttcacgaagctttagatgaa
ttctttgataaaatggatgaccctaccattatattaaagaagcagggaaatgaaaatagt
tcgactaatggtatcaaagttaaaaacaaaaataggaagaagaactcaaaagactcaagg
tctattttagtattatccagtggagtcagtactgcaccacgagaagaagataatatattt
atagaagaaaatactttagattttacaaattcctatgaaccatttgtaatcccagaatat
cttcgagggcaactagaggaatttgaagctctctgtgacatttcaaatagtaacagctat
caaagacttttggataatagcccagatcaaacctgtgagagcttatatgagtatttctct
caaatcctggaaaaatatggccctatggaaattagtaatgaattactagttggggaatat
gaacatttccctgaagaagttcgaaagattgtagaagatgaaggtggtctgaaatctttt
cttctgaaatcccgtcatttcattatggtggataatcttgttggcttaagaaagcacgca
gttcttatgaaagaaaatacaaacagaaatgagactggagataatgaaataaaaaatgat
agagtctgtgatgtgcaagaaaagtcttcccagaacaagctacagttaaatccagctgct
aaggaattcaaaccgctgtcttaccctaagcaaccccatatattaacatctactgactta
acagtagcaggctatgaggttccacaatatttgtcctgggcttttcctacttcacataaa
tggatgcattctttgcatagtcagaatattgataccacagaaaatcagtcatcgttttca
gacattttagtaaagtgctttgattctcaaaatccgggtatatttttgcctcagacttcc
tggcgttatccatatgaaagaatattgccagtgccttctcaaatgcctctcatttcaaat
gttgccgagcaacccagttatatttatgctgatcatgtagctcatcaggataatgacaaa
tcagcaatttcagacagaaaatacgtcttcagcagttctataccaactgaaatccaaaca
catgaagaccctcagtgccagctggagaactcagataaaacattttatgaagacagtttt
gatgctgcagatagtaaaaatgaagctgaatgtggtatacaggttaagacggaaaaagaa
agcagaggtataactctaatgaaaaacaatcctcatacaaggatgatagctgttcaggta
aattgtgaagtagctgatagggaaacaaataccttgccttttcatccatttgaagtgcaa
caaggagatagtctacgtatggaaaaagagcatcaggtattgaaagaacaactcaaagag
gcacaggaaaaatatgaacagttacaaaaccgaagctcggcagaaataggtgctttggaa
gagctcctaaaaaaaagtgttgaagagacggaggtatcaaagaatgaactggactggctt
catcaagacttagaagtaaaagtgaaaaaatggcaacaggagaaaaaagaagatcaagat
aacttaaaatcactaaggaacacggttaaaaagaatacagatgccaatgataggtattcg
aaggccattgatgagaaggaaaagcagtataacatatgtttaaatacgtaccttgagacc
agtaataaattggctaacgagaaaggaaaattggaagagcttgtaaaaaagagtcaagat
gactgccaagagtgtgtgacaagagctgttaaagcagagatatcagtactcgaaaactgg
aaggaaacagaagtatacaagctaagtggtgcagctgccaacgcggaagctaatctcaag
gtgttgaagtcattgagcagcagctcagcttcagcagcatctaagttgaagtcacagatt
gattcttgggaagtatttatttcaaatgtaaagaaacaactggaaaaagtagaggctgag
tatgaagaaaaaattcagatggtgaaaaacggtgtacggaactgcctcactaaactggaa
actgtggagttttcttctcctccaagcgtcttaacaaaacaaggcggacctccagctggt
gacccagccattgtcatgtgttcctctgcatctgcacaccctaatgtgcttcctgcattt
tcaaattctgaagatcaaggtccagcacatgcttcatttaacacacaggccggagttaag
ccagcatatgcaaattctaaggcttgctccacaagtggcggatcagtgaaaacacactcc
aagccccttgaagtgttgtattctgataaagttttggcaagttgcccgtcaggggtttct
ggaagtaatactccaaatgcccagccagaccaggcccaccaagatgactcagctgtacgc
ctgaggccttctggacttccaagcaacaaaacggttccaaaagcatttgaaaatattatt
gtgcgtctacagagtatattcccaaactatagcagttcagacttcactagcttcataaaa
gacgtccaaagaagaaatgggaatacattgtcaggtttgagcttcgatgaagttctaagc
agagtgacagaactcattctggaccagcaaagtaaggcaccaccttcaccagggagacct
gcgaagtcagtgtcttctgcttcaccagcacagactggaactcggagtcgggaagtacct
gcagaagaaaacgtacccagcccccgcaaggcaagacctgcgcacaagaacgcctccagt
aaaaatccatctcagccaagtctccagccctgggggaatgtcggagcaacaccaaaatct
aaatggaaaaaactggactattcggcctccagtgatgatccttgcacaatatgtcatgac
gagctaagcagagactcatgcgaactagaatgtgggcatcgtttccacagagaatgcatt
agaacatggcttaagcaacattcgagtacctgccccatctgccgcgttcacgctctgtta
cctgaagactttcccgaacttcctgcacggaacaaatatgcctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (22)   
   Pfam (22)   
All databases (36)   

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