KEGG   Hydra vulgaris (swiftwater hydra): 100201689
Entry
100201689         CDS       T01080                                 
Name
(RefSeq) putative autophagy-related protein 11 isoform X1
  KO
K10624  E3 ubiquitin-protein ligase RBBP6 [EC:2.3.2.27]
Organism
hmg  Hydra vulgaris (swiftwater hydra)
Brite
KEGG Orthology (KO) [BR:hmg00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:hmg04121]
    100201689
Enzymes [BR:hmg01000]
 2. Transferases
  2.3  Acyltransferases
   2.3.2  Aminoacyltransferases
    2.3.2.27  RING-type E3 ubiquitin transferase
     100201689
Ubiquitin system [BR:hmg04121]
 Ubiquitin ligases (E3)
  U-box type E3
   100201689
SSDB
Motif
Pfam: DWNN zf-CCHC_2 zf-CCHC U-box zf-C3HC4_2
Other DBs
NCBI-GeneID: 100201689
NCBI-ProteinID: XP_047137813
Position
8:complement(51630610..51682117)
AA seq 1425 aa
MSSIHYKFRSNLEYNTITFDSQAVSLNDLRDAIMLQKKIAKSPDYTLEITNAQTKEVYND
DDALIPKNSSVIVKRVPIQRLAAVTDKSLSKEEEELTEMAFAQLSKTADLAGARASEDDK
ILAMMSQSGLDFDPSTYLKRAPPNYVCFRCGGKGHFIRNCPTQGDARYNKMQITRQPSGI
PREYYLMKMKQEEDLIASLRAMQDENSRFSPVVGSDIVDHSKVPSELQCPMCKKLFTDVV
VTPCCGESYCDECIRTYLVENDIICKCGETTSPDNLIANKSLRISVNNFRNQKKELKSVP
SSVAVSQPVISHVMLPNSTESVVDFSTTESSGIFTNGNEAPNIQVTEATVMNSPKKFQSE
QQPIVGPNVVSHVEMPQMIASIPQHILSGSQALFPSVPGAIYSQSGYVLPQTRMLPGVVG
LSIPPGATIIKRLVPVPVGPRIGIPTQTVLPPQFVTHQPLNHLNQGMMARISLAQKSKEL
LKEPESPMPLTEDEFYMWQSKIKKHDPRSRHRHRSSSRDRYRSRSRSPYYRNHSVSPVGS
SQEYKKKSKTKRRRRESSQESGGESSSVKHKSRSEKRLPKTDLKRFVPDHIKRELDEFEF
DNEVEFDEEMLSLKKKKGKVKNNEHSVKNTKDSSPTSVLKSFSEGDSNLTKASDDFNVES
AENKTLTSSVVNKAAQENLRIPVVGETIAPKRKTRIVKKKIIRVIKKKVPRKKVPLCPDS
SEQLTNLLEVNDSISNEVLGKDVSINGEPLPKVELDKIVLVSEDKNKNLDEVISIAEQTA
KPGVLVDKKIDDKNAQSFNICKDDKLLHINIDSSEMPENSRWQIEETISNKKLKLSTSPT
NKTSVISVVSSRKPSQKFAESDVAQKRKFSQSDNKNIKKRVVLLKSTQSKAEEVAAEVLA
KKEAEKLALAQQVKKACASFRKEQSLTSDIEEDGLRRKRERREKYLLVKEKRLAKERQYL
EQLKAAKKDPQKEKKAHISGESSSDDDGKIEKRPDQEFYKPGEKLKSISEMSKKRLQQED
QMKSNTRMDQNESDVLKSKISSLTVITAKKINDRASDDETIISNETKDSRRVVCIESNKR
LLSSEVALPSEAKLKSCLQGDSIRPLRDEPLTEKRLKQDTDREKRRHIRCETRNDVSDYQ
RSLKTDQTRREKSKNERNDMSRVQELERERRLAVLEKEQLERKLKKERKLREIMEREKLQ
AELVNKASSLNAENKSKNISVENFENNSEAEDSTDSEIEKKSNKKKSKKIKERKRKRKRE
MQENSESEDSEESSVYSSEDDRKKRRKKRKHKSKHKKHRKSKKHKKKTKKKKFRKDSTDK
EESNDESNNAEKAVVEKASSDEELSSSTDINQKHSDSDSEKSSSSSGCESKKTTSPLINS
NAISSEKSSSSSCEKISSPLITSNCLDSKSSLESIKDRITPISSL
NT seq 4278 nt   +upstreamnt  +downstreamnt
atgtcttcaatacattacaagtttcgtagcaatttggagtataacacgattacatttgat
agtcaagccgtatctttaaatgacttaagagacgcaataatgttacagaaaaaaattgct
aagtctcctgattataccctggaaattacaaatgcgcaaacaaaagaagtctacaatgat
gatgatgctttgattcccaaaaattcttctgttattgtaaaacgtgttcctattcaaaga
cttgctgctgtaacggataaatctttatcaaaggaggaagaagaactcactgaaatggct
tttgctcaattaagcaagacagctgatctagctggagcacgagcatcagaagatgataaa
atattagctatgatgagtcaatctggcttggattttgacccatctacatatttaaaacgt
gcaccaccaaattatgtgtgttttcgatgtggtggaaaaggtcattttataagaaactgt
ccaactcaaggagatgcaagatacaataagatgcaaataactcgccagccttcagggatt
cccagggaatactatcttatgaaaatgaagcaagaggaagatcttatagctagcctacgt
gcaatgcaagatgaaaatagtcgtttctctcctgttgtagggagtgatattgttgaccat
tcaaaagtcccatcagagttgcagtgtccaatgtgcaagaaactattcactgatgtagtt
gtcactccttgttgtggggaaagttattgtgatgaatgcattcgtacttacttggttgaa
aatgacatcatctgtaaatgcggtgaaacaacttctccagataatctgatcgctaacaaa
tcactaagaatatctgtaaataactttcggaatcaaaagaaagaactaaaaagtgtacca
agttcagtagcagttagtcaacctgttattagtcatgttatgttgccgaattctacagaa
tcagtagttgacttttcaactactgaaagttcaggaatatttactaacggtaatgaagct
cccaatattcaagttactgaggcaacagtgatgaattctccaaaaaaatttcaatcagaa
cagcaaccaatagttggtccaaatgttgtaagtcatgttgaaatgccgcaaatgattgca
tctattcctcaacatattttatctggttcacaggcactctttccttctgttccaggagct
atttattctcaatctgggtatgtcttgcctcaaacacgaatgctaccaggtgttgttggg
ttaagtattccaccaggtgctactattattaagcgacttgtaccagtaccagttggtcca
agaataggaattccgactcaaaccgttttgccacctcagtttgttacacaccagccacta
aaccatcttaaccaaggaatgatggctcgtatttcacttgctcagaaatctaaagagttg
ttaaaagagcctgaatcgccaatgcctttaacagaagatgaattttatatgtggcaaagc
aaaattaaaaaacatgatcctcgttctagacatcggcaccgtagttcttctcgtgatcgt
tacagaagtcgcagtcgtagtccttactacagaaatcatagtgtttcaccagtcggttct
agccaagagtataagaagaaaagtaaaacaaaaagacgccgtcgtgaatcttcccaagaa
agtggtggcgaatctagtagtgtaaagcataaatcacgctctgaaaaaagacttccaaaa
actgatttaaaaagatttgttccagatcacataaaacgtgagctagatgaatttgaattt
gataatgaagtagaatttgatgaagaaatgcttagtttaaagaaaaaaaaaggtaaggta
aaaaataatgaacattcagttaaaaatactaaagattcctcaccaacttcagttttgaaa
tctttttctgaaggggatagtaatcttactaaagcatcagatgattttaatgttgaatct
gctgaaaataagacattaacaagtagtgttgtaaataaggcagcgcaagaaaatttaaga
attccagttgttggcgaaactattgcaccaaagcgaaaaacaagaatagttaaaaagaaa
attattcgtgtcattaaaaaaaaagttcctaggaaaaaagttcctttatgtcctgatagc
tctgagcaacttacaaatttattagaagtaaatgattcaattagtaatgaagttttaggg
aaagatgtttctatcaatggagaaccactaccaaaagtagaacttgataaaattgtactt
gtgtcagaggataaaaataaaaatttggatgaagtgatcagcatagcagaacaaacagct
aaacctggtgttttagtagataaaaaaatagatgacaaaaacgctcagagtttcaacatc
tgtaaagatgataagctattacatataaatattgacagttcagaaatgccagaaaatagt
cgatggcaaattgaagaaacaattagtaataaaaaattaaaactttctacttctcctaca
aataaaacatcagtgatttctgtagtatcaagcagaaaaccaagtcaaaagtttgctgaa
agtgatgttgctcaaaaaagaaaattttctcagagtgataataaaaatattaaaaaaaga
gtagtattgttaaaaagtacccaatcaaaagctgaagaggttgcagcagaagttctcgct
aaaaaagaagcagaaaaactagctttagcccaacaagtaaaaaaggcatgtgcctctttt
cgtaaagagcaatccttgactagtgacatagaggaggatggactaaggcgaaaacgtgag
cgtcgtgagaaatatcttcttgttaaagaaaaaaggttagctaaagaacgtcaatattta
gaacaacttaaagcagctaagaaagatccgcaaaaggaaaaaaaagcacatatttcaggt
gaaagtagtagtgatgatgatggaaaaattgaaaaacgtccggatcaagaattttacaaa
cctggagagaaattaaaaagtattagtgaaatgtcaaaaaaacgtttacagcaagaagac
caaatgaagtcaaatactagaatggatcaaaatgaaagtgatgtgttaaagtcaaaaata
tcaagtttgaccgttatcactgctaaaaaaataaatgacagagcttctgatgatgaaaca
ataatcagcaatgaaactaaagattctcgcagggttgtttgtatagaaagcaacaaacgg
ctgttatcttctgaggttgctctgcctagtgaagcaaaattaaagagttgtttgcagggt
gattctattcgtccattacgggatgaaccattaactgaaaaaagacttaaacaagataca
gatagagagaaacgtcgacatatacgttgtgagactcgcaatgatgtcagtgactatcaa
agaagtttaaagactgatcaaactcggcgtgaaaaatctaaaaatgaaagaaatgatatg
tcgcgtgttcaggaattagaaagagaaaggcggttagcagtacttgagaaagaacaactt
gaaagaaagttaaaaaaagaacgcaaactcagagaaatcatggaaagagaaaaattacaa
gctgaattagtgaataaggcaagttctttgaatgcagaaaacaaaagcaaaaatatatct
gttgaaaactttgaaaataattctgaagcagaagattccactgacagtgaaatagaaaaa
aaatctaataaaaaaaaatcaaagaagataaaagaaagaaaacgaaaacgaaagcgagaa
atgcaagaaaactctgaatcagaagacagtgaagaatctagtgtttatagcagtgaagat
gatcgtaagaagagaaggaaaaaaagaaaacacaagagtaaacataaaaaacacagaaag
agtaaaaagcataagaagaaaaccaagaaaaagaaattcagaaaagattcaactgataag
gaagaaagtaacgatgaatcaaacaatgctgaaaaagcagttgttgagaaagcgtcttca
gacgaagaattatcttcatcgactgatatcaatcaaaaacattcagattcagatagtgaa
aaatcaagttcatcttctggctgtgaaagtaaaaaaacaacctctcctttaattaattca
aatgctatttctagtgaaaaatctagttcatctagctgtgaaaaaatatcttctccttta
attacttcaaattgtttggattcaaaatcaagtttggaatcgataaaagaccgtattacg
ccaatatcttcattatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (165)   
   KEGG ORTHOLOGY (1)   
   RefGene (161)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (183)   

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