KEGG   Pygoscelis adeliae (Adelie penguin): 103922339
Entry
103922339         CDS       T06012                                 
Symbol
COBL
Name
(RefSeq) protein cordon-bleu
  KO
K18623  protein cordon-bleu
Organism
padl  Pygoscelis adeliae (Adelie penguin)
Brite
KEGG Orthology (KO) [BR:padl00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:padl04812]
    103922339 (COBL)
Cytoskeleton proteins [BR:padl04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     103922339 (COBL)
SSDB
Motif
Pfam: Cobl WH2 RBD Rad60-SLD TUG-UBL1
Other DBs
NCBI-GeneID: 103922339
NCBI-ProteinID: XP_009328724
Position
Unknown
AA seq 1402 aa
MKARAPPPPNQASAASRIHSEPRSPAETAVISDQNLVSMKENMINRSVDFTVILPNGVEQ
KSTVQGSKAVMDLLVDLCSQYRLNPSQHSLELKSSGTQQPLSYKPNTLVGALDVQTVLLK
EKVPEEKTKRPLPRVPEKSVRLVVNYLKTQKAVVRVSPEVPLHNIIPAICEKCEVSQEHV
VLLRDGITGEELELTKSLEELGIKELYAWDRKRVPPSKTQSEPSLNYREPSRKASVSNDA
IEKEKTRLLGLFKADRRSSKTEEHLRMNRDCGEEDVFSSASTSEGSLDGFSTAPNSPSVN
PRSSSLGPSLSLGNISGMAANPEVKKRRAPPPPVVTPALQNVEMSGREKTSAQISQGASL
NDLQKKKRRAPLPPAASAPPTPAMPNRTEEREDKRKSTMGDGRQVPQKPPRGTTRGPPQL
VIPPPPPYPPPDRDIVDPTICYREADVTAPTELVPKQSLLPAHENVYVVDDMVLELSEVE
ETASESSCFASEDTMEDSGVVSSPSDIVSLDSQNDGMKLRDVKLVNGCVDSAEADAMYGA
ETCLVKNTYCDSVGSDSAPQSRRDEEVASAFVHENEDIFIAAQLQQTLAGLDEDLEAVDG
ISNSDSEYIDEVLSPHIRKVEAAQDVTISVPVTVIDDAPEVSTSNSAGNQETEARVSQNT
STDSVNTRNFTNKNNNAGSFDKGHTDGGAVCISKDLIHQQPSENEFSHLPVEQRRDMFES
LTFSFEKRSEKNLRPEPPPKHGVKSEECKSKLTPSHSKATAEISTAKEKINPFNECSNRE
RSLKKSKSELEIKWPPGKKIEVEEVPSTPTWCHRAQNSGANYEPKMGLTTFKVVPPKPEV
KHFNRGVSLSTGAIKIDELGNLIGPNTGVNKHIPGTSTDESEEICLGKVKAFWRSSSVEK
QSDDSAEHLPKKSAVTTNSKPFTIKHEHRPVCLAAPKPVAPQTVNTQVAERQSENERTKP
PLPVTQSQVTPLVAPTINKDKVELPFLKPHRRTSSQYVASAIARHINVTSFKSDTMEYHE
KDENKQGAGEVKTEAEVSPKRCIIVAKYSPVETESAETRETLSSVFTCSQKASHRFTPCD
NSGMENKVVNNRAPSQATPASFYKKNASVPLPKSPSKDNNSADDDHGLNSKQSIAEKKTR
LLFDQKCETLTHTNSASSLKSPDLQGVPSSFSPSLRVTKWPPANSVQFSSLKASAELNGA
AANAESEQEEKPDDSDINAVSELDVNVQTNIFGPKKKFKPVVQKPIPKDTSLHSALMEAI
QTGGGKEKLRKVSDSALNGNHRKPSYAEPENERSALLAAIRGHSGTSKLKKISSLASEEL
QSFRNAELSLQKAEDPQEEQLCIPPAPAQPPPPPPTQLSAAAAAPKFSATATGNPGEARQ
ALMEAIRSGAGAAKLKKVPLLV
NT seq 4209 nt   +upstreamnt  +downstreamnt
atgaaagctcgtgctcctcctccaccaaatcaagcttctgcagcaagtagaattcacagt
gagcccaggtcacctgcagagacagctgtaatttctgatcagaaccttgtgagcatgaag
gagaacatgataaacagatcggtggacttcacagtcattttacccaatggggtggagcag
aagagcacagtacaaggaagtaaagctgtgatggatctattggttgatttatgcagccag
tatcgcttaaatccatcccagcacagtcttgaactgaagtcttcaggaactcaacaacct
ctgagttacaagccaaacactttggtaggagcactggatgtacagacggtacttctgaaa
gagaaggttcctgaagagaagacaaagcgacctctgccaagggtccctgagaaatctgtg
aggctggtagtgaactacctgaagacgcagaaagctgtggttcgagttagtccagaggtg
cctctccacaacatcatcccagctatttgtgagaagtgtgaagtcagtcaagagcacgtt
gttcttctgcgagatggcatcactggggaggagctggagcttaccaagtccttggaggag
ctgggaataaaggagctgtacgcctgggacaggaaaagagttcctccatcaaaaactcag
tctgaaccttctctgaactatagagaaccaagtcgaaaggcttcagtaagcaatgatgca
atagaaaaagaaaagacaagacttctgggattgtttaaagctgatagaagaagcagcaag
acagaagaacacttgaggatgaacagagattgtggtgaggaggatgtttttagttctgca
tctacaagtgaaggaagcttggatggtttttccacagcaccaaattccccttcggtgaat
cctcgttccagtagcctgggtccatcactgtcccttggtaacatctcaggaatggcagca
aacccagaagtgaaaaagcgcagagcacctcctccaccagttgtgacacctgcattgcag
aacgtggagatgagcggacgagaaaagacatcagcacagatttcacaaggagcatcccta
aacgacttacagaagaagaagaggcgtgcccctcttccaccagctgcatctgctccaccc
actcctgccatgccaaacaggacagaagagagggaagacaagaggaagagcacaatgggt
gatggacggcaggtgccacaaaagcctcctagaggcaccactcgtggtccaccccagtta
gtgatccccccacccccaccttaccctcctcctgacagagacattgtggatccaacaatc
tgttacagagaagcagatgttacggcaccaacagagctggtacctaaacagagcctgctg
cctgcacatgaaaatgtttatgtagtggatgacatggttctggagctatcagaggtggaa
gaaacggcatcagaaagcagctgttttgcatctgaggacaccatggaagactcgggtgtt
gtgagctccccatctgacattgtatctttggattcacaaaatgacggtatgaagttgaga
gacgtcaagctggtcaatggctgtgtggactcagctgaggcagatgcgatgtatggcgca
gagacatgccttgtaaagaacacctattgcgatagcgtgggatctgacagtgctccacag
agcaggagagatgaagaagtggcttcggctttcgttcatgagaatgaggatatattcatt
gctgcacaactccagcagactttggctggcctggatgaagatttagaagcagtggatggt
ataagtaactctgactccgagtacatcgatgaagtgttgagcccacatataagaaaagtt
gaggctgcccaagatgttaccatttctgttccagtaacagtcatagatgatgctccagaa
gttagcacctctaactcagctggaaatcaagagacagaggcaagggtttcacaaaatacc
tcaactgactctgttaatacaagaaactttacaaataaaaacaacaatgcaggttccttt
gataagggacacacggatggtggagctgtgtgcatatccaaggacctaatacatcagcaa
ccatctgaaaatgagttcagtcacttgcctgtggaacagaggagagatatgtttgaatct
ctcacattctcctttgaaaaaagaagtgaaaagaacttaagaccagaaccaccccccaaa
catggtgtgaagtctgaggaatgtaaatctaagctgactccatctcactccaaggccaca
gctgaaatcagtaccgcaaaagagaagataaatccatttaatgaatgtagtaacagggaa
agatctctgaaaaaaagtaagtcagaattagaaatcaaatggccaccaggaaaaaaaatt
gaagtagaagaagtcccatcaacacccacatggtgtcatcgtgcccagaattcaggagca
aactacgaacctaaaatgggtttgacaacctttaaagttgtccctccgaaacctgaagta
aaacatttcaatagaggagtttcactctccactggtgccattaagatagatgaactaggc
aaccttataggcccaaacactggtgtcaataagcacataccaggtacctctactgatgaa
agtgaggaaatttgtcttgggaaagtgaaggcattctggaggtcaagttctgtggaaaaa
caaagtgatgactctgctgagcatcttcctaaaaagtcagcagtcaccacaaactctaag
ccctttactataaaacatgaacacagacctgtctgtcttgcagctccaaaacctgtggca
ccacaaactgttaatacccaggtagctgaaagacagtctgagaatgaaaggaccaaacca
cctcttccagttacacagtctcaggtaacaccattagtggccccaaccattaataaggac
aaggtggaacttccatttctaaagccgcataggagaacttcaagtcagtatgttgcctct
gccattgcaagacacatcaacgtaactagctttaagtctgacactatggaatatcatgag
aaagatgaaaataagcaaggggcaggagaggttaaaactgaagcagaagtttcaccaaaa
agatgtattattgtggccaaatacagccctgtggaaacagaatccgcagaaacaagagaa
acactttcaagtgtttttacttgcagtcaaaaagcatcccacaggtttacaccttgtgat
aattctggcatggaaaacaaagtagttaacaacagggcaccaagtcaagcaactcctgca
agtttctataaaaagaatgccagtgtcccacttcctaaatccccttcaaaggataacaac
agtgcagatgatgatcatggtttaaacagcaaacaaagtatagcagagaaaaagacgcgt
cttttgtttgaccagaaatgtgagactttgacccatactaattcagcctcatctctcaag
tctcctgatctccaaggagtcccatcctctttcagcccatctttgcgagtcactaaatgg
cctcctgctaacagtgtacaatttagttcacttaaagcttcagccgagctaaatggtgca
gcagcaaacgcagagtcagaacaggaggagaaacctgatgattcggatattaatgctgtc
agtgaactggatgttaatgtgcagaccaatatttttggaccaaagaagaagttcaaacct
gttgtccaaaaaccaattccaaaagacacatcactgcacagtgccctaatggaagccatt
caaacaggagggggaaaggagaaactcagaaaggtttcagacagtgcactaaatggcaat
cacaggaaaccctcatatgctgagccagagaatgagcgctcagccctgctagcagcgatt
agaggccacagtggcacctcaaagctgaaaaagatctcctcattggcctccgaagagctg
cagagttttaggaacgcagaactgtccttgcagaaggcagaagaccctcaggaagagcag
ctttgtatcccacctgcccctgcccagccgccaccaccacctcccactcagctgtcagca
gcagcagcagctcctaaattctctgccacggctacaggtaaccctggggaggcaaggcaa
gccctaatggaggccattcgctctggtgctggagcagcaaagttaaaaaaggtccctctg
ctcgtttga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (13)   

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