KEGG   Paralichthys olivaceus (Japanese flounder): 109636297
Entry
109636297         CDS       T06037                                 
Symbol
trip11
Name
(RefSeq) thyroid receptor-interacting protein 11 isoform X1
  KO
K23368  thyroid receptor-interacting protein 11
Organism
pov  Paralichthys olivaceus (Japanese flounder)
Brite
KEGG Orthology (KO) [BR:pov00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pov04131]
    109636297 (trip11)
Membrane trafficking [BR:pov04131]
 Endoplasmic reticulum (ER) - Golgi transport
  Forward pathways
   Rab associated proteins
    109636297 (trip11)
  Retrieval pathways
    109636297 (trip11)
SSDB
Motif
Pfam: GRAB DUF4407 NPV_P10
Other DBs
NCBI-GeneID: 109636297
NCBI-ProteinID: XP_019953482
Position
Unknown
AA seq 1981 aa
MSSWLGGLGSGLGQSLGQVGGSLTSFTGQISTFTKDMLLEGVEEVGDAATELHVSNSRLA
EVEASFTTQKSEYDRLRKLHAELEEKLEASEIQNKRQSAEYRTLLQQKDVDISHLKARQS
GLQDEIQKLQQSAQSGSIFPAVLPVTTTSSGTTSSSSYLSRPSGSPQGFHGDEMDLSDVI
WSQQEINRLSAEVTRLDAEVAHWRRMSQASTTAGSGNGDQGEVLKFQRTIKELREEMSRE
VDEHQHELAALQDAQRHKMADITRRHREELAEYEERIEELEEQIQSGGQTSSSSDASKLP
ELQKTIQSLQEAAEQREKQLAELSASLEEAQGKQASLQLEKNEVQEENAGLLQNYTRLQA
SVTELQTRVQEQEGKTLQKAQFDHEIQVLKQNLTAAEEEIERLKNLTSDAEPREEVEHAD
ILELNTIIGVLRQEKEILEQEKLNLQERLRGAEEQIGGNNVTDSGESESLDDLRVELERR
EKAVRATEEERDTLMSELEELDRQNQEATQHMISVKEQLSGQLKEAEAEVTRLTAELNTT
KDQKRTLEQEVETQKVRTSQSAFTLNDLHMGKQQLEQKVKELKDKLGHAHEQSREARREI
TELKKSLQEKDERLSAARAELGQMGERGTGAQGTEEELAGKERELSDLRRELDEMRTSQD
KLMSADYELKMENGKLKAESEQALGKAEELTKQMKESQVALNRTVREKDTRIEALKLEKN
QLDGELRQAERTLNEQNKQYQQTIEELTRARSMDASALQMELERAIKVNQEKDMEIAQLR
RDMEQLASDHRDTNEMLSITVSGQKQLTDLLQEKDIFMDTLKQNAADIQMEMENSISVAT
KDAEALRQALEEKDKQLGGMKEENSHLKEEIDRFRDQQSRPQSLAEPRTLDIITELETEI
TQLKSSRNGLEEQVQTLRRTMEEQQASLLLSQQSLQAQQSELEQAHARNQQTTLNYDRLI
HARDEDIARLQQTVDRLSVSQGRADSPPMQGDVILEEDKTQTLNQENGNEKHDLSKVEIE
KLVRGIKEKETEIIQLNEKNLSLTKQLDQLVMSRDEVGKLSQMILQKDLEIQALHARLSM
GGVGGHSQDVLFLQQQLQAYAVEREQVLAVLNEKARENSQLRSDYHRLMDMMAGKEAALL
KLQQENQHLSNMSDPSGSHEMFKETIQNLSRIIREKDIEIDALTQKCQTLVTVLQTSGGE
SGAGSGGVSSNQFEELLQERDTLKQQVKKMEEWKQQVITTVKNMQHESAQLHEELIGLQG
QVTADSDCSSKLSVDYARMIQSYELKERRLGSLSQELAQVQQTITQLSSTKDVLLGKLGS
VAQTPEVVVAQSSGPSLTADAPVHQTASPVNGDKLQEELVRLRGQLAEKENTIRTLQENN
HRLSNSASATENEQRSQAVEVRQIRERLDAQQRSVREKDLLIKTKGDQLIQVSEALRNRE
NDNEVLKQAVTNLKERALILELDVKKLKEENELVAARSREKESEFRALQETNMQFSLLLR
EKEFELTALSEKAATVERMLKDKEQGKSGELNQLLNELKSMQEKAVAFQQERDRVMMALK
QKQMETSAVQSELQHVRDKEQRLNLELERLRNHLLEIEDSYTREALAAEDRETELRKRVA
LLTTSSSVVENASQQASMQVESLQEQLSGAVKQRDDALAQLRTSQDQVNQYAVSLSNLQM
VLEQFQQEEKAMYSAELEKLKREREEWRKKALKLEDQASALQMNLDEANSALDSASRLTD
QLDLQEEQIEELKNQVDVRQEMLEEAQRKVMNLLNSTEGKIDKVLMRNLFLGYFHTPKTK
RADVLRLMGSVLGLSREDVEKMLEDDGRHGVTGWMSSWLGSRGAQSVPNTPNRPNGAQAL
NSSFSEMFVKFLEMESTPSLPAPRLPVHDIKTLSAPPPRRTGAAASSNIAGAATASKRSG
ESNPFLAPRSAAVPLLAGSSSGGSGGHLLMKPISEALPSFTPVPVSAEASAGAVLKDLLK
Q
NT seq 5946 nt   +upstreamnt  +downstreamnt
atgtcgtcctggctcgggggactgggctccggcctcggtcagtccctgggtcaagtcggc
gggagcctgacgtccttcaccggccagatatccacctttaccaaagacatgttgctggaa
ggagtggaggaagtgggagatgctgccacagaactgcacgtgtccaattccaggttggct
gaagtcgaggcttcgtttaccacacagaaatctgagtatgacagattaaggaagctgcat
gcggagctggaggagaagctggaggcttcagagatccagaataaacgtcagtctgcagaa
tacagaactctcctgcagcagaaagacgtggatatcagtcacctgaaagctcggcagagt
ggtcttcaggatgaaatccagaagctgcagcagtcggcccagtcgggctccatcttccct
gcggtgctgcctgtcaccaccacttcctcaggcaccacctcgtcttcttcttacctatca
cggccctcggggtccccgcagggcttccatggcgacgagatggatctcagcgatgtcatc
tggtcgcagcaggagatcaaccgcctctcggctgaagtcacgcgtctggacgcagaggtg
gctcactggaggcgaatgtctcaggcatcaacaacagcaggatctggcaatggtgaccag
ggtgaggttctcaaatttcaaagaactataaaggagctgcgagaggagatgagtcgtgag
gtggacgaacaccagcatgagctggcagcattgcaggacgcgcagcggcacaagatggcc
gacatcactcgaagacacagagaggagcttgcagagtacgaggagaggatagaggagctg
gaggaacagattcagagtggtggtcaaaccagttcctcgtcagacgcctccaagctgcct
gaactccagaaaaccatacagtccctgcaggaagcggcagagcagcgggagaagcagctg
gccgagctgtctgccagcctggaggaggctcaggggaaacaggcctcgctgcagctggag
aagaatgaagtccaggaagagaacgccgggctgctgcagaattacacgcggctgcaggcg
tctgtcaccgagctccagacacgagtacaagagcaggaggggaagactctgcaaaaagcc
cagtttgaccacgagatccaagtgttgaaacaaaacctcacagcggcagaagaagaaata
gagagactgaaaaacctgacgtctgacgctgaaccaagggaagaagttgagcacgcagac
attttggaactgaacaccatcattggggtgttgagacaagaaaaggaaatactcgaacaa
gaaaagctcaatctgcaagaaagactcagaggcgcagaggaacaaataggcggcaataac
gtaactgattctggagaatctgagtcgctggacgatctgagagttgagctggaaagaaga
gaaaaggccgtgagagccaccgaggaggaacgagacactttgatgtctgagctggaagaa
ctagaccgacaaaaccaggaggcaacacagcatatgatctctgtgaaggaacagctctcc
ggacaactgaaggaggcagaggcagaagtgacgagactgacggcagagctcaacacaacc
aaagaccagaaaaggacactggagcaggaggtggagacccaaaaggtgcgaacgagccag
agcgctttcaccctcaatgatctgcatatgggtaaacagcagttggaacagaaggtgaag
gagctgaaagacaaactgggacatgcacatgagcagagcagagaggcacggagagaaatc
acagagctgaagaagagtttgcaggagaaagacgagcgtttatctgctgctagagcggag
ctggggcagatgggggagagaggaactggagcccagggaactgaagaggagctagcaggg
aaagagagggagttgtcagacctcagaagagaactggacgaaatgaggacctctcaggat
aagctgatgtccgcagactatgagttgaagatggagaacgggaaattgaaggcggagagt
gagcaggctctgggtaaagcagaagaactaaccaagcagatgaaggaaagccaggttgct
ctgaacaggacggtgcgagagaaggacactcgtatcgaagctttgaagctggagaaaaat
cagctggatggtgaactgaggcaggctgagaggacactgaatgaacagaacaaacagtac
cagcagacgattgaggagttgacgcgcgctcgctccatggatgcctcagctttgcagatg
gagcttgaacgtgccatcaaagtcaaccaggagaaagacatggagatagcacaactgagg
agagacatggagcagttggcatctgatcacagagacaccaacgagatgctctcaatcaca
gtttcagggcagaagcagctgacggatctgctgcaggagaaggacatttttatggacact
ttaaaacaaaatgctgcggacatacagatggagatggaaaacagtatctcagtcgcgacc
aaagacgccgaagcactcaggcaggcgctagaggagaaggataaacagctggggggtatg
aaggaggagaacagccatttaaaagaagagattgatcgctttagagatcagcagagcaga
ccccaatctctggctgaacccaggactttggacattatcacagagctggagacggagatc
acccagctcaagtcgtccaggaacggcctggaagagcaggtccagactctgaggagaacc
atggaggagcaacaggcctcgctcctcctgtcacagcagtccctgcaggctcaacagagt
gaactggagcaggctcatgctcgcaatcagcagaccactctcaactatgacagacttata
cacgccagagatgaagacatagctcgcctccagcagacagttgatcggctcagtgtgagt
cagggtcgtgctgactctccacctatgcaaggagacgtcatcctggaggaggataagacc
cagaccctaaatcaggagaacggcaatgagaagcacgacctgtccaaggtagaaatagag
aaactggtgagaggcatcaaggagaaagagactgagatcatccagctgaatgagaagaat
ctctccttgactaaacagctggatcagctggtgatgtctcgtgatgaagtgggtaaactc
tcccagatgatcctgcagaaggatcttgagattcaggcgcttcatgctagactctccatg
ggtggagttggcggacacagccaggatgtcttgttccttcagcagcagctgcaggcttac
gctgtggagagagagcaagtgctcgctgtgctgaatgagaaggccagagagaacagccag
cttcgctcagactatcaccgtctcatggatatgatggcaggaaaggaagcagctctgttg
aagcttcagcaggagaatcagcacctctccaatatgagtgacccctcagggagccatgag
atgttcaaggagacaatccagaacctgtcccgcatcatcagggagaaggacatagagatt
gacgctttgacgcagaagtgccaaaccctggtgacggtcctgcagacctcaggaggagag
tctggcgcgggctccggaggagtcagcagcaaccagtttgaggaactgctgcaggagagg
gacacgctgaagcagcaggtgaagaagatggaggagtggaagcagcaggtgattacgaca
gtcaagaacatgcagcacgagtcggcccagctgcacgaggagctgatcggactgcagggt
caggtaactgccgatagcgactgtagctccaagctgtccgtggactatgctcggatgatc
cagagctacgagcttaaggagaggaggctgggaagtctgagtcaggaactcgcacaggtc
cagcagaccatcacccagctcagctccactaaagacgtcctgttgggtaaactcggcagt
gtagctcagactcctgaagtcgttgttgctcagtccagtggaccctctctcacagccgat
gctcccgtccaccagacagcttcacctgtaaacggtgacaagctgcaggaagaactcgta
cgattgcgtggacagctggctgagaaggaaaacaccatcaggactcttcaggagaacaac
cacaggctctccaactcggcatccgccacagagaacgagcagaggagtcaggctgtggag
gtgcggcagatcagagagaggctggatgctcagcagagatcagtgagggagaaagacctg
ctcatcaaaaccaaaggcgaccaactgattcaggtcagcgaggcgctacgtaaccgtgag
aacgacaacgaggtgctgaaacaggccgtgaccaacctgaaagagcgtgccctcattctg
gaactggatgtgaagaagctgaaggaggagaacgagctcgtagctgcacgctctcgagag
aaagagtcagagttcagagcgctgcaggaaaccaacatgcagttttccctcctcctccgg
gagaaggagtttgaactgactgcactgagtgagaaagctgcaactgtggagaggatgctc
aaggacaaggagcagggtaagtctggtgagctgaatcagctcctgaacgaactgaagtcc
atgcaggagaaagctgtggccttccagcaggagagggatcgggtgatgatggcactcaag
cagaaacaaatggagacttctgcagtacagtctgagcttcagcatgtgagggataaagaa
cagcgtctcaacttggagctggaacggttgcgtaatcacctgttggagatcgaggactcg
tacacgagggaagcgctcgctgcagaggacagagagactgagctacggaagagggtggcc
ttgctgaccacctcctcaagtgtggtggagaacgccagccaacaggcgagcatgcaggtg
gagtctctgcaggagcagctgagcggcgcggtgaagcagagggacgacgcgctcgcacaa
ctcagaacctcccaggatcaggtcaaccagtatgcagtgtcactgtccaacctgcagatg
gtgctagagcaattccaacaagaggagaaagccatgtactcagcagaactggaaaagctc
aagagggagagggaggagtggagaaaaaaagctctgaagctggaagaccaagcatctgcc
ctccagatgaacctcgacgaggccaactctgctctggattccgcgtctcgcctcaccgac
cagctggatctgcaggaggagcaaattgaagagctgaaaaatcaagtggacgtgagacag
gagatgttggaggaggcgcagaggaaagtgatgaaccttctgaacagcacagaggggaag
atcgataaagtcctgatgcgaaacctgttcttgggatacttccacacacctaaaaccaaa
cgtgctgacgtgctgaggctcatgggaagtgttctgggactgagccgagaagacgttgag
aagatgttggaggacgacggacgacacggtgtcaccgggtggatgtcgagctggctggga
agcagaggagcacaaagtgtcccaaacactccgaacaggcccaacggtgctcaagcactc
aactcgtccttctcagaaatgttcgttaagttcctggagatggagtcgactccctcgctg
ccggcaccgaggctcccagtccatgacatcaagactctgagtgccccgcccccgagaaga
accggtgctgctgcttccagcaacatcgcaggagctgcgacagccagcaagcgatccggc
gagtccaatcctttcctggcccctcgctcggcggcggtgcctctgctcgctggttccagc
tctggcggctcaggaggtcacctgctgatgaagcccatctctgaggccctgccctccttc
acacccgtgccggtctcagcagaggccagtgctggagctgtgctcaaagacttgttaaag
cagtga

  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 (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (3)   
   Pfam (3)   
All databases (13)   

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