KEGG   Homo sapiens (human): 154796
Entry
154796            CDS       T01001                                 
Symbol
AMOT
Name
(RefSeq) angiomotin
  KO
K16819  angiomotin
Organism
hsa  Homo sapiens (human)
Pathway
hsa04390  Hippo signaling pathway
hsa04530  Tight junction
Brite
KEGG Orthology (KO) [BR:hsa00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04390 Hippo signaling pathway
    154796 (AMOT)
SSDB
Motif
Pfam: Angiomotin_C
Other DBs
NCBI-GeneID: 154796
NCBI-ProteinID: NP_001106962
OMIM: 300410
HGNC: 17810
Ensembl: ENSG00000126016
UniProt: Q4VCS5
Structure
Position
X:complement(112774877..112840831)
AA seq 1084 aa
MRNSEEQPSGGTTVLQRLLQEQLRYGNPSENRSLLAIHQQATGNGPPFPSGSGNPGPQSD
VLSPQDHHQQLVAHAARQEPQGQEIQSENLIMEKQLSPRMQNNEELPTYEEAKVQSQYFR
GQQHASVGAAFYVTGVTNQKMRTEGRPSVQRLNPGKMHQDEGLRDLKQGHVRSLSERLMQ
MSLATSGVKAHPPVTSAPLSPPQPNDLYKNPTSSSEFYKAQGPLPNQHSLKGMEHRGPPP
EYPFKGMPPQSVVCKPQEPGHFYSEHRLNQPGRTEGQLMRYQHPPEYGAARPAQDISLPL
SARNSQPHSPTSSLTSGGSLPLLQSPPSTRLSPARHPLVPNQGDHSAHLPRPQQHFLPNQ
AHQGDHYRLSQPGLSQQQQQQQQQHHHHHHHQQQQQQQPQQQPGEAYSAMPRAQPSSASY
QPVPADPFAIVSRAQQMVEILSDENRNLRQELEGCYEKVARLQKVETEIQRVSEAYENLV
KSSSKREALEKAMRNKLEGEIRRMHDFNRDLRERLETANKQLAEKEYEGSEDTRKTISQL
FAKNKESQREKEKLEAELATARSTNEDQRRHIEIRDQALSNAQAKVVKLEEELKKKQVYV
DKVEKMQQALVQLQAACEKREQLEHRLRTRLERELESLRIQQRQGNCQPTNVSEYNAAAL
MELLREKEERILALEADMTKWEQKYLEENVMRHFALDAAATVAAQRDTTVISHSPNTSYD
TALEARIQKEEEEILMANKRCLDMEGRIKTLHAQIIEKDAMIKVLQQRSRKEPSKTEQLS
CMRPAKSLMSISNAGSGLLSHSSTLTGSPIMEEKRDDKSWKGSLGILLGGDYRAEYVPST
PSPVPPSTPLLSAHSKTGSRDCSTQTERGTESNKTAAVAPISVPAPVAAAATAAAITATA
ATITTTMVAAAPVAVAAAAAPAAAAAPSPATAAATAAAVSPAAAGQIPAAASVASAAAVA
PSAAAAAAVQVAPAAPAPVPAPALVPVPAPAAAQASAPAQTQAPTSAPAVAPTPAPTPTP
AVAQAEVPASPATGPGPHRLSIPSLTCNPDKTDGPVFHSNTLERKTPIQILGQEPDAEMV
EYLI
NT seq 3255 nt   +upstreamnt  +downstreamnt
atgagaaattctgaagaacagccaagtggagggaccacggtattgcagcgtttgctacaa
gagcagcttcgctatggcaatcctagtgagaatcgcagcctgcttgccatacaccagcaa
gccacagggaatggccctcctttccccagtggcagtgggaacccgggccctcagagtgat
gtgttgagtccccaagaccaccaccaacagcttgtggctcatgctgctcgacaagaaccc
caggggcaggaaatccagtcagaaaacctcatcatggagaagcagctgtctcctcgaatg
caaaataatgaagaactcccgacctatgaagaagccaaggtccagtcccagtactttcgg
ggccaacagcatgccagtgttggagctgccttctatgtcactggagtcaccaaccagaag
atgaggactgagggacgcccatcagttcagcggctcaatcctggaaagatgcaccaagat
gagggactcagagaccttaagcaagggcatgtccgttccttgagtgaacgactaatgcag
atgtcactggccaccagtggagttaaggcccatccacctgttaccagtgctcccctctcc
ccaccacaacccaatgacctctacaagaatcccacaagttccagtgaattctacaaggcc
caagggccacttcctaaccagcatagcctgaagggcatggaacaccgaggccccccacca
gaatatcccttcaagggcatgccaccccaatctgtagtgtgcaagccccaagagccaggg
cacttctatagtgagcatcgcctgaaccagccagggagaacagaggggcaactgatgagg
tatcagcatccccctgagtatggagcagccaggccagcgcaggacatctcattgccattg
tcagccaggaactcgcagcctcacagccctacttcttctctgacctctggggggtccttg
cccttgctacaatctccaccatccactagattgtctcctgcccgacaccccttggtccca
aaccagggagaccattcagctcacctgcctaggccgcagcagcatttccttcctaatcag
gctcaccagggggatcattaccgtctctcccaacctggcctgagtcagcagcagcagcaa
cagcagcagcagcaccatcatcaccatcaccaccaacaacagcagcagcagcagccacag
cagcagccaggagaagcctattcagctatgcctcgggctcagccatcctctgcttcttat
cagccagtgccagcagacccttttgccattgtttccagagcccagcagatggttgagatc
ctctcagacgagaaccggaacttgaggcaagagttggaaggatgctatgagaaggtggca
agactgcagaaggtggagacagaaatccagcgcgtctcggaggcatatgagaacctcgtg
aagtcatcctccaaaagagaggccctagagaaagccatgagaaacaagctagagggcgag
attcggaggatgcatgatttcaacagggatctgagagagcgtctagagactgccaacaag
cagcttgcagagaaggaatatgaggggtcagaggacaccagaaaaaccatctcgcagctc
tttgcaaaaaataaagaaagccagcgtgagaaggagaagctggaagcggagctggccact
gcccgttctaccaatgaggaccaaagacgacacatcgaaatccgagatcaggccctgagt
aatgcccaggccaaggtggtaaagctggaagaagagctgaaaaagaagcaagtgtacgtt
gacaaggtggagaagatgcagcaggcccttgtacagctccaggcagcatgtgaaaaacgt
gagcagctagagcaccgtctccggacacgactggagagggaactggaatccctgagaatc
cagcagcgtcagggcaactgtcagcccaccaacgtttcagaatacaatgctgctgcactg
atggagctccttcgggagaaagaggagaggattctggctctggaagctgatatgacaaag
tgggagcagaaatatttggaggagaatgtgatgagacattttgctctggatgctgctgca
actgtggctgctcagagggacacaacagtcatcagtcactctcctaacaccagctatgac
acagctctagaagctcgcatccagaaagaggaggaagaaatcttgatggccaataagcgt
tgccttgacatggagggcaggattaagaccctccatgcccagattattgagaaggatgcc
atgatcaaagtactccagcagcgttcccggaaggagccgagcaagacagagcagctgtcg
tgcatgcggccagcgaagtctctgatgtccatttccaatgctggatcaggcttgctctcc
cactcatccaccctgactggctcccccatcatggaagaaaagcgagacgacaagagctgg
aaggggagcctaggcattctcctgggtggagactaccgtgctgaatatgtcccttccaca
ccctcgcctgtgccaccctcgactcccctgctctcggctcactccaagacaggcagccga
gactgcagtacccaaactgaacgtgggacggaatcgaacaaaactgcagctgttgctccc
atctctgttcctgctccagttgctgctgccgccactgctgccgccatcactgccactgct
gccaccatcaccaccaccatggtagctgctgctccagttgctgttgctgctgctgctgct
ccagctgctgctgctgccccgtctccagccactgccgctgctactgctgctgctgtttct
ccagctgctgctggtcagattccagctgctgcctctgttgcctcagctgctgccgttgct
ccttctgctgctgctgctgctgctgttcaggttgctccagctgctccggctccagttcca
gctccggctctggttccggttccagctccagcagcggctcaggcttctgctcctgctcag
actcaggcaccaacttcagctccggctgtggctccaactccagctccaactccaactcca
gctgtggctcaggctgaggttcctgcaagtccagctaccggtcctggaccacatcgtttg
tctataccaagtttgacctgcaatccagacaaaacagatgggcctgtgttccactccaat
actctggaaagaaaaactcccattcagatcctgggacaagagcctgatgcagagatggtg
gaatatctcatctaa

  All links  
Disease (1)   
   OMIM (1)   
Gene (50)   
   RefGene (44)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   HGNC (1)   
   Ensembl (1)   
   RIKEN BRC-DNA (1)   
   OC (1)   
Protein sequence (9)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (7)   
DNA sequence (25)   
   RefSeq(nuc) (7)   
   GenBank (9)   
   EMBL (9)   
3D Structure (18)   
   PDB (18)   
Protein domain (1)   
   Pfam (1)   
All databases (104)   

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