Salmo trutta (river trout): 115163725
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Entry
115163725 CDS
T08542
Name
(RefSeq) angiomotin-like protein 1 isoform X1
KO
K06104
angiomotin like
Organism
stru
Salmo trutta (river trout)
Pathway
stru04519
Cadherin signaling
stru04530
Tight junction
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04519 Cadherin signaling
115163725
09140 Cellular Processes
09144 Cellular community - eukaryotes
04530 Tight junction
115163725
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Paralog
GFIT
Motif
Pfam:
Angiomotin_C
CorA
LegC3_N
Motif
Other DBs
NCBI-GeneID:
115163725
NCBI-ProteinID:
XP_029571726
UniProt:
A0A674BCA2
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Position
26:complement(36954543..36977121)
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AA seq
1125 aa
AA seq
DB search
MESGSERNAGLDSEPRVKAGLESGSERNAGLDSEPRVKAGLESGSERNAGLDSEPRVKAG
LESGSERNAGLDSAPRVKAGLESGSERNAGLDSAPRVKAGLESGSERNAGLDSAPRGKSG
LESGENWIPEDVAQWLDHIGVSNEAEPDGGLSLYHSFPGAFALEDVIQCPTETVPFTINN
EPTSMTTHPPLLSIHRTSTPAREPGDAALAFVSHRCVSAMRGEEDEVLSSTIQEQTSYEG
GWGPQSDNLNPMQPSQVASPPLLQQPPSSPDCSSAPTSDSQLPPYPLTFPHRPLAHPQFP
QLRWARQEPQGQEQQADGSSLEKHGPLQPPLPHPQPPQTSLQPSLEELPSYEQAKAQSQG
QHHYQDQLYYTLEDQESLPSPSHTPDSQHSAWTSLAPNSPSETSSLDTNTDPSPFPSPSP
PLGPQQGFMSDGDEAEGLSIWGGGANGDSTLRQLKQGHVYSLSQRILQISIETNGTSNLP
SSNRSPSYPPPLNITPLTGSVDPRGPPPEYPFKPTQPPSCSPSGKPQPPSSHSELGPPFI
DPPSSTIMDWSTAQPTRAESNPPPEYQSRRHHPGTLGCPSVQYHHSPTPSQTHTSTLLPN
IQAQTSTLVSQLQPQPQQPSPGPSGVEVVMAAKVQQMVQLLCEENQTLRHELLTHREKAS
KLHWLEEELQRISEEYDWLMKSSSKREGLDRTMRCKLEGEIRRLTVFNRDLRDRLETANQ
QLACCEPEGEEDGHAAELRDGLIEKERLEEEVEKQQRRAERLESALSSAQQRALHLEEEL
RVKCVYAARVEGLQHAVVQLQTACEKREQLERRLRTRLERELHTLRTQQRVCGGVLGTTG
PGGGVGEGSAPALRELLRQREERVLALEADSTRWEQKYLQENAMRHFNMETAATANTHRD
PLVVHSRSGSYSEMTGCTLCQEDDVQQATRRCNDMEHRIRNLYAQLIEKDALIKVLQQRN
SRGDLSALRPARSTPSISLATGLHPRQASQTDERKERNLLPSLPLLSSPPSSLSTTSSLP
STLAFSSTLPYSTIPSYSSTLPLSASLQFSTLPLSSSLPSTPLLSSHSKTGSRDSSTQTD
KGSESLKVLPLPSRAWLGLARTQRTDKTRTQPPHRPGTDLVEILI
NT seq
3378 nt
NT seq
+upstream
nt +downstream
nt
atggagtcagggtctgaaagaaatgctggactggattctgaacccagggtgaaggctggt
ctggagtcagggtctgaaagaaatgctggactggattctgaacccagggtgaaggctggt
ctggagtcagggtctgaaagaaatgctggactggattctgaacccagggtgaaggctggt
ctggagtcagggtctgaaagaaatgctggactggattctgcacccagggtgaaggctggt
ctggagtcagggtctgaaagaaatgctggactggattctgcacccagggtgaaggctggt
ctggagtcagggtctgaaagaaatgctggactggattctgcacccagggggaaatcagga
ctggagtctggtgagaactggattccagaagatgtggctcaatggctggatcacattgga
gtgtctaacgaggcggagcctgacggaggtctctctttgtaccatagtttcccaggagcc
tttgcactggaggacgtcattcagtgtcccacagaaacagtccccttcaccatcaacaat
gaacccacctcaatgaccactcatccaccgttactgtccatccatcgcacctccacacct
gccagggaaccaggtgatgcagccttggcatttgtgtcccaccgttgtgtgagcgccatg
cgaggagaggaggacgaggttctctcaagcaccatacaagaacaaaccagctacgaggga
ggatgggggcctcagagtgacaacctgaaccccatgcagccctcccaggtggcctcccca
cccctgctgcagcagccgcccagcagtccagactgtagcagcgcccccacctcagacagc
caactaccaccttacccccttaccttccctcaccgcccactagctcacccccagttcccc
cagttgcgctgggctcggcaggagcctcaggggcaggagcagcaggctgacggtagctcc
ctggagaaacatggacccctccagccccctctccctcacccccagcccccccaaacctcc
ctccaacccagtttagaggagctgccgagctatgagcaggccaaggcccagagccaggga
caacaccactaccaggaccagctgtattatacactggaggaccaggagagcctgcctagc
ccctctcacaccccagacagccagcactcagcctggaccagcttagctcctaacagcccc
tctgagacctctagccttgacaccaacactgacccctctcctttccccagccccagccca
cccctgggccctcagcaaggctttatgagtgatggggatgaggctgagggtttgtctatc
tggggtggaggggccaatggagactctactctgaggcaactgaagcagggtcatgtgtat
tccctcagccagaggatcctccaaatcagcattgagaccaatggaactagtaaccttccc
tctagcaaccgctcccccagttaccccccacccctaaacataaccccactcacaggatca
gtagacccccgcggacccccaccagagtaccccttcaagcccacccagccgccctcatgc
tccccctcagggaaaccccagcccccctcctctcattctgagctgggccctcccttcatt
gaccccccctcttccacaataatggactggtccacagcccagccaaccagagctgagagc
aaccccccacctgagtaccagagcaggcggcaccaccccgggaccctagggtgtccctca
gtccagtaccaccacagtcccacaccctcccagacccacacctccacccttctccccaac
atccaggcccagacttctacccttgtctctcagctccaaccccagcctcaacaaccttcc
ccaggcccctccggtgtggaggttgtcatggcagctaaggtgcagcagatggtccagctg
ctgtgtgaggagaaccagactctgagacacgagctgctgacacacagagagaaggcgtcc
aaactgcactggttagaggaggagctccagaggatctctgaagagtatgattggctgatg
aagagctcgtcaaagagggaggggctggaccgaaccatgagatgcaaactggagggggag
attagacgcctgactgtcttcaacagagacctgagagatcgcctggagactgccaatcaa
cagctagcgtgctgtgagccagaaggagaggaggatggacatgctgctgagcttagggat
ggactgatagagaaagagcgtttggaggaagaggtggagaagcagcagcggagggcagag
agactggagtcagctctgagcagtgcccagcagagagcactacacttagaggaggagctg
cgtgtgaagtgtgtgtatgcggcacgtgtggaagggttgcagcatgctgtggtgcagttg
cagacggcgtgtgagaagagagagcagcttgagagacgcctgcgcacacggctggagaga
gagctacacacactgcgcacgcaacagagagtgtgtgggggtgtgcttgggaccactggg
ccaggtgggggtgtaggggagggcagtgcccctgctctgagggagctgctgaggcagagg
gaggagagggttctggctctagaggctgattctacccgctgggaacagaagtacctacag
gagaacgccatgagacactttaacatggagactgctgctacagccaacacacacagggac
cccttggtggtgcactctcgcagtggtagctacagtgagatgacgggctgcacactgtgt
caggaggatgatgtacagcaggctaccagacgctgcaatgacatggagcacagaataagg
aacctgtacgcccagctgatagagaaggatgcgttgataaaggttttacagcaacggaac
tctcgcggtgacctcagtgccctccgccctgcccgctccaccccctccatctccttagca
acaggactgcacccacgacaagcttctcagacagacgagaggaaagagagaaacctcctc
ccatccctccccctcctctcttccccaccttcctctttatctaccacctcctccctccct
tccactcttgctttctcatccaccctcccctactccactataccatcttattcatccacc
ctgcctctctccgcctccctccaattctctaccctccccctctcctcctccctcccctcc
actcctctcctgtcctcccattctaagacgggtagtagagacagcagcactcagactgac
aaaggttcagagtccctcaaagtcctgcccctccccagcagagcctggctgggattggcc
aggacccagaggacagataagactagaacccagcccccacaccgaccaggcacagactta
gtggagatcctcatctaa
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