Salmo trutta (river trout): 115151496
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Entry
115151496 CDS
T08542
Name
(RefSeq) transferrin receptor protein 1-like isoform X1
KO
K06503
transferrin receptor
Organism
stru
Salmo trutta (river trout)
Pathway
stru03273
Virion - Lassa virus and SFTS virus
stru04144
Endocytosis
stru04145
Phagosome
stru04216
Ferroptosis
stru04350
TGF-beta signaling pathway
Brite
KEGG Orthology (KO) [BR:
stru00001
]
09120 Genetic Information Processing
09125 Information processing in viruses
03273 Virion - Lassa virus and SFTS virus
115151496
09130 Environmental Information Processing
09132 Signal transduction
04350 TGF-beta signaling pathway
115151496
09140 Cellular Processes
09141 Transport and catabolism
04144 Endocytosis
115151496
04145 Phagosome
115151496
09143 Cell growth and death
04216 Ferroptosis
115151496
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
stru01002
]
115151496
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
stru04147
]
115151496
04090 CD molecules [BR:
stru04090
]
115151496
Peptidases and inhibitors [BR:
stru01002
]
Metallo peptidases
Family M28: aminopeptidase Y family
115151496
Exosome [BR:
stru04147
]
Exosomal proteins
Exosomal proteins of haemopoietic cells (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
115151496
Exosomal proteins of colorectal cancer cells
115151496
CD molecules [BR:
stru04090
]
Proteins
115151496
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Peptidase_M28
TFR_dimer
PA
Pyr_redox_2
Motif
Other DBs
NCBI-GeneID:
115151496
NCBI-ProteinID:
XP_029551339
Ensembl:
ENSSTUG00000015992
LinkDB
All DBs
Position
2:14741889..14756519
Genome browser
AA seq
857 aa
AA seq
DB search
MESSLKKELTFCRLLGFCQIRLLTRALQPPGNWSKHITTHTLWLKHVARPLSAFAHPYYI
HCAVLFRACASSALLNHLNWNPTCLSSVPLPAHGSEHMKFTMATTINQVRSSLSKMFKSE
RYSPFTLQSDGESHVEVKLSDDIDVHAPSEQAGQPGGSPSYRPRPKRNYHNVCYLALGIL
FIFIIGYLIGYVSHRSPLQEPIPCDPEQEEGVAKEAVVEYSLSWTNIISMLAQRLTPDAF
NSRLSGVEQTDHTAGSTGDNILGNHVLESFKSLEMEPWTDMHYVQLQTPNSEKPNRVLIG
QDEVCRPKGYLAYSATGKAKGKAVYGNYGSQEDLALLQTLKVELNGTVILLRASGQISLA
QQVANVAALGVSAVLIYPEHKNQTTELYGHVHLGSGDPYTPGFPSFNHTQFPPTQSSGLP
NVLAQSITAQAAVKILKRIGGPDSPPSFKGKLDDVKYTLGGAGSEDVTVEVNNVLQDTEI
HNVFGVIKGFIEPDRYVVLGAQRDAWGPGYAKATVGTTLLLELARAVSEMVHIDGFRPRR
SLVFASWSAGEYGSVGATEWLEGYLSSLDRRAITYISLDGVVTGNYAVSASASPLLYSLL
ERTMKEVKNPIGFGESGKSLYDQVSGVNFERAVFKPMQMEDCAYPFLAFSGIPSLSFRFV
SQEVYPHYGTSFDNKEYLGFATAHHLSSIATGAGLVAGQLALRLVHDHVLRLDVQRYRKV
LTQSVVNINQRLKQVTRDGSAEGLSARWLIMALGSYSRAATDLNTELLNTDLTDTLACHN
INDRIMRVEHNLLSPYVSPKEVPFRHLLFGRGSHTLAALLEGEDREALRTQLALATWTLQ
GCANALSGDVWDRDNQI
NT seq
2574 nt
NT seq
+upstream
nt +downstream
nt
atggagagctctctgaaaaaagaactaaccttttgcagacttctgggattttgtcaaatt
cgtctattaaccagggccttacaacccccggggaattggtcaaagcatataaccacacac
acactttggttgaagcatgttgccagaccactaagtgccttcgcccatccatactacata
cactgtgcagtgctgttccgtgcctgtgcatcttcagcgttattaaaccacctcaactgg
aatcctacctgtctgtcatctgtgcccttaccagcacatgggagcgaacacatgaaattt
accatggcaacaactattaatcaagtgaggtcgtcgctttccaaaatgtttaagagtgag
cggtacagtcccttcactctgcagtcagacggagagagccacgtggaggtgaagctgtct
gatgacatagatgtccacgccccctctgagcaggcaggccaaccagggggctcgccctcc
tacaggccccgccccaagcggaactaccacaacgtgtgttacctggcccttggaatcctc
tttatcttcatcatcggttatctgattggctatgtgagccaccgttctcctctccaagag
ccaatcccttgtgatcctgagcaggaagagggcgtggctaaggaggctgtagtagaatac
tctctatcctggaccaacatcatcagcatgctggcacagagactgactcctgatgccttc
aacagcagactgagtggtgttgaacagacagatcacacagcagggagcactggagacaac
attctgggaaatcatgtgttggaaagctttaagagtctggagatggagccctggactgac
atgcactatgtccaactacagacgcccaacagtgagaagccaaaccgtgtactgattggc
caagatgaggtgtgccggcctaagggctacctggcctatagcgccacaggaaaagctaag
ggcaaggcagtgtatggtaactatgggagtcaggaggacttggcactgctacagactctg
aaggttgagctgaacggcaccgtgattctactgagagcttcaggacagatcagcctggca
cagcaggtggctaatgtagctgcattgggagtatctgctgtgttgatttaccctgaacac
aagaatcaaactactgaactatatggacatgtccatctaggttctggagacccctatact
ccagggttcccctccttcaaccacacccagttccctcccacccagtcctctggtctgccc
aatgtactggcccaaagcattactgctcaggctgctgtcaagatactaaaacgtataggt
gggcctgattctcctcccagttttaaaggaaaactggacgatgtgaagtacaccctggga
ggggccggtagtgaggatgtcacagtggaggtgaacaacgtgctgcaggacaccgagata
cacaacgtctttggagtcatcaagggcttcattgagccagatcggtacgtggtactgggg
gctcagagggatgcgtggggtccaggctacgctaaagccactgtcgggaccacactgctg
ctggagctggctagagcagtgtctgagatggtgcacatagatggtttccgtcccaggagg
agtctggtgtttgccagttggagtgcaggagagtacggcagtgttggagctacagagtgg
ctggagggttacctctcctctctggacagaagagctatcacctacatcagcctggacgga
gtagtcacagggaattatgctgtcagcgcgtctgccagccccctgctctacagccttctg
gaaagaaccatgaaggaggtgaagaatcccattggttttggagagtctgggaagtctctg
tatgatcaggtgtctggagtcaactttgagagggcagtgtttaagcccatgcagatggaa
gactgtgcatatccgttcctggccttctctggaatcccctctctctccttccgcttcgtc
tctcaggaggtctaccctcactacggcacctcttttgacaacaaggaataccttggtttc
gccaccgcccatcaccttagttctatagccactggggcgggattggtcgcaggtcagctg
gcgttacgactggtccacgatcacgtgctgcgtctggacgtgcaacgctacaggaaggtt
ctcacccaatcggtggtcaacatcaatcagcgcctcaaacaagtcacccgggatggttct
gccgagggtctgtcagctcgttggctcatcatggccttagggtcctacagtagagctgct
actgacctcaacactgagctactcaacaccgacctcactgacacactggcctgccacaac
atcaacgaccgcatcatgagggtggaacacaacctcctgtctccgtatgtctcccccaag
gaggttccgttccgccacctgctgtttggccgtggttcccacaccctggcagccctgttg
gagggggaggacagggaggcgctgcggacccagctggccctggccacctggacgctacag
ggctgtgccaacgctctctctggagacgtctgggacagagacaaccagatctaa
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