Eleginops maclovinus (Patagonian blennie): 134862718
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Entry
134862718 CDS
T09869
Symbol
thbs3a
Name
(RefSeq) thrombospondin-3a isoform X1
KO
K04659
thrombospondin 2/3/4/5
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Pathway
emac04145
Phagocytosis
emac04510
Focal adhesion
emac04512
ECM-receptor interaction
emac04518
Integrin signaling
emac04820
Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09130 Environmental Information Processing
09133 Signaling molecules and interaction
04512 ECM-receptor interaction
134862718 (thbs3a)
04518 Integrin signaling
134862718 (thbs3a)
09140 Cellular Processes
09141 Transport and catabolism
04145 Phagocytosis
134862718 (thbs3a)
09144 Cellular community - eukaryotes
04510 Focal adhesion
134862718 (thbs3a)
09142 Cell motility
04820 Cytoskeleton in muscle cells
134862718 (thbs3a)
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
emac04131
]
134862718 (thbs3a)
09183 Protein families: signaling and cellular processes
04147 Exosome [BR:
emac04147
]
134862718 (thbs3a)
00536 Glycosaminoglycan binding proteins [BR:
emac00536
]
134862718 (thbs3a)
Membrane trafficking [BR:
emac04131
]
Endocytosis
Phagocytosis
Opsonins
134862718 (thbs3a)
Exosome [BR:
emac04147
]
Exosomal proteins
Exosomal proteins of other body fluids (saliva and urine)
134862718 (thbs3a)
Exosomal proteins of colorectal cancer cells
134862718 (thbs3a)
Exosomal proteins of bladder cancer cells
134862718 (thbs3a)
Glycosaminoglycan binding proteins [BR:
emac00536
]
Heparan sulfate / Heparin
Extracellular matrix molecules
134862718 (thbs3a)
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
TSP_C
TSP_3
COMP
EGF_CA
EGF_MSP1_1
EGF_3
EGF
cEGF
Motif
Other DBs
NCBI-GeneID:
134862718
NCBI-ProteinID:
XP_063736817
LinkDB
All DBs
Position
4:3045207..3057650
Genome browser
AA seq
950 aa
AA seq
DB search
MRLPVMLSLLWAAGLSAVAPDRPETPVVDVLSLQDSKQSVSAVESLSAALSALSDVYLVS
TLRLPSKLGGVLLGVYSRQDNRKYLEVAIMGKINKVLVRYVRSDGKLHTVNLHHAALADG
RTHSIILRLGGLQRDSMTAELYVDCRLADSSQGLPSLVPLPREAEQVELRHGQKAYARLQ
GSVESLRLALGGSVATAGALTDCPFQGDASAYNSVSGELNSILGDHTKALIGQLIIFNQI
LGELRQDIREQVKEMSLIRNTILECQVCGFHEPRSRCSPNPCFKGVSCMESLHYPGYTCG
ACPPGTSGNGTHCQDINECELQPCYTPEACVNTVGGFTCQPCPPGLWGRSLAGTGLDYAK
THRQECVDVDECVDLPDACVSNSVCINTVGSYRCGGCKPGFLGNQSSGCFPRMSCAALTF
NPCDTNAHCIMERSGGVACRCNIGWAGNGNTCGTDTDIDGYPDRSLPCIDNHKHCKQDNC
VSTPNSGQEDADNDGIGDQCDEDADGDGIKNVEDNCRLVPNKDQQNSDSDSFGDACDNCP
NVPNTEQKDTDSNGQGDACDQDIDGDGIPNVLDNCPKVPNPMQTDRDRDGVGDACDSCPE
LSNPTQTDVDNDLVGDVCDTNQDMDGDGLQDSRDNCPDLPNSSQLDSDNDGLGDACDHDD
DNDGVLDDYDNCRLVVNPNQKDSDMNGVGDVCEDDFDNDSVLDLVDVCPESAEVTLTDFR
AYQTVILDPEGDAQIDPTWVVLNQGMEIVQTMNSDPGLAVGYTAFNGVDFEGTFHVNTVT
DDDYAGFIFGYQDSSSFYVVMWKQTEQTYWQSLPFRAAAQPALQLKAVKSRTGPGEFLRN
ALWHTGDTTGEVKLLWKDPRNQGWRDKTSYRWSITHRPQVGYIRLRLFEGTEMVADSGVV
IDTTMRGGRLGVFCFSQENIIWSNLRYRCNDTVPEDFQIHRKQFLMHIQV
NT seq
2853 nt
NT seq
+upstream
nt +downstream
nt
atgaggctcccggttatgctgtcgctcctctgggctgctgggctttctgctgtagctccg
gaccgacccgagactccagtggtagacgtgctgagtctgcaggactcgaagcagagcgtg
tcggcggtggagagtctgtcggccgctttgagcgcgctcagtgacgtctacctcgtctcc
acgctgcggcttccttccaagctgggcggcgtcctgctgggcgtctacagcaggcaggac
aacaggaagtacctggaggtcgccatcatgggcaagatcaataaagtgctggtgcggtac
gtgcgctcggacgggaagctgcacacggtgaacctgcaccacgccgcgctggctgacggg
aggacgcactccatcatcctgaggctgggggggctgcagagggactcaatgaccgctgag
ctctacgtagactgccgattggccgactccagccagggcctgccctcattggtccccctg
ccccgggaggcggagcaagtggagctgaggcacgggcagaaggcctacgcgcgcctgcag
ggctccgtagagtccctgcgtctggctctgggggggtcagtagctacagctggagctctg
actgactgtcctttccagggagacgcctcggcatacaactcagtgagcggggagctgaac
tccatcctgggtgatcacaccaaggctctgattggtcagctcatcatcttcaaccagatc
ctgggagagctgagacaggacatcagagaacaggtgaaggagatgtctctgatcagaaac
accatcctggagtgtcaggtctgtgggttccatgagcctcgctcccgctgctcccctaac
ccctgctttaagggcgtgtcttgcatggagagcctacattacccaggatacacctgtgga
gcctgtccccccgggaccagtggcaacgggacacactgtcaggacattaacgagtgtgag
ctgcagccctgctacacccctgaagcctgtgtgaacactgtgggggggttcacctgtcag
ccgtgtcctcctggactgtgggggcgctcgctcgctgggacaggactggactacgccaag
acacacagacaggagtgtgtggatgtggacgagtgtgtggatctccccgacgcctgtgtg
tccaactctgtgtgcatcaacaccgtgggctcgtacaggtgtgggggctgtaaacctggt
tttcttggtaaccagtcgtcgggctgcttccccaggatgtcgtgtgcggcgctgaccttt
aacccctgcgacaccaacgcccactgcatcatggagaggagcgggggggtggcctgcagg
tgtaacatcggctgggcaggtaatgggaacacctgtggaacagacacagatattgatgga
tatccggaccgctctctgccctgcatcgacaaccacaaacactgcaagcaggataactgt
gtgtccacaccgaactcgggtcaggaggacgccgacaacgatgggatcggagaccagtgt
gacgaggacgctgacggagacggcatcaagaacgtggaggataactgccggctggtcccc
aacaaagaccagcagaactcggacagcgattcgttcggagacgcctgtgataactgtccc
aacgtccccaacaccgagcagaaggacacggacagcaacgggcagggagacgcctgcgac
caggacatcgacggggacggtattcctaacgtcctggataactgtccgaaggtcccgaac
ccgatgcagacagacagagacagagacggagtgggagacgcctgcgacagctgccctgaa
ctcagcaaccccacacagaccgatgtcgacaacgacctggtgggggacgtgtgtgacacc
aaccaggacatggacggggacggtctgcaggacagcagggacaactgtcccgacctgccc
aacagctcacagctggactcggacaacgacggcctcggagatgcctgcgaccacgacgac
gacaacgacggcgtcctggacgactacgacaactgccgactcgtcgtcaaccccaatcag
aaggactccgacatgaacggggtgggggatgtgtgtgaggacgactttgataacgactca
gtgttggaccttgtggacgtttgtcctgagagtgctgaggtcacgctgaccgacttcaga
gcctatcagacggtgatcctggaccccgagggcgacgcccagatcgaccccacctgggtg
gtgctcaaccaggggatggagattgtgcagacgatgaacagtgacccgggcctcgctgtg
ggctacacggccttcaacggcgtggacttcgagggaacgttccacgtgaacactgtgacg
gacgacgactatgccggcttcatcttcgggtaccaggactcgtccagcttctacgtagtg
atgtggaagcagacggagcagacgtactggcagtcgctgcccttcagagcggctgcgcag
ccggccctgcagctcaaggcagtgaagtcacgcacgggccctggggagttcctgaggaac
gctctctggcacacgggggacacgacgggggaggtgaagctgctctggaaggatcccagg
aaccagggctggagggacaagacctcgtaccgctggagtatcacccaccggccccaggtg
ggatacatcaggctccggctgtttgaggggacggagatggtggcggactctggagtagtg
atcgacaccacgatgcgaggaggccgtctcggcgtcttctgcttctctcaggaaaacatc
atctggtccaacctgcgctacaggtgcaacgacacggtgcctgaagacttccagatccac
cgcaaacagtttctgatgcacatccaggtgtga
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