Microcaecilia unicolor: 115457946 Help Entry 115457946         CDS       T09142                                  Symbol THBS3 Name (RefSeq) thrombospondin-3   KO K04659   thrombospondin 2/3/4/5 Organism muo  Microcaecilia unicolor Pathway muo04145   Phagocytosis muo04510   Focal adhesion muo04512   ECM-receptor interaction muo04518   Integrin signaling muo04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:muo00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     115457946 (THBS3)    04518 Integrin signaling     115457946 (THBS3)  09140 Cellular Processes   09141 Transport and catabolism    04145 Phagocytosis     115457946 (THBS3)   09144 Cellular community - eukaryotes    04510 Focal adhesion     115457946 (THBS3)   09142 Cell motility    04820 Cytoskeleton in muscle cells     115457946 (THBS3)  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:muo04131]     115457946 (THBS3)   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:muo04147]     115457946 (THBS3)    00536 Glycosaminoglycan binding proteins [BR:muo00536]     115457946 (THBS3) Membrane trafficking [BR:muo04131]  Endocytosis   Phagocytosis    Opsonins     115457946 (THBS3) Exosome [BR:muo04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    115457946 (THBS3)   Exosomal proteins of colorectal cancer cells    115457946 (THBS3)   Exosomal proteins of bladder cancer cells    115457946 (THBS3) Glycosaminoglycan binding proteins [BR:muo00536]  Heparan sulfate / Heparin   Extracellular matrix molecules    115457946 (THBS3) SSDB OrthologParalogGFIT Motif Pfam:  TSP_C TSP_3 COMP EGF_CA EGF_3 cEGF EGF EGF_MSP1_1 SopA Motif Other DBs NCBI-GeneID:  115457946 NCBI-ProteinID:  XP_030043522 UniProt:  A0A6P7WJM5 LinkDB All DBs Position 14:complement(38779116..38809581) Genome browser AA seq 961 aa AA seqDB search MEQTGPSVPGLLLLILLVSLWPETSARQELQVVDLLTVSEAKQTSSVVDKIRTEMLTVND LYLITTFRLPPKLGGLLFGLYSKKDNTKWLEVSIVGKLNKVLLRYVREDSKLHAVSLQNA NLADGRSHSLIVRMSGLRKDTLSLELYMDCKQVDSSVGLPDLMVIPPAEVNSVEIRTGHK AYLRMQGAIESMKLILGGSMARVGALSECPFQEDESIQNTVNGVINSILGDQTKALVRQL ALFNQVLMELREDIRDQVKEMSLIRNTIMECQVCGFHEHRSRCNPNPCFHGVDCMETYEY PGYRCGPCPPGFKGNGTHCSDIDECFLANPCILDSNCVNTAPGFRCEPCPWGYKGNIVSG VGVDYAKASKQICTDIDECNDGNNGGCVANSICTNILGSFTCGPCKTGFIGNQSLGCVPK KSCVSPAFNPCDVNAHCVFERNGEVSCACNVGWAGNGHVCGHDNDIDGYPDQPMPCIDND KHCKQDNCPLTPNSGQEDADNDGIGDQCDEDADGDGIRNVEDNCRLVPNKDQQNSDTDSF GDTCDNCPNVANNDQKDTDSNGEGDTCDNDIDGDGIPNILDNCAKVPNPLQTDRDEDGVG DACDSCPEISNPTQTDADSDLVGDMCDTNEDSDGDGHQDTKDNCPQIPNSSQLDSDNDGW GDDCDEDDDNDGIPDYIPPGPDNCRLIHNPNQKDSNGDGVGDICEEDFDNDTVIDPLDVC PESAEVTFTDFRAYQTVILDPEGDAQIDPNWVVLNQGMEIVQTMNSDPGLAVGYTAFNGV DFEGTFHVNTITDDDYAGFIFSYQDSASFYVVMWKQTEQTYWQSTPFRALAEPGLQLKAV KSKTGPGEQMRNALWHTGHTSEQVRLLWKDPRNVGWKDKTSYRWQLMHRPQVGYIRVKLY EGPSLVADSGVIIDTNMRGGRLGVFCFSQENIIWSNLQYRCNDTIPEDFEPYRRFLLEGR E NT seq 2886 nt NT seq  +upstreamnt  +downstreamnt atggagcagacgggaccatcagtaccaggacttctactgctcattctcctcgtgtctctg tggccggagacatcagcccggcaggaactgcaagtggtggacctcctgaccgttagtgag gctaaacaaacgtccagcgttgtggacaagatcagaactgagatgctgacagtgaatgac ctgtacctcattaccacctttcgcctgccccccaagctcggtggcttgctctttggactc tactcaaagaaggacaacaccaaatggttggaggtttccatcgttggcaaactcaacaaa gttcttctgcgctacgtgcgggaagacagcaaactccatgcggtcagtcttcagaatgcc aatctggcggatgggcggagtcacagcctgatcgtgcggatgagcggtctgcgcaaggac acactttccctggagctctacatggattgcaagcaggtggactccagtgtggggctcccg gacctgatggttatccctccagcagaggtgaactctgtggaaattcgaacaggtcacaag gcatacctgaggatgcagggtgccatcgagtccatgaagttaattctagggggatccatg gctagggttggagctctgagtgaatgccccttccaggaagatgaatctatacagaacaca gtgaatggagtgatcaattctattctaggggaccagacaaaggccttggtcaggcagttg gcgctcttcaaccaggtcctaatggagctgagagaagatattagggaccaggtgaaggag atgtctttgatccgaaacaccatcatggagtgccaggtgtgtgggttccatgaacatcgg tcccgctgtaaccccaacccctgcttccacggcgttgattgcatggagacttatgaatat cctggttatcgctgtgggccttgccctcccggcttcaagggaaatgggacacactgctct gacattgatgaatgttttcttgctaacccctgcatcttggactccaactgcgtaaacaca gctcctggattccgctgtgagccctgcccttggggctacaagggtaacatcgtctctggg gtcggagtggactatgccaaagccagcaagcagatttgcacggatattgatgaatgtaat gacgggaataatggcggctgtgttgcgaattccatctgcaccaatattttgggctccttt acatgtggtccctgcaagacaggcttcattggaaaccagagtctgggatgtgtgcctaag aagtcttgtgtcagccctgccttcaacccctgtgatgtgaacgcacattgtgtgtttgag aggaatggcgaggtctcttgtgcgtgcaatgtgggctgggcagggaacggtcatgtttgt ggccatgacaatgacatcgatggatacccagatcagccaatgccctgcatagataatgac aaacactgcaagcaggataactgccctctgaccccaaactctgggcaggaggacgcagac aatgacggtatcggggaccagtgtgatgaggacgcagatggggatgggatccggaacgtg gaggataactgccgcctggtcccgaataaagaccagcagaactcggatacggactccttt ggcgatacctgtgacaactgccccaacgttgccaacaatgaccagaaagacacagacagc aacggagaaggggacacatgtgacaatgacattgacggggatggtatacccaacatactg gacaactgtgccaaggtgcccaatccattgcagacagaccgggatgaggatggagtgggg gatgcctgtgacagctgtccagagatcagtaatccgactcagacagatgctgatagtgac ctggtgggagacatgtgtgacaccaatgaggacagtgacggggatggtcaccaggacact aaggataactgtccacagattcccaacagttcccagctggactcggacaatgatggttgg ggagacgactgtgatgaggacgatgataatgatgggataccggactacattcctccagga cctgataactgccgtttaatccataaccccaaccagaaggattcaaatggagacggggta ggagatatctgcgaggaggattttgataacgacacagtgattgatcctttggatgtgtgt cccgagagtgcagaggtcaccttcacagacttcagggcctatcagacggttatactggac cctgagggagatgctcagatcgatccgaactgggtcgttctgaaccaggggatggagatt gtccagacaatgaacagtgaccctggcctggcggtaggttatactgccttcaatggcgtc gactttgagggcaccttccatgtgaacaccatcacggatgacgattacgcaggtttcatc tttagctaccaagacagcgccagcttctacgtggtgatgtggaagcagacggagcagacg tactggcagtctacgcccttccgagccctggcggagcctgggctgcagctcaaggctgtc aagtccaagacaggtcctggggagcagatgcggaatgcactctggcatacgggccatact tcagaacaggtgaggctgctgtggaaggacccccgaaatgtgggctggaaggacaagact tcataccgctggcagcttatgcatagaccccaagtgggctacatcagggtgaagctctat gagggtccgagccttgtggccgattctggggttatcatcgacaccaacatgagggggggc cgcctgggtgtcttctgcttctcccaggagaacattatttggtccaacctgcagtaccga tgtaacgacacaattcccgaagacttcgagccttatcgtaggttcttgctggaagggagg gagtga

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