Mesitornis unicolor (brown roatelo): 104546817 Help Entry 104546817         CDS       T08455                                  Symbol COL6A2 Name (RefSeq) collagen alpha-2(VI) chain   KO K06238   collagen type VI alpha Organism mui  Mesitornis unicolor (brown roatelo) Pathway mui04510   Focal adhesion mui04512   ECM-receptor interaction mui04518   Integrin signaling mui04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:mui00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04512 ECM-receptor interaction     104546817 (COL6A2)    04518 Integrin signaling     104546817 (COL6A2)  09140 Cellular Processes   09144 Cellular community - eukaryotes    04510 Focal adhesion     104546817 (COL6A2)   09142 Cell motility    04820 Cytoskeleton in muscle cells     104546817 (COL6A2)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:mui04147]     104546817 (COL6A2)    00536 Glycosaminoglycan binding proteins [BR:mui00536]     104546817 (COL6A2) Exosome [BR:mui04147]  Exosomal proteins   Exosomal proteins of other body fluids (saliva and urine)    104546817 (COL6A2) Glycosaminoglycan binding proteins [BR:mui00536]  Heparan sulfate / Heparin   Extracellular matrix molecules    104546817 (COL6A2)  Hyaluronan   Extracellular matrix or blood plasma proteins    104546817 (COL6A2) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  VWA Collagen VWA_2 Motif Other DBs NCBI-GeneID:  104546817 NCBI-ProteinID:  XP_010190607 LinkDB All DBs Position Unknown AA seq 1019 aa AA seqDB search MFRQAFFSTLLCVVLVPLHAQFDGDSGEVSPTSCAEKRNCPINVYFIIDTSESVALQTMP IQSLVDQIKRFIPVFIDKLESELYQNQVYITWQFGGLHYSDVVEIYSPLTSSKDIYLPRL SAINYLGRGTFTDCAISNMTEQIQTQMASGVNFAVVITDGHVTGSPCGGMKVQAERARDM GIKLFAVAPSQNVYEQGLREIANLPHELYRNNYAITQKDTLDIDVNTIDRIIQAMKHEAY GECYKMSCLEIAGPPGPKGYRGQKGAKGNMGEPGSPGLKGRQGDPGIEGPIGYPGPKGVP GLKGEKGEIGSDGRRGAAGLAGRNGTDGQKGKLGRIGPPGCKGDPGDKGPDGYPGDAGDQ GERGDEGIKGDPGRPGRSGPTGPPGEKGSPGLPGNPGAQGPPGSKGRKGEAGPPGPKGEP GRRGDPGTKGGKGTPGAKGERGDPGPEGSRGLPGEVGSKGARGDQGLPGPRGPSGAVGEP GNIGSRGDPGDLGPRGDAGPPGPKGDRGRPGFSYPGPRGPQGDKGEKGQPGPKGGRGELG PKGVQGTKGEKGEPGDPGPGGEPGPRGPTGEPGPEGSPGPPGDPGLTDCDVMTYVRETCG CCDCEKRCGALDIMFVIDSSESIGYTNFTLEKNFVVNVVSRLGSIAKDPKSQTGARVGVV QYSHEGTFEAIKLDDERIDSLSSFKEAVKRLEWIAGGTWTPSALQFAYNKLIKESRRKKA QVFAVVITDGRYDPRDDDKNLGALCGRDVVVNTIGIGDMFDQPEQSETLVSIACNEPQRV QKMRLFSDLVAEEFIDKMEDVLCPDPQIVCPELPCQTELAVAQCTQRPVDVVFLLDGSER IGEQNFHRAHHFVEDVARQLTLARSTSDNMNARIALLQYGSERDQNVVFPLTYNLTEISN ALAQIKYLDSSSNIGSAIIHAINNIVLSPGDGQRLARRNAELSFVFITDGITGSKNLEEA INSMKKQDVMPTVVALGSDVDMDVLLKLGLGDRAAIFREKDYDSLSQPSFFDRFIRWIC NT seq 3060 nt NT seq  +upstreamnt  +downstreamnt atgttccgacaagcctttttttccactctactttgtgtggttctagttcctctccatgct cagtttgatggggattctggagaggtcagtcctacctcctgtgcagaaaagaggaactgc cccatcaatgtgtacttcatcattgacacctcggagagtgtcgctctgcagactatgcct atccagagcctcgtggatcaaataaagcggttcatccctgtgttcattgataaactggag agtgagctctaccagaaccaagtctacatcacttggcagtttggtggacttcattactca gatgtggtggaaatttacagccctttaacaagcagcaaagacatatacctccccaggctg tccgctattaactaccttggtcggggcaccttcacggactgtgctatctccaacatgacg gagcagatccagacccagatggcctcaggcgtgaactttgcggtggtcatcactgatggc catgtcactggcagcccctgcggggggatgaaggtgcaggctgagagggcgcgagacatg gggatcaagctctttgcggtggcccccagccagaatgtgtacgagcagggactgcgggag attgccaacttgccccacgagctgtaccgcaacaactacgccatcacgcagaaagacacc ctggacatcgacgtgaacaccatcgacaggataatccaagcgatgaaacatgaagcctac ggagagtgctacaagatgagctgcctggagattgcaggtccacctggtcccaaaggatac cgagggcagaagggtgcaaaggggaacatgggtgagccaggctcccctgggctgaaggga cggcagggtgacccaggcattgaaggtccaatcggataccctggtcccaagggtgtccca gggctgaaaggagagaagggtgagattggatctgatggacgaaggggtgctgctggtttg gcaggcaggaatggcaccgatggacagaagggcaagctggggagaattggaccaccaggc tgcaagggagaccctggtgacaagggccctgatggctacccaggagatgcaggagaccaa ggcgaaagaggagatgaaggcataaagggagatcctggccggcctggtcgcagcggaccc acaggacctccaggagaaaaagggagcccggggcttccaggcaaccctggagctcaaggg cctcctggaagtaagggaagaaaaggtgaagcaggacctcctggacccaaaggagagcct ggtcgacgtggagatccagggacaaaaggtggcaaaggcactcctggggccaaaggagaa aggggagatccaggtccagagggttcccgtggcctgcccggtgaggttggaagcaaggga gcaaggggagaccaaggacttccaggaccccgaggcccttcaggtgctgtgggagagcca ggcaatataggatcgcgtggggaccccggtgacttgggcccaagaggtgatgctggaccg ccaggaccaaagggggacagaggcagacctggatttagctaccctggaccgagaggacca cagggtgacaagggtgagaaggggcagccaggacccaagggaggaagaggcgagcttgga ccaaaaggagtgcaagggaccaaaggagagaagggggaaccgggtgatcctggcccagga ggtgagcctggaccccgtggtccgactggtgaaccaggccccgaggggagccccggccca ccaggagatcctggcctgactgactgcgacgtgatgacctacgtgcgagagacgtgcgga tgctgtgactgtgagaagcgctgtggtgccctggacatcatgttcgtcatagacagctcg gagagtattggctacaccaacttcaccctggagaaaaattttgttgtcaatgtggtcagc cggctgggctctatcgccaaggaccccaagtcacagacaggtgcccgtgttggggtggtg cagtacagtcacgaggggaccttcgaagccatcaagcttgatgatgagcgcattgattca ctgtcgagcttcaaggaagcagtgaagcgcctggagtggatcgctggaggcacctggaca ccgtctgcccttcagtttgcctacaacaagctcattaaggaaagcaggcgaaagaaagcc caagtgtttgctgtggtgatcacagatgggcgctacgacccccgggatgatgacaagaac ctaggagcactttgcggtagagatgtggtcgtcaacaccattggcattggggacatgttt gatcagccagaacagagcgagaccctggtctccatcgcctgcaatgaaccccagcgagtc cagaagatgaggctcttctcagacctggtggcagaggaattcattgacaagatggaggac gtgctctgcccagatccacagatcgtctgccctgagctgccctgccagacagagcttgca gtggcccagtgcacacagcgtcctgttgacgtcgtcttcttgcttgatggctctgaaagg atcggggagcagaatttccacagagcccaccactttgtggaggatgtagcccgacagctc acactggccaggagcaccagcgacaacatgaatgcccggattgcactgctgcagtacggc agtgagagggaccagaatgtggtcttcccactgacctacaacctgacagaaatctccaat gccctggcacagatcaagtacctggactcatcctccaacatcgggtcagccatcatacat gccatcaacaacatcgtgctcagcccgggagatgggcagcgactcgcccggcgcaatgct gaactctcctttgtcttcatcactgacggcatcacaggaagcaagaacctcgaggaggcc atcaactccatgaagaagcaagatgtcatgcccacggtagtggctctcgggagtgatgta gacatggatgtccttctgaagcttggccttggggacagggcagccatcttccgggagaag gactatgacagcctctcccagcccagcttctttgacaggttcattaggtggatatgttaa

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