Latimeria chalumnae (coelacanth): 102360838 Help Entry 102360838         CDS       T02913                                  Name (RefSeq) integrin alpha-X-like   KO K06461   integrin alpha M Organism lcm  Latimeria chalumnae (coelacanth) Pathway lcm04145   Phagosome lcm04514   Cell adhesion molecules lcm04810   Regulation of actin cytoskeleton Brite KEGG Orthology (KO) [BR:lcm00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecules     102360838  09140 Cellular Processes   09141 Transport and catabolism    04145 Phagosome     102360838   09142 Cell motility    04810 Regulation of actin cytoskeleton     102360838  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:lcm04131]     102360838   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:lcm04147]     102360838    04515 Cell adhesion molecules [BR:lcm04515]     102360838    04090 CD molecules [BR:lcm04090]     102360838    00536 Glycosaminoglycan binding proteins [BR:lcm00536]     102360838 Membrane trafficking [BR:lcm04131]  Endocytosis   Phagocytosis    Integrins (complement receptors)     102360838 Exosome [BR:lcm04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    102360838 Cell adhesion molecules [BR:lcm04515]  Integrins   Integrin alpha subunits    102360838 CD molecules [BR:lcm04090]  Proteins   102360838 Glycosaminoglycan binding proteins [BR:lcm00536]  Heparan sulfate / Heparin   Adhesion molecules of cell surface    102360838 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  VWA ITGAX-like_Ig_3 Integrin_A_Ig_1 Integrin_A_Ig_2 FG-GAP FG-GAP_3 Integrin_alpha VWA_2 Integrin_A_Ig_3 Copine Motif Other DBs NCBI-GeneID:  102360838 NCBI-ProteinID:  XP_006000947 Ensembl:  ENSLACG00000012016 LinkDB All DBs Position Un AA seq 997 aa AA seqDB search MKLLRKRQRRVRLTEFSLWELIFAAVQFSKNVTEVFSFRNFAKTQDLRSLLENVEHLKSV TNTYSAIKYVAEKLFTKEQGSREGATRVLMLITDGKSTDITPKDQAISATKSNDVITYAI GIGNDFNDLTNQNDLKSLVSQPVDQHFLKVSNYDKLSGILKDLQSKIFAIEGSESKEDSI SFQMELSQGGFSALLTPDTMLFGAVGAYDWAGGVQVGGGQTYSFLNVTSSEDMKDAYLGY SVKSATYNKITHYIVGAPRHQHIGAVFVFSEKSSSRNNWTVKQSIKGSQIGSYFGAELCT VDLNRDGETDLLLIGAPMYHGHQHGGLVHACVLENSGNFSCTSTLKGVPGNLFARFGAAI ASISDINGDTYIDVAIGSPLEDNQQGAVYIFLGQNKGIKSKYSQRIEGQKVSSGIKFFGQ SIDGTFDLSQDGLTDITIGALGEVVMLRSRPVLNVSTTIRFHPELISLKNLDCDSQSEHA NFGSNLTLCLQVRNVTAGNLMGQTVTVNYWLNLDWTRAKSRAVFSQSGRSLTNHSTIHLP EGVQCSQYTINLHSCMEDYASPIKISLNFSMNENSTTDDGSSKPILDQLINTTLHTEIPF ERYCGDDNKCVANLRITSSYSGPKAILLSGSPKLIMMVTLENTGEDAYHTKLRFSHPAGL SFRKIQIVQANKRTYVSRTDIGDLFLCFNISHPVFRNSTQAEFKVLFDVSTDHPWNKSLK INISAVSDNEDENEQDNSDEHTIPLLYAFDVIVKMLTSVLYVNFTKAEEEKEVFHTYQVE NSGRRHIPFNITLTVPLQLDPEFEWRNPRISFSESRRVQCFEENMDPASNPGKEAGKTHT SNCMAQKCRVFHCRVQALPPDKSVSFTIRGAAVFKQVPQQAIQKKLQLELKSFAVLSCDL EKYNKTMTEVFYNKMITTEVEVIQEFNFLPYIIGASVGGIFLLVIITVVLYKVGFFKRNY KDMLEDKASLQNGGPGQEGDKQVTCETPLNTEEPAAE NT seq 2994 nt NT seq  +upstreamnt  +downstreamnt atgaagttactgcgaaagaggcaaaggcgcgttcgcctaactgagttctcactttgggaa ctgatctttgctgccgtccagttctcaaagaatgtgacagaggtgttcagcttccgaaac tttgcaaagactcaggacctgaggagtctcctagaaaacgtcgaacacttgaagtcggtc accaatacctactctgctatcaaatacgttgccgagaaacttttcacgaaggaacaaggc tcgagggaaggagcgacccgggttctgatgctcatcactgacggcaaatccactgacatc actccaaaagatcaagccatttctgccacaaaaagtaacgatgtcatcacgtatgcaatc gggattggaaatgatttcaacgatctgacaaatcaaaacgatctgaaatccctggtgtcg caaccagtggatcagcatttcttgaaagtgagcaattatgataagctgtcaggcattctg aaggacctgcagtcgaaaatctttgccatcgaaggtagtgagagcaaagaggactccatc tccttccagatggagctgtctcaggggggattcagtgctctgcttaccccagacacgatg ctgtttggagcggtcggagcctacgactgggccgggggagttcaggttggaggagggcag acttacagcttcctgaatgtcacttcctcagaagacatgaaggacgcctacctcggttac tcggtgaagtccgcgacttacaacaagatcacccattacatcgttggcgccccacggcac caacacattggggcagtgtttgtgttctcagagaaaagcagctccagaaataattggacc gttaagcagtccatcaagggaagccagatcggctcctattttggtgcggagctatgcact gtggatctgaacagggatggggagaccgacctgctgctgataggggctccaatgtaccat ggtcatcaacatggaggtctggtgcacgcctgcgtcctggaaaacagtgggaatttctcc tgcacttccactctgaagggagtccctgggaacctttttgccaggttcggagctgcaatc gccagcatcagtgatatcaatggagatacctacatagacgtggcgatcggatcccctctg gaggataaccagcagggggcggtgtatatatttctcggacagaacaaggggatcaaatct aaatacagccagcggattgaaggacagaaggtgtcttctgggataaagttctttggccag tcgattgatgggacctttgacctcagtcaggacggactaacagacatcacgataggagcg ctgggagaagtggtgatgttgaggtccaggcccgttctgaacgtgtccactacgatccgg tttcacccagaactgatatcactgaagaacctggattgtgacagccagtctgaacatgcc aacttcggcagcaacctgactctgtgtctacaagtgaggaacgtcacagctggcaacttg atgggtcagactgtaacagtgaattactggctgaacctggattggactcgagccaagagc agagctgtcttctcccagtctggaaggagcctgaccaatcacagcaccatccatctccca gaaggagtccagtgttcccagtacacgataaacctccacagctgcatggaggactacgcc tccccaatcaaaatctccctgaatttttcaatgaacgaaaactccaccaccgacgacggc agtagcaaaccaatcttagaccagctcatcaacaccactctccacacagagatccccttt gagaggtactgcggagacgacaacaagtgtgtggctaacctgcgcatcacctccagctac tccggacccaaggcaattttgttgagtggctctcccaaactcatcatgatggtaaccctg gagaacacaggggaagacgcttatcacaccaagctgagattctcccaccctgctggactc tccttcaggaaaatccaaatcgttcaggctaacaagagaacatacgtgagcagaacagac attggagatttgtttctctgtttcaacatcagccaccctgtcttcagaaactccacccag gctgagttcaaagtgctgtttgatgtctccaccgatcacccctggaacaagtccctgaag attaatatcagtgctgtcagcgacaatgaagatgagaatgagcaggacaattcagacgag cacaccatcccgctcctctacgccttcgatgtgattgtgaaaatgttgacaagtgtgctg tacgttaactttactaaagcggaggaagagaaggaggtgtttcacacgtatcaggttgag aacagcggcagaagacacattcccttcaacattacattgaccgtcccgctgcagctggac ccggagtttgagtggcggaatcctcgcattagtttctcggaaagtcggcgggtgcagtgc ttcgaagagaacatggatcccgcttcaaaccctggaaaggaagcagggaaaacacacact tcaaattgcatggctcagaagtgccgggtctttcattgccgcgttcaggctctccctcct gacaagtccgtgagttttaccatccgaggagctgcggtcttcaaacaagttcctcagcag gccatccagaagaagctgcagctggagttaaagagtttcgccgttctcagctgcgatctg gaaaagtacaacaagaccatgacggaagtgttctacaacaagatgatcacaacagaggtg gaagttatccaagagtttaattttctcccctatataattggagccagcgtcggagggata ttcctgctggttataatcactgtggtactttacaaggttgggttttttaaacggaactac aaggacatgcttgaagataaagccagcttgcagaatggagggccggggcaagagggagat aagcaggtgacctgcgaaaccccgctaaacacagaggagccggcagcagaataa

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