Salvelinus namaycush (lake trout): 120064520 Help Entry 120064520         CDS       T07522                                  Name (RefSeq) integrin alpha-V-like   KO K06487   integrin alpha V Organism snh  Salvelinus namaycush (lake trout) Pathway snh04081   Hormone signaling snh04145   Phagosome snh04148   Efferocytosis snh04510   Focal adhesion snh04512   ECM-receptor interaction snh04514   Cell adhesion molecule (CAM) interaction snh04518   Integrin signaling snh04810   Regulation of actin cytoskeleton snh04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:snh00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04081 Hormone signaling     120064520    04512 ECM-receptor interaction     120064520    04514 Cell adhesion molecule (CAM) interaction     120064520    04518 Integrin signaling     120064520  09140 Cellular Processes   09141 Transport and catabolism    04145 Phagosome     120064520    04148 Efferocytosis     120064520   09144 Cellular community - eukaryotes    04510 Focal adhesion     120064520   09142 Cell motility    04820 Cytoskeleton in muscle cells     120064520    04810 Regulation of actin cytoskeleton     120064520  09180 Brite Hierarchies   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:snh04131]     120064520   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:snh04147]     120064520    04515 Cell adhesion molecules [BR:snh04515]     120064520    04090 CD molecules [BR:snh04090]     120064520 Membrane trafficking [BR:snh04131]  Endocytosis   Phagocytosis    Integrins (complement receptors)     120064520 Exosome [BR:snh04147]  Exosomal proteins   Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)    120064520   Exosomal proteins of epithelial cells    120064520 Cell adhesion molecules [BR:snh04515]  Integrins   Integrin alpha subunits    120064520 CD molecules [BR:snh04090]  Proteins   120064520 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Integrin_A_Ig_3 Integrin_A_Ig_2 Integrin_A_Ig_1 FG-GAP FG-GAP_3 Integrin_alpha ITGAX-like_Ig_3 LYRIC Motif Other DBs NCBI-GeneID:  120064520 NCBI-ProteinID:  XP_038871062 UniProt:  A0A8U1F718 LinkDB All DBs Position 19:2220086..2312385 Genome browser AA seq 1604 aa AA seqDB search MERLRKLSLSLALILPCLQWTTCFNLDIDKPYVFSGPEGSYFGFSVDFFQPDAKQSNILI GAPKANTSSPSTVVERGAVYTCPWQKSSDCTQVQFDNTDDRKNNEGLQMEFKSNQWFGAT VRSHGEHILACAPLYQWSTYSVSEREPVGTCFLKKGTEVVEYSPCRSKANSPEGQGFCQA GFSIDFVKNNRVVVGGPGSFYWQGQLISDDISEIITRFNRQYYTPYSNQLTTKSASAQYD DSYLGYSVTVGDFNADGEDDYITGVPRGDKALGYVNIFNGRNMQSVLNFTGTQMAAYFGH SVAATDINNDGLVDLFVGAPLFMDRGSDGKLREVGQVSVFLAKGGFSFHTPITLSGTEIY SRFGSSIATLGDLDMDGFNGMYEALTTSSSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVM SNCLTDFLSDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCL TDFLSDFLSGNVMSNCQTDFLLGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCLTDFL SGNVMSNCLTDFLSDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNV MSNCQTDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSDFLSGNVMSNCLTDFLSGNVMSNC LTDFLSGNVMSNCLTDFLSDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSDFLSGNVMSNC QTDFLLGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGN AMSNCLTDFLSDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSN CLTDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNAMSNCQTDFLSG NVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCQTDFLSGNVMSNCLTDFLSGNVMSNCQT DFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVMSNCLTDFLSGNVM SNCLTDFLSGNVMSNCLTDFLSGNVMSDRLPLCFKVKYCLKASGRGAPASLKFQVYLVLD RLKHKGATKRVLFLHSKTSQYTKNMTVSNGQGPACEEQEAFLIDDSEFRDKITPISVFME FSLDYQQAADKTGLLPILEQTTPTNISKQAHVLLDCGDDNICKPDLKLSVVSDQKQIYIG DDNPLTLEVTAENRGEGAYEAELHVFLPPQADFTGVVRNSETLSRLSCAYKTENQTRVVV CDLGNPMKGGIKVLAGLRFSVHQLSEQDTFVKFDLQIQSSNQFNSTSSLVSSITQLAVLA NVDIRGVAAPDQVFLPIANWKPKENLVVGDDIGPEIQHIYELRNRGPSTFSKAMLDIEWP YRFNNGSLLYITKLEVDGGMNCSTDMEINPLNVSNPLSGETNGSASTSGDNTEGRNRNHV HRRELARKEMEGDLETLDCSKAQCLKIRCQMGRLERGQSTTLYIYSRLGVATFLKTESQN RSFTVRSSASFSVIEMPYNKNLVSELPSNAITVSMSVIWVKSDPEPVPGWVVALAVLAGL LLLALLIFIMYKLGFFKRVRPPQEDNTEKEQLAPQENGDRNNEA NT seq 4815 nt NT seq  +upstreamnt  +downstreamnt atggaacgacttcggaaacttagtttatctttggctttgatcctgccttgtttacaatgg acaacttgtttcaatctggatattgacaagccctatgttttctctggacctgaaggaagt tattttggattttcagtggatttcttccagccagatgccaagcagtcaaacattcttata ggagctcccaaagccaacacctcctcaccttccaccgtggtggagcgaggggcagtctat acctgtccgtggcagaagagtagtgactgtacccaagtacagtttgacaatactgatgat cgtaagaataacgaggggctccagatggagtttaagtccaaccagtggtttggagccacg gtacggtcacatggtgaacacatcctggcctgtgctcctctctaccagtggagcacgtac agcgtgtcagagagagagcctgttggaacatgtttcctgaagaaaggaacagaagttgtt gaatattctccttgccgatctaaagccaactctccagagggacaaggcttctgtcaggct ggattcagtattgactttgtcaagaataacagggtggttgttggaggccctggtagtttc tactggcaaggtcagctgataagtgatgatatctctgagatcatcaccaggttcaataga caatactacactccttacagtaaccagctgaccactaagtctgccagcgctcagtacgat gacagttatttaggttattctgtgactgtcggtgacttcaatgctgacggagaagatgat tacattaccggagtacccaggggagacaaagctctgggctatgtgaacatcttcaatggg aggaatatgcagtctgtcctgaacttcacaggaacacagatggctgcctactttggccat tctgtggcagcgaccgacatcaataacgatgggctggtggatctgtttgtgggagcccct ctgttcatggaccgtggtagtgatgggaagctgagggaggtgggccaggtgtctgtgttc ctggcgaagggaggcttctccttccacacacccatcacactgagtgggacagagatctac tcacgcttcggcagttctatcgccacactgggggacctggatatggacggcttcaacggt atgtacgaggccttaacgacttcctcctctggtaacgtcatgtctaactgtctgacagac ttcctctctggtaacgtcatgtctaactgtctgacagacttcctctctggtaacgtcatg tctaactgtctgacagacttcctctctgacttcctctctggtaacgtcatgtctaactgt ctgacagacttcctctctggtaacgtcatgtctaactgtctgacagacttcctctctggt aacgtcatgtctaactgtctgacagacttcctctcgggtaacgtcatgtctaactgtctg acagacttcctctcggacttcctctctggtaacgtcatgtctaactgtcagacagacttc ctcttgggtaacgtcatgtctaactgtctgacagacttcctctctggtaacgtcatgtct aactgtctgacagacttcctctctggtaacgtcatgtctaactgtctgacagacttcctc tctggtaacgtcatgtctaactgtctgacagacttcctctctgacttcctctctggtaac gtcatgtctaactgtctgacagacttcctctctggtaacgtcatgtctaactgtctgaca gacttcctctctggtaacgtcatgtctaactgtctgacagatttcctctctggtaacgtc atgtctaactgtcagacagacttcctctctggtaacgtcatgtctaactgtctgacagac ttcctctcgggtaacgtcatgtctaactgtctgacagacttcctctctgacttcctctct ggtaacgtcatgtctaactgtctgacagacttcctctctggtaacgtcatgtctaactgt ctgacagacttcctctcgggtaacgtcatgtctaactgtctgacagacttcctctctgac ttcctctctggtaacgtcatgtctaactgtctgacagacttcctctctggtaacgtcatg tctaactgtctgacagacttcctctcggacttcctctctggtaacgtcatgtctaactgt cagacagacttcctcttgggtaacgtcatgtctaactgtctgacagacttcctctctggt aacgtcatgtctaactgtctgacagacttcctctctggtaacgtcatgtctaactgtctg acagacttcctctctggtaacgtcatgtctaactgtctgacagacttcctctctggtaac gccatgtctaactgtctgacagacttcctctctgacttcctctctggtaacgtcatgtct aactgtctgacagacttcctctctggtaacgtcatgtctaactgtctgacagacttcctc tctggtaacgtcatgtctaactgtctgacagacttcctctcgggtaacgtcatgtctaac tgtctgacagacttcctctcgggtaacgtcatgtctaactgtctgacagacttcctctcg ggtaacgtcatgtctaactgtctgacagacttcctctctggtaacgtcatgtctaactgt ctgacagacttcctctctggtaacgccatgtctaactgtcagacagacttcctctcgggt aacgtcatgtctaactgtctgacagacttcctctctggtaacgtcatgtctaactgtctg acagacttcctctctggtaacgtcatgtctaactgtcagacagacttcctctctggtaac gtcatgtctaactgtctgacagacttcctctctggtaacgtcatgtctaactgtcagaca gacttcctctctggtaacgtcatgtctaactgtctgacagacttcctctcgggtaacgtc atgtctaactgtctgacagacttcctctctggtaacgtcatgtctaactgtctgacagac ttcctctcgggtaacgtcatgtctaactgtctgacagacttcctctcgggtaacgtcatg tctaactgtctgacagacttcctctctggtaacgtcatgtctaactgtctgacagacttc ctctctggtaacgtcatgtctgacagacttcctctctgtttcaaagtgaagtactgtctt aaggcgagtggaagaggtgcaccagcctcactgaagttccaggtttaccttgtcctggac agactcaaacacaagggggcgacaaagagagttctgttcctccacagcaaaacgtcccag tacacgaaaaacatgacggtcagcaacggccaaggaccagcctgcgaggagcaagaagcc ttcctcatagatgactctgagttccgggacaagatcactcccatctctgtgttcatggag ttcagcctggactaccagcaggctgcagataagaccggtctactgcctatcctggagcag actacccccaccaacatctccaaacaagcccatgtcctactggactgtggagatgacaac atctgcaagccagacctcaagctgtctgtagtgagtgaccagaagcagatctacatagga gatgacaaccccttgaccctggaggtgacagcggagaaccgaggagagggggcgtacgag gcagagctacatgtcttccttcctccccaggctgacttcactggggtcgtacgcaacagt gagactctgtctagattatcctgtgcctacaagacagagaaccagaccagggtggtggtg tgtgacctggggaaccctatgaaaggaggaattaaggtgctggccggactccgcttcagt gttcatcagctctcagagcaggacacgtttgtcaagtttgacctgcagatacagagttcc aaccagttcaacagcaccagcagtctggtctccagcatcacacagctggctgttctggcc aatgtggatatcagaggggtggcggctcctgaccaggtcttcctgcccatcgctaactgg aagcccaaagagaaccttgtcgtaggagacgacatcggtccagaaatacagcacatctat gagttgcgtaacagaggtcccagtaccttcagcaaggccatgctggacatcgagtggccc tacaggttcaacaacggctctctgctctacatcactaaactagaggtggacggaggcatg aactgcagtacagacatggagatcaacccactcaatgtctcaaatcctctgtcaggagag acaaatggttcagcttccaccagtggagacaacacagagggcaggaacagaaaccatgtt caccgcagagagctggcgaggaaagagatggagggagacctggaaactctggactgttcg aaggcccagtgcctgaagatccggtgtcagatgggccgtctggagagaggtcagagtaca accttgtacatctactccagactgggagtggccaccttcctcaagactgagagccagaac cgatcgttcaccgtgagatcctccgcttccttcagcgtcatagagatgccttataacaag aacctggtgtctgagctgccctccaacgctattacggtcagtatgtcagtgatctgggtg aaatctgatcctgaacctgtccctgggtgggtggtggccctggctgtgctggcaggactg ctgctgctggctctgctgatcttcatcatgtataagctgggtttcttcaagcgtgtacgc ccccctcaggaggacaacacggagaaggaacagctggcaccgcaggagaatggtgacagg aacaatgaagcctga

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