Aptenodytes forsteri (emperor penguin): 103905249 Help Entry 103905249         CDS       T08527                                  Symbol CNTN1 Name (RefSeq) contactin-1   KO K06759   contactin 1 Organism afor  Aptenodytes forsteri (emperor penguin) Pathway afor04514   Cell adhesion molecules Brite KEGG Orthology (KO) [BR:afor00001]  09130 Environmental Information Processing   09133 Signaling molecules and interaction    04514 Cell adhesion molecules     103905249 (CNTN1)  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:afor04515]     103905249 (CNTN1)    00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:afor00537]     103905249 (CNTN1) Cell adhesion molecules [BR:afor04515]  Immunoglobulin superfamily   Contactins    103905249 (CNTN1) Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:afor00537]  Others   103905249 (CNTN1) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Ig_3 I-set ig fn3 Ig_2 V-set Ig_DSCAM-DSCAML_C Pur_ac_phosph_N Interfer-bind Tissue_fac DUF4998 Fn3-I_PB4 NDNF Motif Other DBs NCBI-GeneID:  103905249 NCBI-ProteinID:  XP_019329591 LinkDB All DBs Position Unknown AA seq 997 aa AA seqDB search MLVLQGTILFAIITGQKITMWLFIYHLITPCFVFCLAEEGNKGYGPVFEEQPIDTIYPEE SSDGQVSMNCRARAIPFPTYRWKLNSWDIDLTKDRYSMVGGRLVINNPEKSRDAGKYVCV VSNIFGTVRSSEATLSFGYLDPFPPEERYEVKVREGVGAVLLCEPPYHYPDDLSYRWLLN EFPVFIALDKRRFVSQTNGNLYIANVEASDKGNYSCFVSSPSITKSVFSKFIPLIPQSDR AKVYPADIKVKFKDTYALLGQNVTLECFALGNPVPELRWSKYLEPMPATAEISMSGAVLK IFNIQYEDEGLYECEAENYKGKDKHQARVYVQASPEWVEHINDTEKDIGSDLYWPCVATG KPIPTIRWLKNGASFRKGELRMQSLSFDDAGMYQCIAENTHGIIYANAELKIVASPPTFE LNPMKKKILAAKGGRVIIECKPKAAPKPKFSWSKGTELLVNGSRIRIWDDGSLEIINITK LDEGRYTCFAENNRGKANSTGVLEMTEATRITLAPLNVDVTVGENATMQCIASHDPTLDL TFIWSLNGFVIDFEKEHEHYERNVMIKSNGELLIKNVQLRHAGRYMCTAQTIVDNSSASA DLVVRGPPGPPGGIRVEEIRDTAVALTWSRGTDNHSPISKYTIQSKTFLSEEWKDAKTEP SDIEGNMESATVIDLIPWMEYEFRIIATNTLGTGEPSMPSQRIRTEGAPPNVAPSDVGGG GGSNRELTITWMPLSREYHYGNNFGYIVAFKPFGEKEWRRVTVTNPEIGRYVHKDESMPP STQYQVKVKAFNNKGDGPFSLTAVIYSAQDAPTEIPTDVSVKVLSSSEMSVSWHHVSDKS VEGYQIRYWAAHDKEAAAQRVQVSNQEYSTKLENLKPNTRYHVDVSAFNSAGYGPPSRTI DIITRKAPPSQRPRIISSVRSGSRYIITWDHVKAMSNESAVEGYKVLYRPDGQHEGKLFS TGKHTIEVPVPSDGEYVVEVRAHSEGGDGEVAQIKIS NT seq 2992 nt NT seq  +upstreamnt  +downstreamnt atgctggtgttgcaaggcacaattctttttgcgataatcactggacagaagataaccatg tggctcttcatctatcatcttattacaccctgtttcgtcttctgcctggcagaggaagga aacaaaggttatggacccgtttttgaggaacaacccattgatactatctacccagaagaa tcttcagacggacaagtttcaatgaactgcagggcgcgagcaattccttttcctacttac aggtggaaactcaacagctgggatattgacttaacaaaggatcgctacagtatggtggga ggcagacttgttatcaataatccagaaaaatcaagggatgctggaaaatatgtctgtgta gtgtcgaatatctttggaactgtcagaagcagtgaagccactctgagttttggatatctg gatccctttccacctgaggaacgctatgaggttaaagtgcgagaaggtgttggagcagtg cttctttgtgagcccccttaccactatccagatgatctcagttatcgctggcttctaaat gagttcccggtattcattgctttggacaaacgacgatttgtgtcacagacaaacggcaac ctctacattgcaaatgtagaagcatcagataagggcaattattcgtgttttgtgtccagc ccttcaataacaaagagtgtattcagtaaatttattccacttattccacagtccgatcgt gcaaaagtatatcctgctgatatcaaggtgaagttcaaggacacgtatgctctcctgggg caaaatgtgacactggagtgttttgctcttgggaatccggttcctgaactcagatggagt aaataccttgaacccatgccagccactgctgagataagcatgtctggtgcagttcttaag atcttcaatattcagtatgaagatgaaggactttatgagtgtgaagctgaaaactataaa ggaaaagataaacatcaagcaagagtttatgtacaagcctctcctgagtgggtagaacat atcaatgacacagagaaggatataggcagtgacctatactggccttgtgtagctacaggc aagcctattccaacaattagatggttgaagaatggtgcctcgttccggaaaggtgaacta agaatgcaaagtctgagctttgacgatgccggcatgtaccaatgtatagcagaaaacacg catggaattatttatgcaaatgctgaactgaagattgtggcttcacctcctactttcgaa ctgaaccctatgaagaagaaaatcctagcagctaaagggggccgtgtaatcattgaatgc aagcctaaagctgctcctaagccaaaattctcatggagcaaaggaacagaattgcttgta aatgggagccgcatacgtatctgggatgatgggagcctggaaattatcaatatcacaaag ctggatgaaggtcgctacacctgttttgcagaaaataaccgaggaaaagctaatagcact ggtgttctagaaatgacagaagctacaaggattactttagctccgttgaatgttgatgtc accgttggagagaatgctaccatgcaatgcattgcatcccatgatcccacattagacctg acatttatttggtctctaaatggctttgtaatagattttgagaaagagcacgaacattat gaaaggaatgttatgattaaatccaacggtgagctgctcattaaaaacgttcagctgcgg cacgctgggaggtacatgtgcactgctcagacgattgttgacaactcctcggcttcggct gaccttgtggtaagaggtcctccaggccctcccggaggtataagagtagaagaaattaga gacactgctgtagcacttacctggagtcgtggaacagacaatcatagccccatttctaaa tacactatccagtcaaaaacctttctatctgaagagtggaaagatgccaaaacagaacca tcagatattgaaggaaatatggaatctgctacagtgattgatttaattccatggatggaa tatgagttccggataatagcaacaaacacattggggacaggagaacctagtatgccatca cagagaattagaactgaaggcgctcctcctaatgtggctccttctgatgtcggaggaggg gggggaagcaatcgagagctgacaataacatggatgcctttatcaagagaataccactat ggcaataactttggttatatagtggctttcaagccgtttggtgagaaagaatggagaaga gttacagttactaatcctgaaattggccggtatgtccacaaggatgaatcaatgccacct tcaacccagtatcaagtaaaagtgaaagcttttaacaacaaaggggatggaccattcagt ctcactgctgtcatttattcagcacaagatgctccaactgaaatacctacagatgtgagt gtaaaagttttgtcatcttctgaaatgtctgtttcttggcaccatgtttctgataaatct gtggaaggatatcagattcgttactgggctgctcatgataaagaagcagctgcacagcgg gtacaagtgagcaatcaagaatattcaaccaaactggaaaacctgaagcctaatactcgc taccatgtagatgtttctgccttcaatagtgcaggctatggacctcccagtagaaccatc gatattattaccaggaaagcacctccaagccaacgtccaagaattatcagttctgtaaga tctggttcaaggtacatcatcacctgggatcatgtgaaggcaatgtcaaatgagtctgca gttgaaggatacaaagtactgtatagaccagatggacaacatgaaggcaagttgttttca actggaaagcacacaatagaggtcccagtccccagtgatggtgaatatgttgttgaggtc cgagcacacagtgaaggaggagatggagaagtagctcaaataaaaatttcag

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