Danaus plexippus (monarch butterfly): KGM_202957B Help Entry KGM_202957B       CDS       T04344                                  Name (GenBank) hypothetical protein   KO K06767   Down syndrome cell adhesion molecule Organism dpl  Danaus plexippus (monarch butterfly) Brite KEGG Orthology (KO) [BR:dpl00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:dpl04515]     KGM_202957B Cell adhesion molecules [BR:dpl04515]  Immunoglobulin superfamily   DSCAM family    KGM_202957B BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  I-set Ig_3 fn3 Ig_2 ig Ig_DSCAM-DSCAML_C V-set Pur_ac_phosph_N C2-set_2 Ig_C17orf99 C1-set BiPBP_C fn3_2 VEGFR1-3_N_Ig-like DUF2250 Motif Other DBs NCBI-ProteinID:  OWR52305 UniProt:  A0A212FEX3 LinkDB All DBs Position Unknown AA seq 1605 aa AA seqDB search WYRETGGGVLREIREGEGGGRYSMTSDALAIRRAELTDDGRWACRAANAHGHVTLRLHLS LRAHLTIHAQPHTQVVNSGGTAIINCTWAGWPTPRLEWLHNGIPLSAGVAGGRVRIQNGG EQLVITSVHRADKGVYQCVARNERDSAQASAELRLGDTAPELQYTFIEQVLRPGQVVTLK CSAAGSPPPHFSWLLDGQPLNTMARGHRYSIEQFATKSNEVVSYLNITAVRSEDGGLYTC RAANSLGEIAHTSRLNIYGPPYVRSIGPIRAVAGRELVLYCPYSGYPISSVRWERDGSQL EWEGSTGGEGALRISRVEASSAGAYTCSAVGPHGEIARRELQLIVSNPPEIEPFSFSANL QEGKRAQVSCSVASGDMPVRFAWLKDDLPIPADLQVEERGADFFSNLVFKEVSARHSGRY TCVASNSAAKVNYTAELVVKVSPKWLREPMDAAVLAGEQLALHCHTTGSPAPHTTWLKQR AGSASDFVPIINLGGRFQFLSNGTLWIEAALPYDEGYYMCKAENGVGTPLSKTIFVAINE PARFEMTSHNVSARREAGATLACEARGDAPLRVTWSRDNAPLDLSTYRLSISEAKTDSGL RSQLYISRTDRQDSGVYKCQAVNAYGHSDHYIYLSVQEKPEMPQSLSVTEIQSRAVRLSW SAGFDGNSPLHGYTVQYTPLSTQARGERWENAATLNVTWAEHAGHTHSHVTLTKKGDIHY EALLSNLRPHTAYMIRIAAINQIDRSAFTEPVVVKTQEEAPSEAPSGVSVSAGAAGELHV SWRAPPRDAWHGELLGYSVTCAELGPDSAPIPNATRTLTVNGWSASELTLSALKKFTRYE VRVRAFNGIAAGPPSVPVTATTLEGVPEAAPSHVSCSALSSSSLKISWNAPPPALRGGIV QGYKIIYAPLSITHSEGAEMKRVSTTETYLHTLHKYSNYSVQVVAYTAAGDGKRSAPVYC MTEEDVPSAPEKIKALPYSSDSVLVSWLPPLHPNGIISHYTVYYREAGRLGKHSTFTVSA DKSPEMELMFQVRNLMENQLYEFWVSATTGSGEGESTLVVGQGPSSRIPARIASFGGTIR VGPGRGALLACLAVGVPPPRTRWAHARAPVTHHRYYQVTRAGHLHIREVNSESSGNFTCT ATNSIGEDSIVYSVRAEKPPSAPALSLQYTTATSIKLHWRLVDNEQPVLGYILHYKQASE TEWTSVELSPEQTSYTMDMLRCGTTYNAKIQAQNKISLGPPSEILTATTRGGRPKPPKPE EHVHTNATAIKINLYAWRDAGCPILGFRVAYRRAGDEHWIQAGSDLNAARHVVGALSPGA WYELAVEAWSDAGSERVTLLADTHTLAGGRIPPLRVSPPAGGARTSIMRTALAWCAASAL LLVATLAALVCFLHAKRKFFCFSNDHYLRDNRKLSESNEAEREKLREGHKLYSSSSINGN EKLNDDSSAELYEISPYATFGGAAAHSLQFRTLARREDDAAPPHRRRRRACDHYRYDESS LSKCSTVEARHRLRAAPAPAPPHWRERSDSDDYSDSAANTTTKGSGGSGGGSAYGSGRRT ASSGGQNGSDGLSGSFVPVPPDISSLIDKYQQRKEQERRECTIHV NT seq 4819 nt NT seq  +upstreamnt  +downstreamnt atggtatcgtgaaacgggaggtggagtacttcgtgagatacgtgagggtgagggcggggg acggtacagcatgacgtcggatgcgttggctatcagacgagctgaactgacggacgacgg ccgctgggcgtgtcgggcagcgaacgctcatggccatgtgacgctgcgactccatctgtc gctacgagcgcatctcaccatacacgcccaaccccatacacaagtagtaaatagtggagg tacggctatcataaactgcacatgggctggctggccaacaccccgcttggagtggcttca caatggcatacctctctcggctggcgtcgctggaggtagagtgcgaatacagaatggagg agaacaactagttataacatccgtccatcgagctgataaaggagtctatcaatgtgtagc caggaacgagagagattcagctcaagccagcgccgagttgaggttaggagacacggcgcc cgagttacaatacacgtttatcgagcaagtgctgcgacccggtcaagttgtaaccctcaa gtgctcggcggctggttcccctccaccacatttcagctggttactggacgggcaacctct caataccatggctcggggacataggtacagtattgagcagttcgcaactaaaagtaacga agtggtgagctacttaaacatcaccgctgtgcgctctgaagacggtggactttacacttg tagagctgcaaactcgctgggggagatagcgcatacatccagacttaatatttatggtcc accgtacgtacgatccataggcccgatcagagccgtcgctggcagggaattggtactgta ctgcccgtactctggttatccaattagctcagtaagatgggaacgcgacggaagtcagct ggagtgggagggcagtacgggtggagaaggggctctgaggatatcacgcgttgaagcgag cagcgctggggcatacacttgtagtgctgttggaccacatggggaaattgcgagacgaga gctgcagcttattgtcagcaatcctcccgaaatcgagccgttctccttctccgccaactt gcaagaaggcaagcgagcccaagttagttgtagcgtggcatccggcgacatgcctgtgcg attcgcctggctcaaggacgatctgcccataccagctgacctacaggtggaagaacgtgg ggcagattttttcagcaacctcgttttcaaagaggtttcagctcgtcacagcggtcggta cacatgtgttgcgtccaacagcgcggccaaagttaactataccgcggagttggtggtcaa agtttctcccaaatggctccgcgagcccatggacgcagctgtattagctggagagcagct agcgttgcactgccacacgacaggatcacccgcaccacatactacgtggcttaaacaaag agctggttctgcatcagactttgttccaatcatcaaccttggagggaggtttcagtttct ctcgaacggcactctctggattgaagcagccttgccgtacgatgagggttactatatgtg caaagctgaaaacggagttggaactccgctgtccaaaactatatttgtggctattaatga gcccgcacgttttgagatgacgtctcataacgtgtccgcaagacgggaggcgggcgcgac gctcgcgtgtgaggcgcggggcgacgcaccgctgagggtcacttggtcaagggacaacgc cccgcttgacctctctacttatagattaagcatttctgaagcaaagactgatagtggttt aaggtcccaactgtacataagccgcacagaccgacaagactccggcgtctacaagtgtca ggccgtcaatgcctacggtcacagcgaccattacatttacttatccgtccaagagaaacc tgaaatgcctcagtcattgtctgtgactgagatccagtcccgtgctgtccgcctgtcttg gagcgcgggcttcgatggcaactcacctctccacggctacacggtccagtacacgccgct tagtactcaggctcgaggtgaaagatgggagaatgccgctacactgaacgtcacctgggc cgaacacgctggacatacacactctcacgtcacgctcaccaaaaagggcgatatacatta cgaagcattattgagtaacttgcggccgcacacagcgtatatgatccgcatcgccgctat caaccagatagaccgtagtgcttttactgaaccagtggttgtaaagacacaggaggaagc cccgtccgaagcccccagcggcgtgtcagtctcagctggggcggcaggtgaactgcacgt gtcgtggcgcgctcctccccgggacgcatggcacggagagttactagggtactctgtgac ttgcgccgaattaggtccagactctgctccgatacccaatgcgactagaactctcacagt taacggttggtcggcaagtgaactgaccctttcagcactcaagaaattcactcgttatga agtacgcgtccgtgctttcaacggcatcgcggctggacctccgtctgtacccgtcacagc tacaacattagaaggagtgcctgaggcggccccgagccacgtttcgtgttccgccctatc atcctcaagccttaaaatatcctggaacgcgccaccgccagcgttacgaggcggaatagt tcaaggatacaagattatctacgccccgctttctatcacgcactctgagggtgctgaaat gaagcgtgtgtctactacggagacttacctgcatacactacacaagtatagcaactactc agtgcaggtggtggcgtacacagcggcgggagacggcaagaggagcgctccagtgtattg catgacggaagaagatgtgccctcggctccggaaaagatcaaggcgttaccatattcaag cgactcggtgctggtaagctggctgccacccttgcaccccaacggtatcatatcacacta tacggtttactacagggaggctggacggttaggcaagcactcaaccttcacagtgtcagc tgataagtctcccgagatggaattgatgtttcaagttaggaatctgatggaaaaccagtt gtatgagttctgggtgtcagcgactactggctcgggagaaggggagtctactctggtagt aggccaaggtcccagttccagaattccagctcgcatagcctcttttggtggtacgatccg cgttggtcccggtcgcggcgccttactggcgtgcttggctgtaggggtccctccacctag aacgcggtgggcgcacgctcgagcccccgttacacatcaccgttactatcaagttaccag agctggacatttacatattcgtgaggtcaactccgaatcatctgggaatttcacctgcac ggccacaaacagtatcggcgaagactccatcgtgtactcggtgagagcagagaagccgcc atccgcgcccgcactctccttacagtataccaccgctaccagcatcaagctgcattggcg actagtagacaacgagcagccggtcttaggttacattctacattataaacaagcctctga aacagagtggaccagcgtcgaactttcaccagaacaaacttcctacaccatggatatgtt gagatgtggaactacttacaacgctaaaatacaagcccagaataaaatatctctgggacc accgagtgagatactgactgctacaaccagagggggacgcccaaaaccgcccaagccaga agagcacgtgcatacaaatgcgacggccatcaagattaatctttacgcctggagggatgc cggttgccccatattgggctttagagtcgcttaccgacgagcaggggacgagcattggat acaggcgggttctgatttgaatgcggctcgccacgtagtaggagccttgtctccaggcgc gtggtacgagctggctgtggaagcctggagcgatgcgggcagtgagcgcgtcacgttact ggctgatactcatacacttgctggaggtcgtatccctcccctgcgtgtttcccctccagc aggcggtgctcgtaccagcatcatgagaacagctctcgcgtggtgtgccgctagtgcatt actgctcgtcgccacgctagcagctctggtctgctttttacacgccaaacgcaaattctt ctgtttctctaacgaccactatttgagggataacaggaaactaagcgaaagcaatgaggc cgagcgagaaaaactacgagaaggtcataaattatattcatcttcgtcaattaacgggaa cgaaaagttgaatgacgattcatcagcggaattgtacgagataagtccttatgcgacatt cggcggcgccgcggcacacagtctgcagttccgtacactggcgcgacgcgaggacgacgc agcgccgccgcatcgacgacgcaggcgagcgtgcgatcactatagatatgacgagtcaag tctctccaagtgttctactgtggaggcgcgtcaccgcctccgcgctgcgcctgcgccggc gccgccacattggcgagagagatccgactctgacgactatagcgacagcgcggccaacac cactactaaaggttccggcgggtcgggcggtggcagtgcgtacggcagcggacggcgcac cgccagcagcggtggccagaacggaagtgacggcctgtcagggtccttcgtgccggtgcc gccagatatatcatcgttaatagacaagtaccagcagagaaaagaacaggaacgtcggga atgcacgatacatgtctaa

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