Entry DIACI10335 (A0A1S4EG86)

E Diaphorina citri


General Information

Description
platelet-derived growth factor receptor alpha-like; Derived by automated computational analysis using gene prediction method: Gnomon.
Organism
DIACI - Diaphorina citri (Taxon-ID: 121845)
Locus
scaffold944join(complement(61327..61405), complement(55464..55594), complement(48298..48430), complement(46088..46230), complement(34829..35012), complement(34412..34538), complement(33886..34234), complement(33456..33618), complement(25986..26162), complement(25072..25209), complement(23305..23532), complement(21104..21230), complement(20326..20602))
Number of exons
13

IDs and Cross-references

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Domain Architecture

Gene Ontology

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Protein Sequence

Download: Fasta
MTPTFRAENR EQLNELNDGV SNFFVTNKSH MLAYEPATNI FTTADSDVVI PCKPTEPRIN    60
VTLEDVTGRE YKPPQVDYDP KVGFTFKHVT MDDEAGYYCK APDTKQSFKL KITEPNLPSP   120
EITSFIDDVI VGTTLDITCT ASFEKEFDVR KLYWDWPANK PGKTDSRVKH IQAEPEKEGD   180
ETRLTTQLII ENVTYADSGD YACTLLGVLE GSLSRDNRTI NVISANESYL DLITNSAHQT   240
ITKLEDYQEV HWVAEWNGSP EPTLTWFTPH GTAINKTEDG KKYKLDVDKG KITLYIRQLK   300
LEDSGNYTLK AFTDRNERVL NFTLHVESRP QVSLVPLMTY YSVDEVYEMV CSVRGYPVPK   360
VTWSFQKCDN VRRCDVGFTD IPGDQATLSE NITNGILSKY KWTASTTGIL RCRACNTISY   420
LNKYKCNEST TEVLVTDVEK GFSFEMVGRP SDVYVGDEVT LSCGASKYHY SPNVSLKLET   480
PGGLVNLPVK NPPHPDSRIQ LLKEGQELYI KYGAIEDEGK YMCVATNRVS EIKASVVVEF   540
MGKQLGSGAF GVVMEAKADG ILERGEFTTV AVKMVKKNDI DRTFQKALMS ELKIMSHLGK   600
HLNIVNLLGA CTDNIKNGEL CVIVEYCKYG NLHNLLLKHR DVFINQVDAL GNVDPTIKTC   660
KPRYVNVSAP YPISSPVNTT GTGLNSFMST RTTVTTLSDS TPDNGLGADG YLLPVESSGL   720
DSISTEDLIN WAFQVARGME YLAQRKVTPI L                                  751

Coding Sequence

Download: Fasta
ATGACTCCGA CATTCCGAGC CGAGAACCGA GAACAGCTGA ATGAATTGAA TGATGGAGTC    60
AGTAACTTCT TTGTCACAAA CAAGTCTCAC ATGTTGGCTT ATGAACCAGC CACCAACATA   120
TTCACCACTG CCGACAGTGA TGTTGTGATA CCCTGTAAGC CCACTGAACC TCGCATCAAT   180
GTCACCCTCG AGGATGTAAC TGGAAGAGAG TACAAACCTC CTCAGGTGGA CTATGATCCC   240
AAAGTGGGTT TCACGTTTAA ACACGTCACC ATGGACGATG AAGCTGGATA CTATTGTAAG   300
GCTCCTGACA CAAAACAGTC GTTTAAACTG AAAATTACCG AACCCAATCT ACCTTCACCG   360
GAAATCACAA GTTTCATAGA TGATGTGATA GTTGGAACTA CTCTAGACAT AACATGCACC   420
GCATCCTTTG AGAAAGAATT CGATGTTCGG AAACTCTATT GGGATTGGCC TGCTAACAAA   480
CCTGGGAAAA CCGATTCTCG AGTGAAGCAC ATACAAGCAG AACCAGAGAA AGAAGGTGAC   540
GAGACTAGGC TGACGACTCA ATTGATAATA GAGAATGTCA CCTATGCTGA TAGCGGGGAT   600
TACGCTTGTA CTCTGCTAGG CGTGTTGGAG GGAAGTCTAA GTCGGGATAA TCGAACAATT   660
AATGTTATAA GTGCCAACGA AAGCTATCTC GATCTGATCA CCAACTCAGC CCATCAGACA   720
ATCACCAAAC TAGAAGATTA TCAAGAAGTT CATTGGGTGG CGGAGTGGAA TGGATCGCCA   780
GAACCTACTC TAACCTGGTT CACTCCGCAT GGTACCGCTA TAAACAAAAC CGAAGATGGT   840
AAAAAATACA AGCTAGACGT AGACAAGGGC AAAATCACAC TATACATCCG TCAACTTAAA   900
CTGGAAGACT CAGGCAACTA CACTCTCAAA GCGTTCACGG ATCGAAATGA ACGCGTCCTC   960
AACTTTACCC TACATGTCGA GAGTAGACCT CAAGTGAGCC TGGTCCCGCT AATGACTTAC  1020
TACAGTGTGG ACGAAGTGTA CGAGATGGTG TGTTCTGTCC GTGGCTACCC AGTGCCAAAA  1080
GTGACTTGGT CGTTTCAGAA GTGTGACAAT GTCCGGCGCT GTGATGTGGG ATTTACGGAT  1140
ATTCCGGGAG ACCAAGCCAC TTTATCCGAG AATATCACGA ATGGCATCCT GTCCAAATAT  1200
AAGTGGACTG CTTCAACTAC TGGTATATTG AGATGTAGAG CTTGTAACAC CATATCCTAT  1260
CTGAACAAAT ATAAATGCAA TGAGTCCACC ACTGAGGTTC TGGTAACAGA TGTCGAAAAA  1320
GGCTTCTCAT TCGAAATGGT AGGACGACCG AGCGATGTAT ATGTAGGTGA TGAGGTCACA  1380
CTATCTTGTG GAGCCAGCAA GTACCACTAC AGCCCCAATG TTAGTCTTAA GCTGGAAACT  1440
CCCGGAGGCC TTGTGAATTT ACCCGTGAAA AACCCCCCTC ATCCAGACTC TCGTATACAG  1500
CTACTCAAAG AGGGCCAGGA ACTTTATATT AAATACGGGG CCATTGAGGA TGAAGGCAAA  1560
TACATGTGTG TGGCAACCAA TAGGGTTTCT GAAATCAAAG CTTCCGTGGT AGTAGAATTT  1620
ATGGGGAAGC AGCTTGGCTC AGGGGCCTTC GGTGTGGTGA TGGAAGCCAA GGCTGACGGC  1680
ATTCTAGAGA GGGGAGAATT CACAACTGTC GCCGTCAAGA TGGTAAAGAA GAACGATATC  1740
GATAGGACAT TCCAGAAGGC CCTCATGTCA GAGCTGAAGA TCATGTCCCA TCTAGGCAAA  1800
CATTTGAACA TTGTCAACTT GTTGGGAGCA TGCACGGATA ATATTAAAAA TGGTGAATTG  1860
TGCGTTATTG TCGAGTATTG TAAGTACGGA AACCTTCACA ACTTACTTCT CAAACATCGA  1920
GACGTGTTTA TCAACCAGGT AGACGCCTTG GGAAATGTGG ATCCAACCAT CAAAACATGC  1980
AAGCCTCGTT ACGTGAACGT GAGTGCTCCC TATCCTATTT CCTCCCCTGT CAATACTACC  2040
GGTACCGGCC TCAATAGCTT CATGTCTACC AGAACCACCG TCACTACGCT GTCCGATTCC  2100
ACCCCTGATA ACGGTCTAGG AGCGGACGGG TATCTGTTAC CTGTGGAGAG CTCAGGGCTG  2160
GATTCCATCA GCACCGAGGA TCTCATTAAC TGGGCCTTCC AGGTAGCACG CGGCATGGAG  2220
TACTTGGCAC AGAGAAAGGT AACACCCATT TTATGA                            2256