Schistocerca gregaria (desert locust): 126281826 Help Entry 126281826         CDS       T08688                                  Name (RefSeq) trichohyalin-like Organism sgre  Schistocerca gregaria (desert locust) SSDB OrthologParalogGene clusterGFIT Motif Pfam:  DUF745 Motif Other DBs NCBI-GeneID:  126281826 NCBI-ProteinID:  XP_049837012 LinkDB All DBs Position 7:complement(40758341..40769889) Genome browser AA seq 2882 aa AA seqDB search MKPIHQIQSGKANHEIRPIVESDRTVFVDSDLSETILAKALNAEIYISKDMVFNENATAY PPELWRTNIIFEHNSLTGAEENRVQQSVENEEGVVQIQEPYATDNDALSEVNRESPGILI SATRLFNLQRAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQA KENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENI RQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAK ENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIR QAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQPKENIRQAKE NIRQAKENIRQAKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQ PKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKEN IRQPKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQA EENIRQAEENIRQAEENIRQAEENIRQAEENIRQAEENIRQAEENIRQAEENKRQAEENK RQAEENKRQAEENKRQAEENKRQAEENKRQAEENKRQAEENKRQAEENKRQAEENKRQAE ENKRQAEENKRQAEENKRQAEENKRQAEENKRQAEENKRQAEENIRQAEENIRQAEENIR QAEENIRQAEENIRQAEENIRQAEENIRQAEENIRQAEENIRQAEENIRQAEENIRQAEE NIRQAEENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQ AKENIRQAEENIRQAEENIRQAEENIRQAKENIRQAEENIRQAEENIRQAEENIRQAEEN IRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQA KENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENI RQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAK ENIRQPKENIRQPKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIR QAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQPKENIRQAKE NIRQAKENIRQPKENIRQPKENIRQPKENIRQAKENIRQAKENKRQAKENKRQPKENIRQ PKENKRQPKENKRQPKENKRQPKENKRQAKENIRQAKENIRQPKENKRQPKENKRQPKEN KRQPKENKRQPKENKRQPKENIRQPKENKRQPKENKRQPKENKRQAKENIRQPKENIRQP KENIRQPKENKRQPKENIRQPKENKRQPKENKRQPKENIRQPKENIRQPKENIRQPKENI RQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPK ENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIR QPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKE NIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQ PKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKEN IRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQP KENIRQPKENIRQPKENIRQPKENIRQPKENIRQAKENIRQAKENIRQAKENIRQPKENI RQPKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAKENIRQAK ENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKR QAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKE NKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQ AKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENKRQAKENIRQPKEN IRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQP KENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENI RQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPK ENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIR QPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKE NIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQ PKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKEN IRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQP KENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENI RQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENIRQPKENKRQPK ENKRQPKENKRQPKENKRQPKENKRQPKENKRQPKENKRQPKENKRQPKENKRQRSTSVI RF NT seq 8649 nt NT seq  +upstreamnt  +downstreamnt atgaaaccaattcaccagatacagagtggtaaagctaaccatgaaatcagacctatagtg gaaagtgatcgcacggtgtttgtcgattctgatctttcagaaacaattttggcaaaggct ctcaacgcagaaatctatatatcaaaagacatggttttcaacgaaaatgccacagcgtat cctccagagctctggcgcaccaacattatattcgagcacaactccctgacaggtgcagaa gaaaatcgagttcaacaatctgttgaaaacgaagagggagttgtgcaaattcaagaaccc tatgctactgataatgatgctctgtcagaagtgaatcgtgaatctccaggtatactgatt tctgccaccagactctttaatttgcaaagggcgaaggagaacatacgacaagcaaaggag aacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaag gagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagca aaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaa gcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacga caagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacata cgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaac atacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggag aacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaag gagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagca aaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaa gcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacga caagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacata cgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaac atacgacaagcaaaggagaacatacgacaaccaaaggagaacatacgacaagcaaaggag aacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaaccaaag gagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaacca aaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaa ccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacga caaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacata cgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaac atacgacaaccaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggag aacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaag gagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagca gaggagaacatacgacaagcagaggagaacatacgacaagcagaggagaacatacgacaa gcagaggagaacatacgacaagcagaggagaacatacgacaagcagaggagaacatacga caagcagaggagaacatacgacaagcagaggagaacaaacgacaagcagaggagaacaaa cgacaagcagaggagaacaaacgacaagcagaggagaacaaacgacaagcagaggagaac aaacgacaagcagaggagaacaaacgacaagcagaggagaacaaacgacaagcagaggag aacaaacgacaagcagaggagaacaaacgacaagcagaggagaacaaacgacaagcagag gagaacaaacgacaagcagaggagaacaaacgacaagcagaggagaacaaacgacaagca gaggagaacaaacgacaagcagaggagaacaaacgacaagcagaggagaacaaacgacaa gcagaggagaacatacgacaagcagaggagaacatacgacaagcagaggagaacatacga caagcagaggagaacatacgacaagcagaggagaacatacgacaagcagaggagaacata cgacaagcagaggagaacatacgacaagcagaggagaacatacgacaagcagaggagaac atacgacaagcagaggagaacatacgacaagcagaggagaacatacgacaagcagaggag aacatacgacaagcagaggagaacatacgacaagcaaaggagaacatacgacaagcaaag gagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagca aaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaa gcaaaggagaacatacgacaagcagaggagaacatacgacaagcagaggagaacatacga caagcagaggagaacatacgacaagcaaaggagaacatacgacaagcagaggagaacata cgacaagcagaggagaacatacgacaagcagaggagaacatacgacaagcagaggagaac atacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggag aacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaag gagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagca aaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaa gcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacga caagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacata cgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaac atacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggag aacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaag gagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaagca aaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaa gcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacga caagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaacata cgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaac atacgacaagcaaaggagaacatacgacaaccaaaggagaacatacgacaagcaaaggag aacatacgacaagcaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaag gagaacatacgacaaccaaaggagaacatacgacaagcaaaggagaacatacgacaagca aaggagaacaaacgacaagcaaaggagaacaaacgacaaccaaaggagaacatacgacaa ccaaaggagaacaaacgacaaccaaaggagaacaaacgacaaccaaaggagaacaaacga caaccaaaggagaacaaacgacaagcaaaggagaacatacgacaagcaaaggagaacata cgacaaccaaaggagaacaaacgacaaccaaaggagaacaaacgacaaccaaaggagaac aaacgacaaccaaaggagaacaaacgacaaccaaaggagaacaaacgacaaccaaaggag aacatacgacaaccaaaggagaacaaacgacaaccaaaggagaacaaacgacaaccaaag gagaacaaacgacaagcaaaggagaacatacgacaaccaaaggagaacatacgacaacca aaggagaacatacgacaaccaaaggagaacaaacgacaaccaaaggagaacatacgacaa ccaaaggagaacaaacgacaaccaaaggagaacaaacgacaaccaaaggagaacatacga caaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacata cgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaac atacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggag aacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaag gagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaacca aaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaa ccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacga caaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacata cgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaac atacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggag aacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaag gagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaacca aaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaa ccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacga caaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacata cgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaac atacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggag aacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaag gagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaacca aaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaa ccaaaggagaacatacgacaaccaaaggagaacatacgacaagcaaaggagaacatacga caagcaaaggagaacatacgacaagcaaaggagaacatacgacaaccaaaggagaacata cgacaaccaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggagaac atacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaaggag aacatacgacaagcaaaggagaacatacgacaagcaaaggagaacatacgacaagcaaag gagaacaaacgacaagcaaaggagaacaaacgacaagcaaaggagaacaaacgacaagca aaggagaacaaacgacaagcaaaggagaacaaacgacaagcaaaggagaacaaacgacaa gcaaaggagaacaaacgacaagcaaaggagaacaaacgacaagcaaaggagaacaaacga caagcaaaggagaacaaacgacaagcaaaggagaacaaacgacaagcaaaggagaacaaa cgacaagcaaaggagaacaaacgacaagcaaaggagaacaaacgacaagcaaaggagaac aaacgacaagcaaaggagaacaaacgacaagcaaaggagaacaaacgacaagcaaaggag aacaaacgacaagcaaaggagaacaaacgacaagcaaaggagaacaaacgacaagcaaag gagaacaaacgacaagcaaaggagaacaaacgacaagcaaaggagaacaaacgacaagca aaggagaacaaacgacaagcaaaggagaacaaacgacaagcaaaggagaacaaacgacaa gcaaaggagaacaaacgacaagcaaaggagaacaaacgacaagcaaaggagaacaaacga caagcaaaggagaacaaacgacaagcaaaggagaacaaacgacaagcaaaggagaacaaa cgacaagcaaaggagaacaaacgacaagcaaaggagaacatacgacaaccaaaggagaac atacgacaaccaaaggagaacatacgacaaccaaaggagaacatacggcaaccaaaggag aacatacggcaaccaaaggagaacatacggcaaccaaaggagaacatacgacaaccaaag gagaacatacggcaaccaaaggagaacatacggcaaccaaaggagaacatacgacaacca aaggagaacatacggcaaccaaaggagaacatacgacaaccaaaggagaacatacgacaa ccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacga caaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacata cgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaac atacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggag aacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaag gagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaacca aaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaa ccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacga caaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacata cgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaac atacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggag aacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaag gagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaacca aaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaa ccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacga caaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacata cgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaac atacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggag aacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaag gagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaacca aaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaa ccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacatacga caaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaacata cgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggagaac atacgacaaccaaaggagaacatacgacaaccaaaggagaacatacgacaaccaaaggag aacatacgacaaccaaaggagaacatacgacaaccaaaggagaacaaacgacaaccaaag gagaacaaacgacaaccaaaggagaacaaacgacaaccaaaggagaacaaacgacaacca aaggagaacaaacgacaaccaaaggagaacaaacgacaaccaaaggagaacaaacgacaa ccaaaggagaacaaacgacaaccaaaggagaacaaacgacaacgatcgacttccgttatt agattttag

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