>Mlig455_019556 {Length: 4135} {Pfam: Ligand-gated ion channel [PF00060.28, score=96.3]; Ligated ion channel L-glutamate- and glycine-binding site [PF10613.11, score=54.5]; Receptor family ligand binding region [PF01094.30, score=39.5]; Bacterial extracellular solute-binding proteins, family 3 [PF00497.22, score=24.1]; Iron-containing alcohol dehydrogenase [PF13685.8, score=19.4]} {Human: ENSG00000149403, GRIK4, glutamate ionotropic receptor kainate type subunit 4, [Score=155, Expect=3e-38]; ENSG00000120251, GRIA2, glutamate ionotropic receptor AMPA type subunit 2, [Score=150, Expect=8e-37]; ENSG00000164418, GRIK2, glutamate ionotropic receptor kainate type subunit 2, [Score=149, Expect=2e-36]} {Mouse: ENSMUSG00000032017, Grik4, glutamate receptor, ionotropic, kainate 4, [Score=154, Expect=5e-38]; ENSMUSG00000056073, Grik2, glutamate receptor, ionotropic, kainate 2 (beta 2), [Score=149, Expect=1e-36]; ENSMUSG00000033981, Gria2, glutamate receptor, ionotropic, AMPA2 (alpha 2), [Score=149, Expect=1e-36]; ENSMUSG00000022935, Grik1, glutamate receptor, ionotropic, kainate 1, [Score=147, Expect=4e-36]} {Dmel: FBgn0039927, CG11155, [Score=169, Expect=3e-43]} {Celegans: WBGene00001615, glr-4, GLutamate Receptor family (AMPA), [Score=136, Expect=1e-32]} {Smed: dd_Smed_v6_31078_0_1, dd_Smed_v6_31078_0_1, [Score=259, Expect=1e-78]} {RNA1509_10728} {RNA1310_31364} {RNA815_8415.1}
ATGGAGAGCGGTTTGATCCGTGGTCGATTTGCGTTTGGCAGCCTCTTCGACGTCTTGCACAGCAGCTTCCTCTTCTTCAG
TCAGTTCCCGCAGAAGCTCGGCATTATTCAGAATGCTTGGATTGGACAATTCTGCGTCAATCAACTCCTGCTGTCTTACG
GTCAGACCGGTCCACTGACTAACTTCTTCACCAGGATCACGATCTCACACCAGGCTGTCAGGACTGTGTGCTCGGAGAGC
GGCCTGTCAGGTCTGATTGGCGTCGGCAGCTGCTCTCTGCTGGATGAAGTGAGCTCACTGAGCAAGTCTCTGCAGCTGCC
GCTGATCGCCCTGCCGACTGGACTGTGCGACTCTGCTCGGCTGAGCAAAGACATGACCATCGTGGGCAGCCACAGCTCAG
CAAACATCGTCGCTGCAGCCGCCACCGTCAGCACTTCGGACTCCGTAGCCCGTGATGTGGCTATTCTATACGATAAACAG
CAGAGCACAACAGTGCTGCAGAGCCTGCAGTCCAGCCTCTCCTCTGCCGGTGTGAGCAGTCTCACATTCCGAGTGGACGA
CACTGTCAACGCTTCTGTTACTCCTGACCTGGTGCACCACCTCAAGCGGCTGGTCAAGAAGAAAGTGTTCAAGCTGCTGC
TGCTCGCCTCTCCTCGCAATGCTCTCAGTGTGCTCAGGCTCGCCAGGGAAGCTGCAGTGATGCAGCAGAACTACTTCTGG
CTTGTGCTCGACACCGGACTGTCCAAGGCCGATGTGCTCAGCGTGACGCCGACGAACGCGAACGTCGCTCTGCTGAGAGG
CAGCGTGTTCACCGAGTGCACAGCAGCAGTGATTGATGTTTTTCCTCAGTGCCAGACGGACTGGCTTCGGACTCTGGACG
CTCGCTTCGTAGACGCCGTAGAAGCCATGGCCAAGGCGCTCAATGACTCGCTGCTGGATCCGGGATTCTCTCCCGGCAAC
GCCTCGTGTGCGCCTCTGCGCCACTGGACATCGGGCTCGACTGTGCTCAACAGACTCATGAGTATCAGCGACTATGACAC
TCAGCGAGGCCTGATCTCGTTCAACAGCTTGACCAGACACTTCAGCTCGCAACGAGTCGAAGTGGTCGCGTCCTACAATG
AGCTGTGGTCGTCTCCGGTCTCGATGCTGAGGTCGGCTCAGTTCGATGCATCGAGCGGAGCTCTGAGCAAGCAGTTCCGC
TACAAGGGAGTCGGTTTGGCATTCCCCAACACCTTCATGGGATTCAAGAACCAGACCATTGTAGTTTGTACCCCGGAGAG
TCCTCCAATGACAAATTTTGAGAAGAGGTTTTCCAACAGTACAGTGATTATTAACGGAATGACTTTTGATCTGCTTAACA
TTCTCGCTTCAAAGCTTGAGTTCCGGTTCTACACAAAAGACTCCGACGATGGCAACTGGGGTGCTCCAGTTCCGAATCAG
CCATATTTTAATGGATGCGTTGGGGAGTTGCAGCGAGGTTTAGTCACGATCGCAGCCGGACCATTCACGAGGACTACAAC
GAGAGACTCAGTGATTGACTACTCAACGCCTCTGTTTCAAGAGTCGAATGGCATTCTACTGCCCAGGCCTCCTCCAGCGT
CGAAAATGTGGAACGTCTATTTGCCTTTTAACTACGACGTTTGGATTTCAGTAATTGTACTCTTGTTCATCTGCTCGTTT
ATCACCTGGATTCTAGCGTACTTTTCACCTTTCACTGCCTACAATCTCAAAGAAGAATACGCGATTGCTGACGAAGTCTG
GTTCCAAGAGTACGTTTGGAGCGTCGTTGGAAGCTTCTTACAGCAGGGCCAGGACTTTTATCCCTTTGCAATGTCGCCAA
GAACTATTCTGGCATTCTGGTGGATGTTTACGGTCATTATATATGGAACTTACACTGGAGATTTAACAGCGCATCTGACC
GTCACCATCACTGACTATCCGATCAAGACATTGTCGGATCTGGTGTCTCAAACCGCCATCAAGCCGTACGTTCCAGCTGG
CACAAACTTGTACACCCTGTTCAAGGAGTCTAACTCAGGCGTCTACAAGCAGGTTGCGGATGTCATGGTGGATTTGGGGC
CCTACGATTACTGCCCGGATTCCGTTGTCAGACAAGAAAGGGCCTGTTTAAACGACTACACGTACCTATTGGCTATAGCC
ATGAAGAACTGCACACAATATTATCTTGCCGAAGAGACGTTCAACACGGCCACAGTGGCATTCATGTATCCCGACGATGC
CTACTTCGCTGAGTATTTTGACTTCTATATGCAGAAGCTGCTGGAGACTGGTCTGATGCAGCGGCTATTCAAAATCTATT
GGTCAAGCGACATCGTCTGCACTGTTGGCAAGTCGACCGAAGCTAACTCCATCAATTTCAAAGGCGTTGAAGGCTGCTTT
ATTGTCACTGGCTGCCTTTACGGCGTTGGTTTAATTCTGCTGCTGCTGGAATTGGCCTGGACTAAGCTGGCCAAAAAACA
GCCCTTGGATTGTGTCATCTACTGATTTTTTTAACTCTATGATTGGTTCGAATTAACGGACAGAACTAATCTAGCTGCGT
CTCTTGAGTTAAATACTATTTTAATAATTGACGTTCAGTGGCGTACGCTGAATTTTTATTGATGATGTCAGGCCTTGTCA
AGCCTTGGAGGGGCCGCAACCATAGGGGTGCCGTTATTTTGTGTCTTAGTTGGCGCCCCGCCTCCTATTTGGCATTCCTG
TCTCTAGGCGACCGCTGCTGTCTCTAGGCGACCGCTCCTGTCTCTTGGTGACCGCTCTTGTCTCTTGGTGACCACTCCTG
TCTCTTGGTGACCGCTCTTGTCTCTTGGTGACCGCTGTCTTGGTGACCGCTCTTGTCTATTGGTGACCGCTGTCTTTTTT
TTTAATTCGAGGCAGGGGGGTTGTGTGCACCCTGGCGCACTTTAAGCGACATGGGCACACAACCGGCGAGAGGCATTACT
GCCCATTCCGCCGACTCCCCTGAGCAGGCATACAAGCGCGCGGATACGTACGCAGGCACACACTCACACAGGAATGTACA
GCGGCCCTAACTTTATATTATCGTTAGGCATGTACACTTCACTGCGCCTTAGGGGGTTGGCTCTCAAGGCCGTTAATTGC
ACGAGCAGAGCCAAGCCGAGATTCCAATTCAGCCCCAAATTAATGTGACTGCACTTGGAATCGAGCCTGGGTCGCTGGCA
CACCAGAGCAGCTGCGCTACCGCTGGGCTACGGCCCCCCTTGACCGCTGTCTTGGTAACCGCTCCTGTCTCTTGGTGACC
ACTTCTGTCTCTTGGTAGGTATTTACTGCAGCTGTCCTGTCCAAGTGGTGCTTATCAGATGAAGCTCTTACCTTAAGATC
TTACGATCTTACCGTTTATGTTCGAGTTTTCTGATTCAACTTTCGTTTGTGCTTTTGAATGGACAAATTATTTTAAGGGA
AGGGCCATGACCCCCCCCCCTCCCCCAGTTGCACCTGCGTACGCCACTGTCGAAGTAAAATCTTTCTGAATGCTTAATAG
GCATCAGAAGGAAATTTGCTTAAATCAAGTTTTTTAGATATACCAAGACAAAGGAATCAAAGTAATCAAAATCTGTTTAT
TTTTGAAAAAAATCAACATTTAGAATAGAATAGTATAATACACAATCGATTCTGAACGGCTCATACGAGTGAAAAATATC
AATCCGGACACAAAGTGTTTAAAATCATTTTTCAGACAAATAATGCTTTATCTTTGCCATTGTTAAACAATTATTTTACG
TTATATGTTTCATGAATTTCCTGAAATACTTAATTTTTTATGAATCTGAGTCTTTTTTACTAATTTTTCTTTTAATCACC
AATTTAGCTAGTACTGCATGGTGTTCACTTTTGTATTCAGCTCGTGTGTTTTAATAACGCATGATAATAATCCGAACGCT
CGTACATGTACATGTAATTAAAATCAACGCAGCAAATTGATAAGCTGTAAAATATTTTTACTGACGAAAATCGGTTACGC
ACAAAGTTATTTTATTAAAACAAATACGCACTAGCCTACACTAATGTCTACTTTAGAGATTATGATTTTTCACTCGTAAA
TCGATTTATATATAAATATTTATTTTTGCTGACAGTAATATAGCACGTTCTCTAGC