>Mlig455_048062 {Length: 3827} {Pfam: ADP-ribosylation factor family [PF00025.23, score=154.8]; Ras family [PF00071.24, score=69.5]; Ras of Complex, Roc, domain of DAPkinase [PF08477.15, score=59.6]; G-protein alpha subunit [PF00503.22, score=34.1]; Gtr1/RagA G protein conserved region [PF04670.14, score=33.2]; 50S ribosome-binding GTPase [PF01926.25, score=31.4]; Signal recognition particle receptor beta subunit [PF09439.12, score=30.3]} {Human: ENSG00000134108, ARL8B, ADP ribosylation factor like GTPase 8B, [RH, Score=337, Expect=1e-119]; ENSG00000143862, ARL8A, ADP ribosylation factor like GTPase 8A, [RH, Score=333, Expect=4e-118]} {Mouse: ENSMUSG00000030105, Arl8b, ADP-ribosylation factor-like 8B, [RH, Score=337, Expect=9e-120]; ENSMUSG00000026426, Arl8a, ADP-ribosylation factor-like 8A, [RH, Score=333, Expect=2e-118]} {Dmel: FBgn0037551, Gie, GTPase indispensable for equal segregation of chromosomes, [RH, Score=332, Expect=5e-118]} {Celegans: WBGene00000192, arl-8, ARF-Like; Novel small G protein indispensable for equal chromosome segregation, [RH, Score=332, Expect=3e-118]} {Smed: dd_Smed_v6_2465_0_1, dd_Smed_v6_2465_0_1, [RH, Score=327, Expect=4e-116]} {RNA1509_20800, RNA1509_44021, RNA1509_6495, RNA1509_8297} {RNA1310_20530, RNA1509_20800, RNA1509_44021, RNA1509_6495, RNA1509_8297} {RNA1509_20800, RNA1509_44021, RNA1509_6495, RNA1509_8297, RNA815_12007}
GCGTCATGTAAAAAATCATAGAAGCGTCATGTAAACAATCATAGAAGCGTCATGAAACAATCATAGAAGCGTCATGTAAA
AAATCATAGAAGCGTCATGTAAAAAGCATAGAAGCGTCATGTAAAAATCATAGAAGCGTCGTATAAACAATCATAGAAGC
GTCATGTAAACAATCATAGAAGCGTCATGTAAACAATCATAGAAGCGTCATGTAAACAATCATAGAAGCGTCATGAAACA
ATCATAGAAGCGTCATGTAAAAATCATAAAAGCGTCATTTAAAAAATAATGAAAAATAATTTGAATATATGATGAGATAT
GTGTTATTTTGAGGATTACAATTTATGCCCATGCAATTGTCAATACTATTTTTTTCGTGACATTTCAGTCACAATATATG
CACAATATTTATCGTTAAAGTTAAAATTAATGAGCGAAATTTGTATTCTAGATTATTAGATATAATTTTCTTATCAAAGA
GGATTATAGATCTTTTTACGGTAAAGACTTTCACTTCGTCGATTTAACGTCGCTCTTTTTATATTAAGAACTTAAATTGC
CGGTATTCACGACTCTATGCTAAACAAATATAAGTAAAACCAGAGACAAAAACTAAGCGCTAACTATTAAAGCTTTTGCT
TCTAAATATGTTTAGGCAGTTAAATAAATTAAAGTAAGTGTCGGTAAAAAATTTTTTATCTTGTATGCGATAATTTAAAG
TCGGTAAAAACACAGGCTAGTTTCACATTATTTAAATAGTGTCATAGCACCTATACTTTTATTCATTTATTTAATCCTAC
TCTTAATTAACATTGTGTCTGTATTTAACTTTCTAATTTAACTTCGGCAGTTTGGCAGCTGGTTACTAATTTTGTAAAGT
CAGTTGTAATCGTACTATTATATTAGAACCGTTTCTCTCAAAATGTTTGCCCTTGTCCAGCGAATCTTGGATTGGGTTAA
GAGCCTTTTTTGGAAGGAAGAAATGGAGTTGACACTAGTTGGTCTTCAAAATTCAGGAAAGACAACGTTCGTCAATGTGA
TCGCTTCCGGCCAGTTCACAGAGGACATGATCCCCACCGTGGGCTTCAACATGCGAAAGATCACCAAGGGCAGCGTCACC
ATCAAGCTATGGGACATTGGCGGCCAGCCCCGCTTCCGCAGCATGTGGGAGCGCTACTGCCGCGGTGTCAACGCCATCGT
CTACATGGTGGACGCGGCCGACGCCGACAAGCTGGAGGCGGCCAGGAACGAGCTGCACAACCTGCTCGACAAGCCGCAGC
TGCAGGGCATCCCGGTGCTCGTGCTGGGCAACAAGCGAGACCTGCAGGGCTCCCTCAACGAGAGGCAGCTTATCGAGCGG
CTCAGCCTTGACGGCATCACCGACAGAGAGATCTGCTGCTACTCCATCAGCTGCAAGGAGAAGGAGAATATCGACATAAC
ACTGCAGTGGCTGATCCAGCACAGCAAGTCCAAGTGAACTGCTCGGACAGAATCCTGATGTTTGCCGCGGTACCGCCTTT
ATTCCGATGCACCCCACGAGAAATGCCTATTTCTGTGGCGCGATAAGCAACTTAGCTATGATAGAATTGATGCCATGAAC
AAATATGCTTCTATTGGCTGAAGTCACACAATATATGCTAATATTCAGTAAAGCCCGGCCCACAGTGCTGCCCTTCTTGG
GCGCTCAGTATTCTGTCTTGTCCAATTAGCCCCTTTATCCCGCCATGCCTCCACTTGCGCATCTGCAGAGAGAATTGCTG
TAGCATGCGCCATATGAATGTGTTTATGATGTACTCTTTAGCTTAACATGATGTCTACTGTCCTAATCTTCTCGCATATT
GTTGCTTTCAATAGAACTGTGATCACTACTGAGTCGTGTACTTTTCAGCAAGTTAATTTTCTCTGTTTTATTGCTGTTAT
TTAGTCAGTTTGCTGGCTTTGACAGCATTGTTGTAGCTTGGGTCCTTTTGGGCGCGCTGTTTCCAACACTTATTAAGTCC
TTGAATCAGGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGATCATGGACTGCTCCAATGATTTGGTCA
TGCGCTGCTCCAATGATTTGGTCATGCGCTGCTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGC
TTCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGA
TTGAGTCATGGACTGGTCCAATGATTGGGTGACGGACTGCTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCA
TGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGG
TCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGA
TTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGAGTCA
TGGACTGGTCCAATGATTGGGTGACGGACTGCTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGG
TCCAATGATTGGGTCATGGACTGGTCCAATGATTGAGTCATGGACTGGTCCAATGATTGGGTGACGGACTGCTCCAATGA
TTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCA
TGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGG
TCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGGTCCAATGATTGGGTCATGGACTGCTCCAATGA
TTGGGTCATGCGCTGCTCCAATGATTGGGTCATGGACTGCTCCAATTATGGGCCGTGGACTCTTCAAATCATGGGGCCAT
GGATTTTTTTGAATTTTAATTTAGATCCTTCAAGTGACAAGGAAAAGTCCAAGTATATGCGGCAGCCCCTATCTCAGTGG
TTGCCCCAAATAAGCAGATTTATTCACTAACTCATTAGTATCCTTGCGGTCCGTGCTTGTTTATTTTGTAGATCAGCTCT
CTTAATCTAGCGTACCCAATGGTGAATTTTTGCTACTCCTGTCATGAGGCTTCTCTGCCTAACCATCTCAGATTGTTTAT
TTATTTCTGTTTGCAACTCAAGTTCTGCCCTCACTCACAGTAATTAGCCAAGCCGTTATTAAGTGTTTTCCGACGGTCTC
TATGGAATTCTGGCCACGAAGAATCACCTCGCGATGCGTCCTCTGGACTTGCCAAACTTCCATCGCTATCAGCGCTTTGA
TGACAGATGCAGCACATGCTACTTGCAGCAGTGCGTCGCTGTTGTAGTAATGAAATCTGGGTGAGGCCTGGCCCCGAAAC
CAGTGGGAAATTTACCTTTTACTTTGCTGTTCCTACTAGCGCTAATTATGCATAATTGAATTATTAATAATTATGAGCCA
CTGTGACTGTTTTCACTCTACCAGTAAATGCAATGAATTTGCAGTAAAATCGCACCTGGAAGACTTAATCAAATATTCCT
CTATGAAATTTTAAATTTCCCTATCCCAAACTAATTTGCTGTTCCTTGCAATGACTCGATTTTATTTGATTCTCGTCCTC
GTCGCTTTTTGACATTTGACACTCCAAAGTATAGATTCTTGGCGCAGCCTTAGCGCATGCTGAATCCC