>Mlig455_014283 {Length: 3309} {Pfam: Domain of unknown function (DUF5082) [PF16888.7, score=50.3]; Flagella accessory protein C (FlaC) [PF05377.13, score=40.0]; Sf6-type phage tail needle knob or tip of some Caudovirales [PF16532.7, score=39.1]; AAA domain [PF13166.8, score=32.9]; ABC transporter C-terminal domain [PF16326.7, score=26.3]; Family of unknown function (DUF5917) [PF19314.1, score=25.9]; Leucine-rich repeats of kinetochore protein Cenp-F/LEK1 [PF10473.11, score=25.7]; Autophagy protein ATG17-like domain [PF04108.14, score=24.5]; Filament-like plant protein, long coiled-coil [PF05911.13, score=22.2]; Domain of unknown function [PF16378.7, score=20.9]; Protein of unknown function (DUF724) [PF05266.16, score=20.8]; Vesicle transport v-SNARE protein N-terminus [PF05008.17, score=20.7]; Tho complex subunit 7 [PF05615.15, score=20.7]; TATA element modulatory factor 1 TATA binding [PF12325.10, score=20.7]; Spindle and kinetochore-associated protein 1 [PF07160.14, score=20.5]; Prefoldin subunit [PF01920.22, score=20.4]; Protein of unknown function (DUF1664) [PF07889.14, score=20.0]; Fibrinogen alpha/beta chain family [PF08702.12, score=19.6]; Leucine-zipper of ternary complex factor MIP1 [PF14389.8, score=19.0]; Intermediate filament protein [PF00038.23, score=18.5]; RIM-binding protein of the cytomatrix active zone [PF10174.11, score=17.1]} {Dmel: FBgn0003374, Sgs4, Salivary gland secretion 4, [RH, Score=87.0, Expect=1e-20]} {Celegans: WBGene00022500, lfi-1, Lin-5 (Five) Interacting protein, [Score=45.8, Expect=7e-06]} {RNA1509_12537, RNA1509_41071, RNA1509_53892, RNA1509_57172} {RNA1310_41252, RNA1509_41071, RNA1509_53892, RNA1509_57172} {RNA1509_41071, RNA1509_53892, RNA1509_57172, RNA815_15898}
GTGATCTCATCTTTTGAAACTGAGATCCCATCTTTTGAAACTGTGATCTCATCTTTTGAAACTGACATCCCATCTTTTGA
AACTGACATCCCATCTTTTGAAACTGTGATCTCATCTTTTGAAACTGAGATCCCATCTTTTGAAACTGTGATCTCATCTT
TTGAAACTGAGATCCCATCTTTTGAAACTGAGATCTCATCTTTTGAAACTGAGATCTCATCTTTTGAAACTGAGATCTCA
TCTTTTGAAACTGAGATCCCATCTTTTGAAACTGTGATCTCATCTTTTGAAACTGAGATCTCATCTTTTGAAACTGAGAT
CTCATCTTTTGAAACTGACATCCCATCTTTTGAAACTGTGATCTCATCTTTTGAAACTGAGATCCCATCTTTTGAAACTG
AGATCCCATCTTTTGAAACTGAGATCCCATCTTTTGAAACTGTGATCTCATCTTTTGAAACTGAGATCTCATCTTTTGAA
ACTGAGATCCCATCTTTTGAAACTGAGATCCCATCTTTTGAAACTGAGATATCATCTTTTGATTACTGAGATCCCATCTT
TTGAAACTGACATCCCATCTTTTGAAACTGTGATCTCATCTTTTGAAACTGAGATCCCATCTTTTGAAACTGTGATCTCA
TCTTTTGAAACTGAGATCTCATCTTTTGAAACTGAGATCTCATCTTTTGAAACAGAGATCTCATCTTTTGAAACTGAGAT
CCCATCTTTTGAAACTGTGATCTCATCTTTTGAAACTGAGATCTCATCTTTTGAAACTGAGATCTCATCTTTTGAAACTG
ACATCCCATCTTTTGAAACTGAGATCCCATCTTTTAATTACTGAGATCCCATCTTTTGATAACTGAGATCCCATTTTTTG
ATAACCTGAGATCCGATGTTTTGATAACTGAGATCCCATCTTATGATAACTGAGATCCCATTTTTTGATAACCTGAGATC
CGATGTTTTGATAACTGAGATCCCATCTTTTAATTACTGAGATCCGATCTTTTGAAACTGAGATCCCATCTTTTGACAAC
CGAGATCCCATCTTTTGAAACTGAGATCCCATCTTTTGATAACTGAGATCCCATCTTTACATAACTGAGACACAGCTGAC
TCCCATGGACAGCCCAACCAGGTGATCATCAGTAGAGGTCCGAAGGATTGCTTTGGTTAAGTTTGGTTAAGGTCGGATTT
GTGTTTAAAAGCAAATTTCTTTACAATTACAGTCCTCAACCAAATATTTCATGCACCTTTTAAGTCTGCATAGATTCTGC
CAGACTCTGTTCTCTCTGTGTGTAAATCTTTGTCTTTTACTTTGTTCCTTGTTCAGAATTGCGATACATTACATGCGTAG
ATTGTCTGTACCAGTCTCAGCCACCCCAAACCAGATTTTATCATTAAATTTAAACCAACTTATTTGACTATTTGCAATCG
ATTATGAATATTAATTTTTTTTATAAGCGCATGCTCCTCTGTACACATCGATCGGCTATCAATATATCCATATATTTATT
TATGACTGCGTGTGTAGTTTGTGTCATTCATCAGTTTTAGCGGTGTCTCACTGATAATCCATACAAGGTACACCTGTCAC
ACCCATATTAGCCGCATTCAATGCACCTGCGTTATCACCCACCCCTTCTACCTTGATTTGTACTGTTTGCCTCTGTTAAA
ACTTACTGTAGGGTCGCGAACTGAGCTTTTGACCTAATTTGTTTGTTAGACTGTTGTTGCGTGTCTTGTAATTTGCTGAT
GTTGTGGGGCCCCTCCTTGCATGTCATCTGTCTCTCCTTGCATGACAGTCTCTCTCCCCTCATCTTCTCACCTGTCACCT
GTCTCTCCTAGCATGTCCGTCTCTCTCCCCTCATCTTCTCACCTGTCACCTGTCTCTCTCTCCTAGCATGTCCGTCTCTC
CCCCCTCATCTTCTCACCTGTCACCTGTCTCTCCTAGCATGTCCGTCTCTCTCCCCTCATCTTCTCACCTGTCACCTGTC
TCTCTCTCCTAGCATGTCCGTCTCTCTCCCCTCATCTTCTCACCTGTCACCTGTCTCTCCTAGCATGTCCGTCTCTCCCC
CCTCATCTTCTCACCTGTCACCTGTCTCTCCTAGCATGTCCGTCTCCCCCCCCTCATCTTCTCACCTGTCACCTGTCTCT
CCTAGCATGTCCGTCTCTCTCCCCTCATCTTCTCACCTGTCACCTGTCTCTCCTAGCATGTCCGTCTCTCCCCCCTCATC
TTCTCACCTGTCACCTGTCTCTCCTAGCATGTCCGTCTCTCTCCCCTCATCTTCTCACCTGTCACCTGTCTCTCCTAGCA
TGTCCGTCTCTCCCCCCTCATTTTCTCACCTGTCACCTGTCTCTCCTAGCATGTCCGTCTCTCTCCCCTCATCTTCTCAC
CTGTCACCTGTCTCTCCGAGCATGTCCGTCTCTCTCCCCTCATCTTCTCACCTGTCACCTGTCTCTCCGAGCATGTCCGT
CTCTCTCCCCTCATCTTCTCACCTGTCACCTGTCTCTCCGAGCATGTCCGTCTCTCTCCCCTCATCTTCTCACCTGTCAC
CTGTCTCTCCGAGCATGTCCGTCTCTCTCCCCTCATCTTCTCACCTGTCACCTGTCTCTCCTAGCATGCCCGTCTCTCTC
CTCTCATCTCACCTGTCTCCCATCTTTTCTGTCTTTCTCCACTCTGACCTGCCAGCCTTCTCAGTCCCATCATATCAGTC
TCACGTCTCTCCAGCGTCTCGCTCCTTTCTTCTCGTCCGTCTCATGAATGCAGACAGTACAAACCCCATAGCAGTTCCTT
TGGTCACAAACCCCATCACAGCAAGCCATTGTGGATTAATTAGCTGTAGCTTTGCCAGTGTCTGTGCCGCGCCGTACCGT
GTCTGTGTTATAAATTTAGTAAAATTATTGATTTGATTGCTTCTAGCGAAATTTAAGCTTGGATTTTGTTAAGTAGTTAG
CACCCTGTCATTGTTGAAGCCTAAAATAAAAGAAATAAATTTGCAAGGGAGAAATGGGGAGTATATTTACTTGGAATTAG
AGCGAGAGTTCTGATTTATTTGTTTAGAAAATTTTTAATTCTTTTGATTGGACTGAAAATCAGCAAAATCAGACGCAATA
AAATCCATAAAAACTGACGAAACTTCTGGGTAATTAGTGTAAATTTGCTGACTCTATTGGGGGGGGGGACTTTAATTAGG
AGATAATTGCGCGATTCCGCAAGTGAGACGGTTCACTCTGCGATAATTAGTCAATAATTAGGTCCCTGTCAATTATGCTG
TCAATTCATTGAGCACTATACTATTGCAGT