Bioinformatics Project Lisa Leone
Gene Identification CG # Gene Name 1422 Vesicle docking protein 3208 Rho. GAP 5 A 9699 no name No CG: LP 09975 Nedd 2 -like caspase No CG: SD 01519 Alanyl-t. RNA synthetase No CG: SD 02419 no name No CG: GH 16320 no name 5353 Threonyl-t. RNA synthetase 4239 no name 13316 no name 17922 no name
Diapause vs. Non-diapause CG# Gene Name Diapause/Non-diapause 1422 Vesicle docking protein Diapause 3208 Rho. GAP 5 A Diapause No CG: SD 01519 Alanyl-t. RNA synthetase Diapause No CG: SD 02419 no name Diapause No CG: GH 16320 no name Diapause 5353 Threonyl-t. RNA synthetase Diapause 4239 no name Diapause 13316 no name Diapause 17922 no name Diapause No CG: LP 09975 Nedd 2 -like caspase Non-diapause 9699 no name Non-diapause
Diapause vs. Non-diapause 9699 Nedd 2 -like caspase
Threonyl-t. RNA Synthetase § Biological process threonyl-t. RNA aminoacylation § Amino acid sequence § Gene function serine specific § Clustal W § Alignment
References § Beebe, Kirk. Elucidation of t. RNA-dependent editing by a class II t. RNA synthetase and significance for cell viability. The European Molecular Biology Organization Journal, 2003. 22 (3), 668 -675. § Caillet, Joel. The modular structure of E. coli threonyl-t. RNA synthetase as both an enzyme and a regulator of gene expression. Molecular Microbiology, 2003. 47 (4), 961 -974. § Sacerdot, Christine. The E. coli threonyl-t. RNA synthetase gene contains a split ribosomal binding site interrupted by a hairpin structure that is essential for autoregulation. Molecular Microbiology, 1998. 29 (4), 1077 -1090.
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