Table 3.

Genes and functions of region 2

ProteinGene nameNo. of amino acidsProposed functionOrganismIdentity/ similarity (I/S) (%)Accession number
TERTU_2188TERTU_2188519TransposaseCellvibrio japonicus68/81YP_001983638.1
TERTU_2189TERTU_218962Hypothetical protein
TERTU_2190TERTU_219068Hypothetical proteinSaccharophagus degradans49/63YP_526685.1
TERTU_2191TERTU_2191171Hypothetical proteinSaccharophagus degradans66/78YP_526685.1
TERTU_2193TERTU_2193234ACP phosphodiesteraseIdiomarina loihiensis86/94YP_155995.1
TERTU_2194TERTU_2194290Transcription regulator LysRMarinobacter adhaerens80/91ADP97201.1
TERTU_2195TERTU_2195549PeptidasePlesiocystis pacifica39/55ZP_01910797.1
TERTU_2198trtA196Acyltransferase (GNAT)Burkholderia thailandensis46/69ZP_05587728.1
TERTU_2199trtB287AcyltransferaseStreptomyces cattleya47/62CCB76280.1
TERTU_2200trtC236Lipoprotein/enoyl CoA isomerase hydrataseActinosynnema mirum43/61YP_003099559.1
TERTU_2202trtD4,539PKS-Hyd-KR-FkbH-ACP-KS1-DH-KR-ACP-KS2-KR-ACP-KS3Bacillus amyloliquefaciens35/50YP_001421792.1
TERTU_2203trtE4,947PKS-DH-ACP-KS4-KR-ACP-KS5-ACP-KS6-KR-ACP-KS7-ACP-KS8Clostridium cellulolyticum29/47YP_002505214.1
TERTU_2204trtF4,663PKS-KR-ACP-KS9-DH-KR-MT-ACP-KS10-ACP-KS11-ACP-TEPaenibacillus polymyxa30/47YP_003871371
TERTU_2205trtG377OxygenaseDickeya dadantii44/64YP_002988660.1
TERTU_2206trtH268ThioesteraseXenorhabdus bovienii31/51YP_003468018.1
TERTU_2207trtI455DioxygenasePseudomonas fluorescens56/72AAM12912.1
TERTU_2208trtJ151Polyketide cyclaseAcidithiobacillus ferrivorans35/55ZP_08490092.1
TERTU_2209TERTU_220951Hypothetical
TERTU_2211TERTU_2211486Glycoside hydrolaseSorangium cellulosum61/75YP_001617495.1
TERTU_2212TERTU_2212378Transcription regulator AraCSaccharophagus degradans33/54YP_527963.1
  • Size, proposed functions, source of closest homologs, and their accession number and percentage of identity and similarity are determined. AT, acyltransferase; DH, dehydratase; GNAT, Gcn 5-N-acetyl transferase; ACP, acyl carrier protein; KS, ketosynthase; KR, ketoreductase; MT, methyl transferase; PKS, polyketide synthase; R, enoyl reductase; TE, thioesterase.