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This study examines the genetic similarities and differences in putative polyunsaturated fatty acid synthase genes, specifically the PfaA subunit, between the genera Nocardia and Shewanella. Using sequence data from various strains, we highlight key gene variations and propose their potential implications in fatty acid synthesis. Our findings contribute to the understanding of lipid biosynthesis pathways across these genera, emphasizing evolutionary and functional relationships. This information is critical for applications in biotechnology and microbial physiology.
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KS-AT-(ACP)2-KR KS-AT-(ACP)2-KR Additional file 3Figure S2 KS-AT-(ACP)2-KR KS-AT-(ACP)2-KR KS-AT-(ACP)4-KR NOTIT58_01020(N. otitidiscaviarumIFM 11049) NCAST32_00390 (N. asteroidesNBRC 15531T) NBRGI087_0078 (N. brasiliensis IFM 10847) O3I_016575 (N. brasiliensis HUJEG-1) SO_1602 (Shewanellaoneidensis MR-1) omega-3 polyunsaturated fatty acid synthase subunit PfaA (AAN54658) Sden_2627 (ShewanelladenitrificansOS217) beta-ketoacylsynthase (ABE55906) KS-AT-(ACP)5-KR Figure S2. Comparison of putative polyunsaturated fatty acid synthase (PfaA) genes between the genus Nocardia (Table 2 #11) and the genus Shewanella.