. 2014 Dec 9;9(12):e114877. doi: 10.1371/journal.pone.0114877

Table 2. Metabolic incorporation of ¹⁴C-oleic acid-derived radioactivity by Mtb wild-type and d-facl6 mutant.

	¹⁴C-Oleate Incorporation (DPM)
	Total Lipids	TAG	PL
*Log-Phase WT*	617600±53740	23850±877	374345±3769
*Log-Phase d-FACL6*	627200±56144	18400±1146	359285±3288
*Dormancy-Induced WT*	5225050±466479	2790345±46818	910770±7835
*Dormancy-Induced d-FACL6*	3910550±253214	1222500±31495	1709215±88579

Mtb wild-type and d-facl6 mutant in log-phase or subjected to dormancy-inducing conditions were incubated with radiolabel as described in Materials and Methods. Radioactivity (DPM, disintegrations per minute) in total lipid extracts was determined by counting dried aliquots by scintillation counting. Radioactivity in triacylglycerol (TAG) and polar lipids (PL) was determined by liquid scintillation counting after TLC separation of total lipid extracts.

Table 2. Metabolic incorporation of 14C-oleic acid-derived radioactivity by Mtb wild-type and d-facl6 mutant.

Table 2. Metabolic incorporation of ¹⁴C-oleic acid-derived radioactivity by Mtb wild-type and d-facl6 mutant.