Systematically programmed adaptive evolution reveals potential role of carbon and nitrogen pathways during lipid accumulation in Chlamydomonas reinhardtii

Table 3 Elemental analysis of adaptive evolved strains CC124 and sta6-1 at different stages

Strain	Different stages (Day)	Biochemical elements^a				C:N ratio
Strain	Different stages (Day)	C	N	H	S	C:N ratio
CC124	19	47.8? ?0.14	5.0? ?0.03	7.1? ?0.1	0.3? ?0.01	9.5:1
	32	49.2? ?0.1	5.3? ?0.01	7.2? ?0.004	0.4? ?0.001	9.2:1
	62	50.3? ?0.13	4.6? ?0.02	7.5? ?0.02	0.3? ?0.002	10.9:1
	77	51.0? ?0.13	4.6? ?0.04	7.5? ?0.02	0.3? ?0.003	11.1:1
sta6-1	14	49.2? ?0.04	4.8? ?0.01	7.2? ?0.03	0.3? ?0.01	10.2:1
	27	47.2? ?0.1	5.9? ?0.0004	6.9? ?0.002	0.3? ?0.01	8.0:1
	43	52.5? ?0.2	4.5? ?0.02	7.8? ?0.03	0.3? ?0.01	11.8:1

^aAll data are expressed as mean quantity of triplicate experiments. Abbreviations: C:N, Carbon:Nitrogen ratio; C, Carbon; N, Nitrogen, H, Hydrogen; S, Sulfur.

ISSN: 2731-3654