Algal glycobiotechnology: omics approaches for strain improvement

Table 1 Microalgae strains along with the overview of reported omics studies for product formation

Organism	Omics approach	Conditions	Target product	References
Auxenochlorella protothecoides	Transcriptomics and proteomics	Effect of nitrogen, phosphorus and temperature starvation, and oil accumulation	Biofuel	[41, 42]
Chlorella pyrenoidosa	Transcriptomics and proteomics	Different nitrate levels and copper stress	Biofuel	[43, 44]
Chlorella vulgaris	Proteomics	Nitrogen deprivation	TAG and lipid	[35]
Tisochrysis lutea	Proteomics	Nitrogen starvation	Lipid accumulation	[38]
Chromochloriszo fingiensis	Transcriptomics and proteomics	Nitrogen deprivation and lipid droplet analysis	Fatty acids andcarotenoids	[32, 39]
Dunaliella salina	Transcriptomics and proteomics	Nitrogen depletion, oxidative stress, arsenate, salinity, and high bicarbonate ion level	Biofuel and glycerol	[24]
Nannochloropsis gaditana	Transcriptomics and proteomics	Nitrogen alterations and light intensity regimes	Biofuel	[45, 46]
Picochlorum sp.	Transcriptomics	High temperature and salinity stress	Biofuel	[24]

ISSN: 1475-2859