The present investigation evaluates the potential of fifteen heterocystous cyanobacterial
strains for biodiesel and hydrocarbon production. Fatty acid composition, biodiesel qualities …

This study reports on the biodiesel quality parameters of eleven heterocystous
cyanobacterial strains based on fatty acid methyl esters (FAME) profiles. The biomass …

Considering the glitches in making commercially realistic fuel, this research article has
demonstrated the lipid accumulation in four fast growing, filamentous cyanobacterial strains …

The isolation of ten different cyanobacteria were carried out from northern parts of India and
among them the cyanobacterium with maximum specific growth rate (0.246 day− 1) was …

The incessant utilization of non-renewable energy sources persistently pollutes the earth's
atmosphere and thus requires the immediate substitution by renewable energy sources …

The present investigation evaluates the potential of an endolithic cyanobacterium isolated
from marble rock to utilize sodium bicarbonate (NaHCO 3) as carbon source for prospective …

Selection of indigenous and potential algal strain with high lipid content is paramount
challenge in the avenues of microalgal biodiesel production. Particularly, hyper lipid …

Native microalgae were collected and isolated from various coastal habitats of Eastern coast
of India and were scrutinized in a biodiesel viewpoint. 55 unialgal marine cyanobacteria …

Five non-toxin producing cyanobacterial isolates from the genera Synechococcus,
Trichormus, Microcystis, Leptolyngbya and Chlorogloea were examined in terms of quantity …

Cyanobacteria have several advantages as lipid feedstock for biodiesel production
compared to microalgae. These benefits include the ability to increase lipid content via …