Biodiesel involves the mixture of fatty acyl methyl/ethyl esters, produced from transesterification neutral lipids and if the origin of the source is from oleaginous micro organisms, then it is termed as micro diesel. In the present work, aiming to exploit fungi for biodiesel production, 12 fungal isolates were screened for lipid content by Sudan Black B staining method. Among 12 isolates, lipid rich five species viz, Mortierella alpina , M.ramanianna, M.vinancea, M.hyalina and M.verticella have been taken for fatty acids analysis by spectrophotometry, which revealed that the amount of free fatty acids were ranged from highest in M.alpina 35 ?moles of Oleic acid , 25 ?moles of Palmitic acid and 14 ?moles of Myristic acids to lower as much a...
Abstract Background Oleaginous microorganisms are sustainable alternatives for the production of bio...
In many countries, biodiesel production is obstructed because of a high production cost accounting f...
This paper discusses about the production of lipid and glucose by three different fungi; Aspergillus...
Among 30 fungal isolates screened for lipid production using Nile-red staining assay, an isolate des...
Biomass-based biofuel production represents a pivotal approach to face high energy prices and potent...
This study explored a strategy to convert agricultural residues into microbial lipid, which could be...
Fungal strains isolated from fermented maize (ogi) (PW) and sorghum-based brewery wastewaters (BW) a...
The accumulation lipid from oleaginous microorganisms is recognized as a second generation fuel. Bio...
University of Minnesota Ph.D. dissertation. November 2016. Major: Bioproducts/Biosystems Science Eng...
Biodiesel is a mixture of long-chain fatty acid methyl esters. It was made from vegetable oil and fa...
In the research of microbial biodiesel, there are numerous studies on biodiesel derived from microal...
 Objective: Biological conversions of renewable vegetable oil into bio-diesel are going to become o...
Some microorganisms can accumulate lipid to more than 20 wt% of their biomass when carbohydrates or ...
Biodiesel is an excellent renewable energy carrier currently being produced from vegetable oil. Howe...
Some microorganisms can accumulate intracellularly triacylglycerols with fatty acid compositional pr...
Abstract Background Oleaginous microorganisms are sustainable alternatives for the production of bio...
In many countries, biodiesel production is obstructed because of a high production cost accounting f...
This paper discusses about the production of lipid and glucose by three different fungi; Aspergillus...
Among 30 fungal isolates screened for lipid production using Nile-red staining assay, an isolate des...
Biomass-based biofuel production represents a pivotal approach to face high energy prices and potent...
This study explored a strategy to convert agricultural residues into microbial lipid, which could be...
Fungal strains isolated from fermented maize (ogi) (PW) and sorghum-based brewery wastewaters (BW) a...
The accumulation lipid from oleaginous microorganisms is recognized as a second generation fuel. Bio...
University of Minnesota Ph.D. dissertation. November 2016. Major: Bioproducts/Biosystems Science Eng...
Biodiesel is a mixture of long-chain fatty acid methyl esters. It was made from vegetable oil and fa...
In the research of microbial biodiesel, there are numerous studies on biodiesel derived from microal...
 Objective: Biological conversions of renewable vegetable oil into bio-diesel are going to become o...
Some microorganisms can accumulate lipid to more than 20 wt% of their biomass when carbohydrates or ...
Biodiesel is an excellent renewable energy carrier currently being produced from vegetable oil. Howe...
Some microorganisms can accumulate intracellularly triacylglycerols with fatty acid compositional pr...
Abstract Background Oleaginous microorganisms are sustainable alternatives for the production of bio...
In many countries, biodiesel production is obstructed because of a high production cost accounting f...
This paper discusses about the production of lipid and glucose by three different fungi; Aspergillus...