Genetic engineering of algae for increased oil yield is an interesting and potential topic too.....
A research suggests an increase in oil yield by introducing additional copies of the ACCase gene into diatom such as Cyclotella cryptica.
Another interesting approach to increase oil accumulation and yield in algae is introducing the upp1 gene that codes for a fusion protein. Decreasing expression of the upp1 gene could decrease the proportion of newly assimilated carbon into the carbohydrate synthesis pathways, and consequently increase the flow of carbon to lipids.
thanks. very recently a full fledged paper in PNAS " Production and secretion of fatty acids in genetically engineered cyanobacteria" has come out. do go through it. It is informative
Genetic engineering of algae for increased oil yield is an interesting and potential topic too.....
A research suggests an increase in oil yield by introducing additional copies of the ACCase gene into diatom such as Cyclotella cryptica.
Another interesting approach to increase oil accumulation and yield in algae is introducing the upp1 gene that codes for a fusion protein. Decreasing expression of the upp1 gene could decrease the proportion of newly assimilated carbon into the carbohydrate synthesis pathways, and consequently increase the flow of carbon to lipids.
Check these links for more details:
http://www.fuelandfiber.com/Athena/biodiesel_from_algae_es.pdf
http://www.scribd.com/doc/3004452/biodiesel-from-algae
thanks. very recently a full fledged paper in PNAS " Production and secretion of fatty acids in genetically engineered cyanobacteria" has come out. do go through it. It is informative