Jasmin Kaippilliparambil AbdulsamadCochin University of Science and Technology | CUSAT · Department of Marine Biology, Microbiology and Biochemistry
Jasmin Kaippilliparambil Abdulsamad
Doctor of Philosophy
About
7
Publications
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Introduction
Jasmin Kaippilliparambil Abdulsamad currently a research scholar in the Department of Marine Biology, Microbiology and Biochemistry, Cochin University of Science and Technology. Jasmin does research in Phycology, Marine Biology and Botany. Their current project is 'Isolation, characterization and mass cultivation of economically important microlagae' .
Publications
Publications (7)
Scenedesmus sp. MB 23 was cultivated in fish silage to study the effects of different concentrations on the growth and biochemical characteristics, particularly the protein, carbohydrate and lipid properties. Fish silage with 12% concentration was most effective for the growth and biomass production of Scenedesmus sp. The microalga reached maximum...
Microalgal biomass has emerged as a promising alternative to replace plant-based biofuel feedstock due to its higher lipid productivity. But
cultivation of microalgae in expensive analytical grade culture media is a major obstacle in feasible algal biofuel production. Hence the
present investigation was carried out to find an alternative, low-cost...
Estuarine phytoplankton communities are the primary producers of the food web ensuring the ecological balance and act as water quality indicators.
The genera Scenedesmus are the commonest of green algae, subdivided into two major groups the spiny Desmodesmus and non-spiny Scenedesmus.They
are cosmopolitan fresh water distributed and adaptable to wi...
Estuarine phytoplankton communities are the primary producers of the food web ensuring the ecological balance and act as water quality indicators. The genera Scenedesmus are the commonest of green algae, subdivided into two major groups the spiny Desmodesmus and non-spiny Scenedesmus.They are cosmopolitan fresh water distributed and adaptable to wi...
Green microalga Scenedesmus spp. is considered as a promising raw material for microalgal biofuel production because of its higher lipid productivity along with the formation of value-added by-products. Its capacity to re-utilize the lipid extracted biomass for biogas, pigments, antioxidants, as well as feed production, strengthened the microalga a...
Algal cultures have been developed as a promising sustainable source for various high value products such as aquaculture feeds, human food supplements, pharmaceuticals, and biofuels. Scenedesmus has been suggested as one of the most promising microalgae for biodiesel production because of its high lipid content; productivity and high total fatty ac...
For efficient utilization of microalgae in biofuel production a strain with higher biomass and lipid productivity should be selected. As algal lipids require specific methods for fractionation, purification, and determination of individual classes of lipids, employment of effective methods for oil extraction is important.
In the present study three...
