Project description:This study investigates the serum proteome dynamics of male Hilsa (Tenualosa ilisha), a species of significant ecological and economic importance, to better understand its functional roles in conservation, aquaculture, and population sustainability.
Project description:This study investigates the serum proteome dynamics of male Hilsa (Tenualosa ilisha), a species of significant ecological and economic importance, to better understand its functional roles in conservation, aquaculture, and population sustainability.
Project description:This study investigates the serum proteome dynamics of male Hilsa (Tenualosa ilisha), a species of significant ecological and economic importance, to better understand its functional roles in conservation, aquaculture, and population sustainability.
Project description:This study investigates the serum proteome dynamics of male Hilsa (Tenualosa ilisha), a species of significant ecological and economic importance, to better understand its functional roles in conservation, aquaculture, and population sustainability.
Project description:This study investigates the serum proteome dynamics of male Hilsa (Tenualosa ilisha), a species of significant ecological and economic importance, to better understand its functional roles in conservation, aquaculture, and population sustainability.
Project description:This study investigates the serum proteome dynamics of male Hilsa (Tenualosa ilisha), a species of significant ecological and economic importance, to better understand its functional roles in conservation, aquaculture, and population sustainability.
Project description:Stressors may have negative or positive effects in dependence of the dose (hormesis). We studied this phenomenon in Caenorhabditis elegans by applying weak or severe abiotic (cadmium, CdCl2) and/or biotic stress (different bacterial diets) during cultivation/breeding of the worms, and determining developmental speed or survival rates and performing transcriptome profiling and RT-qPCR analyses to explore the genetic basis of the detected phenotypic differences. This study showed that a bacterial diet resulting in higher levels of energy resources in the worms (E. coli OP50 feeding) or weak abiotic and biotic stress especially promote the resistance against severe abiotic or biotic stress and the age-specific survival rate of WT.
