Thereafter, his research has primarily been aimed at understanding the biochemical and molecular basis of responses against environmental stresses and photosynthetic carbon metabolism in plant and algal cells, with more recent work focusing on improving growth and environmental stress tolerance of plant and algal cells by molecular engineering.
A variety of studies have been aimed at understanding how Sulfs modify HS structure, and many of these studies utilize Sulf knockout cell lines as the source for the HS used in the experiments.
A great deal of focus has been aimed at understanding the T3SS of phytopathogenic Xanthomonas species that infect a wide variety of plant hosts, many of which are of great economic importance [1], [4], [5], [6], [7], [8], [9], [10], [11], [12], [13], [14], [15].
More than a decade of research effort has been aimed at understanding how Syt1 works.
Research efforts in NAFLD have been aimed at understanding disease development, progression and pathophysiology simultaneously facilitating drug discovery.
Much recent research has been aimed at understanding these early underlying processes leading to dysfunctional synaptic signaling, as this knowledge could identify putative sites of interventions, which could potentially slow progression and delay onset of disease.
