S. K. Masakapalli

This study profiles secondary metabolites in red and pink Rhododendron petals using MS and NMR, identifying bioactive compounds like quinic acid and flavonoids.

This study evaluates the nutritional and health benefits of Brassicaceae microgreens through biochemical, mineral, metabolic, and fatty acid profiling, showing they can meet significant portions of dietary requirements for minerals and beneficial fatty acids.

This paper integrates synthetic microbial consortia-based bioprocessing with pyrolysis to convert cellulose into chemicals and biofuels, achieving high product yields.

The paper develops a robust method for extracting and analyzing monophenols in Arabidopsis, showing UV-B radiation increases their levels.

This study shows that E. coli mutants lacking arcA and fis grow faster under acetate metabolism due to metabolic reprogramming, with increased TCA cycle flux and reduced gluconeogenesis.

This study uses 13C glucose tracing to analyze metabolic pathways in A549 lung carcinoma cells, showing significant 13C incorporation into glycerol, lactate, and amino acids.

This study performs untargeted metabolite analysis of Ocimum species leaves to identify species-specific variations using GC-MS.