Ms. Srilekha Chintala is an emerging researcher in the fields of toxicology, nanotoxicology, environmental science, pharmacology, and computational drug discovery. Her academic training and research exposure span experimental toxicology, in vivo studies, environmental risk assessment, and in silico molecular modeling, reflecting a strong interdisciplinary foundation.

She has actively contributed to both basic and applied research, with particular emphasis on the toxicological impacts of environmental contaminants, nanoparticle-induced genotoxicity, and plant-based therapeutic lead identification.

Research Interests

• Nanotoxicology and environmental toxicology

• Micro- and nano-plastics impact on ecosystems and human health

• In vivo toxicological and genotoxicity studies

• Computational chemistry and molecular dynamics

• Plant-based drug discovery and bioinformatics

• Pharmacological evaluation of natural products

Publications & Research Contributions

Ms. Chintala has authored and co-authored multiple peer-reviewed research articles published in reputed international journals such as Environmental Science and Pollution Research, Regulatory Toxicology and Pharmacology, Journal of Computational Chemistry, and South African Journal of Botany.

Her research work includes:

• Comprehensive reviews on micro- and nano-plastics toxicity across environmental and biological systems

• 28-day repeated-dose genotoxicity studies of metal oxide nanoparticles in animal models

• In silico molecular dynamics, DFT, and FMO analyses for antitubercular lead molecules

• Epidemiological and pharmacological studies on osteoarthritis and hepatoprotective agents

These contributions highlight her ability to integrate experimental biology with computational approaches.

Scientific Impact

Her work addresses critical global challenges related to environmental pollution, public health, and sustainable therapeutics, contributing valuable insights into risk assessment, drug discovery, and translational toxicology.

Eligibility for Young Scientist Award

Ms. Srilekha Chintala is highly eligible for the Young Scientist Award in Scientific Laurels based on:

• Her consistent publication record in high-quality journals

• Significant contributions to nanotoxicology, environmental health, and computational pharmacology

• Demonstrated interdisciplinary research excellence at an early stage of her scientific career

• Active involvement in addressing societally relevant scientific problems

Her achievements clearly align with the objectives of the Young Scientist Award, recognizing promising researchers who demonstrate innovation, academic rigor, and future leadership potential in science.