Shilpa Chandra

The paper examines how chloroplast dysfunction and anaesthesia affect euchromatin and heterochromatin organization in tomato seedlings, revealing anaesthesia-induced chromatin changes independent of chloroplast status.

The paper shows that a 70 mT static magnetic field restores mitochondrial function and reverses hyperglycaemia-induced cellular damage in C. elegans.

The paper correlates plant bioelectrical signals with ionic energy flow across different organs under stress using a multi-domain framework.

This paper develops chitosan-based iron oxide nanoparticles to mitigate copper toxicity in plants by sequestering copper and reducing oxidative damage.

This study investigates the effects of anaesthesia on plant root and stem cells, finding that synchronized chromatin organization serves as a biomarker for conscious awareness in plants.

This study shows that plant cells exposed to lidocaine for up to four hours can recover from anaesthetic stress, but prolonged exposure leads to irreversible nuclear damage and cell death.

This study investigates how copper stress affects organelle communication and chromatin condensation in tomato root cells, leading to cell death.

This study investigates the subcellular effects of anaesthetics on non-neuronal tissues using human cell lines and C. elegans, revealing mitochondrial and lysosomal dysfunction, oxidative stress, and transcriptional changes.

This study uses carbon nanodots as a fluorescent probe to visualize DNA dynamics during paclitaxel treatment via super-resolution microscopy, revealing chromatin remodeling and micronucleus formation.