Neha Shukla
Molecular biologist focused on RNA regulation and gene expression, with a particular interest in post-transcriptional control mechanisms.
Plants being sessile, cannot escape their environmental surroundings, including symbionts, abiotic or biotic sensors. Thus, to adapt and survive, they must regulate gene expression robustly. One of the faster way to achieve that is through post-transcriptional gene regulation. I am interested in understanding how cells actively control RNA lifetime in space and time to coordinate development, adaptation and immunity.
Alongside research, I write about science, ideas, and books that connect literature with curiosity and inquiry.
Scientist
RNA biology
Post-transcriptional regulation
Science communication
Writing and Art
General science blog
RNA is the true engine of biological life. This challenges the traditional view of DNA as the sole blueprint. While DNA acts as a static archive of genetic information, RNA is a dynamic architect and multitasking maestro that actively manages, edits, and regulates cellular processes. Let’s explore the RNA World Hypothesis, which suggests that life likely originated from RNA-only systems before DNA and proteins even existed. Modern biology further reveals an expansive universe of non-coding RNAs, which perform essential roles ranging from gene silencing to stress adaptation in plants. Today, this molecule is driving a scientific renaissance through breakthroughs in mRNA vaccines, agricultural sprays, and gene-editing technologies. Ultimately, while DNA may provide the script, RNA is the director that brings the complexity of life to the stage.
