Biologics

The factory floors of Pune hum with activity, but something fundamental has changed. Where petrochemicals once dominated production lines, agricultural waste now feeds bioreactors producing biodegradable plastics. In Gujarat, ethanol distilled from crop residues powers vehicles that once guzzled imported petroleum. These aren’t isolated experiments—they’re harbingers of India’s industrial metamorphosis. For decades, the narrative suggested

A cancer patient in Mumbai forgoes treatment because a single dose costs more than her family’s annual income. An autoimmune disorder sufferer in rural Bihar watches his condition deteriorate, unable to access biologics available just 200 kilometres away in Patna. These aren’t hypothetical scenarios—they’re daily realities in a nation where cutting-edge medicine exists yet remains

The era of one-size-fits-all medicine is ending. Healthcare is undergoing a profound transformation where treatments are no longer prescribed based on average patient responses but tailored to individual genetic blueprints. Artificial intelligence has emerged as the catalyst driving this revolution, processing vast genomic datasets to unlock personalised treatment possibilities previously confined to science fiction. From

India stands at the cusp of an industrial revolution, powered by strategic government initiatives that promise to reshape its economic landscape. The BioE3 Policy and Production Linked Incentive (PLI) schemes represent more than mere policy frameworks—they embody India’s ambition to emerge as a global powerhouse in biotechnology and manufacturing. With substantial investments flowing into critical

For centuries, medicine operated on a brutal assumption: what cures one person should cure another with the same diagnosis. This one-size-fits-all approach saved countless lives, yet left equally countless patients suffering through ineffective treatments or devastating side effects because their bodies simply processed drugs differently. India is now dismantling this paradigm through precision medicine—an approach