Kamala Sohonie: The biochemist who wanted to feed a nation
Kamala Sohonie: The biochemist who wanted to feed a nation Biochemist Kamala Baghvat, later known as Kamala Sohonie, forced open the doors of India’s male-only laboratories and used her knowledge to…
Biochemist Kamala Baghvat, later known as Kamala Sohonie, forced open the doors of India’s male-only laboratories and used her knowledge to help feed
Read Full Story at Scientific American →Why This Matters
The story of Kamala Sohonie underscores the often-overlooked intersection of scientific progress and social barriers in post-colonial societies. Her work bridged nutrition science and national development, proving that innovation in food security could emerge from the most unexpected places. It also serves as a reminder that the fight for gender equity in STEM is not a modern phenomenon but has deep historical roots.
Background Context
In the early 20th century, India’s scientific institutions were deeply entrenched in patriarchal norms, with elite institutions like the Indian Institute of Science (IISc) explicitly barring women from research roles. Sohonie’s admission in 1933 was a rare crack in that system, achieved through her mentor C.V. Raman’s reluctant advocacy. Her subsequent focus on nutrition—particularly the protein deficiencies plaguing India’s rural poor—came at a time when agricultural science was still dominated by colonial priorities.
What Happens Next
Sohonie’s legacy raises questions about who gets recognized in scientific histories and why certain disciplines—like nutrition—remain underappreciated in mainstream scientific discourse. As India grapples with food security and malnutrition, revisiting her work could inform modern policies, though such intersections of gender and science are rarely prioritized in policy frameworks. The absence of her name in many scientific histories also highlights the need for more inclusive archival efforts.
Bigger Picture
Sohonie’s story reflects a broader pattern where women in science have historically driven progress despite systemic exclusion, often in fields marginalized by mainstream scientific agendas. It parallels other narratives of overlooked contributions in nutrition, agriculture, and public health, where gender biases have obscured impactful work. Her career also exemplifies how persistent barriers in academia can stifle innovation until structural change forces the door open.
