Webinar on “Nanobiotechnology in Disease Management and Sustainable Agriculture
“Nanobiotechnology in Disease Management and Sustainable
Agriculture”
A
webinar on “Nanobiotechnology in Disease Management and Sustainable
Agriculture” was successfully conducted at Sri Roop Rajat Seminar Hall
on 17.12.2025 at 9.30 a.m. at Marudhar Kesari Jain College for Women
(Autonomous), Vaniyambadi, Tirupattur District, Tamil Nadu, India.
The
programme was organized by the Department of Biochemistry, Biotechnology,
Food and Nutrition, and Microbiology, in association with the Faculty of
Science, Sigma University, Vadodara, Gujarat.
The
resource person for the webinar was Dr. Shailja Dhiman, Assistant
Professor, Department of Life Sciences, Sigma University,
Vadodara, Gujarat. The session aimed to provide insights into the emerging
role of nanobiotechnology in addressing critical challenges related to human
disease management and sustainable agricultural practices.
The
programme commenced with a welcome address, highlighting the importance
of interdisciplinary approaches in modern biological sciences. The speaker was
then formally introduced, emphasizing her academic expertise and research
contributions in the field of nanobiotechnology.
During
the lecture, Dr. Shailja Dhiman delivered a comprehensive and
informative presentation on the fundamentals of nanobiotechnology,
followed by its applications in disease diagnosis, targeted drug delivery,
and therapeutic interventions. She explained how nanoparticles,
nanocarriers, and nanosensors are being effectively used to improve the
precision and efficiency of disease management while minimizing side effects.
The
speaker also elaborated on the role of nanobiotechnology in sustainable
agriculture, focusing on nano-fertilizers, nano-pesticides, and
nano-based delivery systems that enhance crop productivity, reduce chemical
usage, and promote environmental safety. She emphasized how nanotechnology can
contribute to food security, soil health, and eco-friendly farming practices,
making agriculture more sustainable.
The
presentation was enriched with real-time examples, diagrams, and recent
research findings, which helped students understand complex concepts
easily. The session was interactive, and participants actively engaged in the question-and-answer
segment, seeking clarification on research opportunities, safety aspects of
nanomaterials, and future career prospects in nanobiotechnology.
Faculty
members and students from Biochemistry, Biotechnology, Food and Nutrition,
and Microbiology actively participated in the webinar. The programme
significantly enhanced participants’ understanding of cutting-edge
technologies and their practical relevance in health care and agriculture.
The
webinar concluded with a vote of thanks, expressing gratitude to the
resource person, organizing departments, faculty coordinators, and participants
for their valuable contributions and active involvement. Overall, the programme
was highly informative, inspiring, and academically enriching,
successfully achieving its objectives.



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