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Big Data, Precision Platforms, Analytics and Research — we build AI-powered genomics diagnostics tools for early diagnosis and risk prediction to enable timely interventions and preventive care.
Opportunity for innovative products in addition to the existing range
Capitalise on the growing demand for early intervention products
Access the large diverse and ageing population
The new era of health monitoring - Smart Technologies, AI, ML, LLM, Wearables
Ongoing AI/ML and genomics studies
Peer-reviewed research publications
Innovative healthcare solutions
Key achievements and breakthroughs in our research journey
Established collaboration with AIIMS, New Delhi and University of Delhi
Received DBT, GoI grant towards development of comprehensive AI-genomics platform
Launched comprehensive genomics analysis platform
Achieved 94% accuracy in osteoporosis detection using deep learning
AI-powered medical diagnostics for chronic illness predictive management
Recent peer - reviewed research papers and publications
Authors: THSTI Research Team
THSTI seeks industry partners with demonstrated technical capabilities and business management resources to commercialize Laboratory inventions. Our innovations, combined with your business acumen, can work together to give your company a competitive advantage.
Authors: Our Bureau, Bengaluru
Latest developments and insights in pharmaceutical research and biotechnology from the industry perspective, featuring AI-driven genomics diagnostic platform for early disease detection.
Authors: S. Vyas, S.D. Purohit
Research on in vitro growth and shoot multiplication of Wrightia tomentosa in a controlled carbon dioxide environment, exploring plant tissue culture techniques and environmental factors affecting plant growth.
Authors: S. Vyas, S.D. Purohit
Study on in vitro adventitious shoot bud differentiation and plantlet regeneration in Feronia limonia, contributing to plant tissue culture and propagation techniques.
Authors: Sunil D. Purohit, A. Singhvi, Rakhi Nagori, Shailendra Vyas
Study on polyamines and their role in stimulating shoot bud proliferation and multiplication in Achras sapota grown in culture, exploring plant tissue culture techniques and growth regulators.
Authors: Shailendra Vyas, Sunil Dutta Purohit
Research publication on the effect of controlled carbon dioxide on in vitro shoot multiplication in Feronia limonia, exploring environmental factors affecting plant tissue culture success.
Authors: R. Nagori, S. Vyas, S.D. Purohit
Research on greenhouse growth and nursery performance of tissue culture raised plantlets of Achras sapota var. Cricket Ball, evaluating the success of micropropagation techniques in field conditions.
Authors: A. Ray, S. Bhattacharya
Study exploring the regeneration of genetically uniform Boerhaavia diffusa plants using nodal explants and synthetic seeds, highlighting the potential for large-scale propagation of this medicinally important plant species.
Authors: The Tomato Genome Consortium
This study presents a high-quality genome sequence of domesticated tomato, comparing it with its wild relative and potato, providing insights into fruit development and evolution. The research reveals genome triplications that set the stage for neofunctionalization of genes controlling fruit characteristics.
Authors: Saloni Mathur, Shailendra Vyas, Sanjay Kapoor, Akhilesh Kumar Tyagi
This research explores the structure and phylogeny of the Mediator complex in plants, analyzing gene expression in Arabidopsis and rice during reproduction and under abiotic stress conditions. The study provides insights into the role of the Mediator complex in plant development and stress responses.
Authors: Various Authors
This research publication presents significant scientific findings and methodologies in plant biotechnology and tissue culture. The study explores innovative approaches to plant propagation, genetic conservation, and sustainable agricultural practices, contributing to both academic research and practical applications in agriculture and horticulture.
What leading researchers and institutions say about working with us
"Mentoring Youvan on translational research has showcased their commitment to scientific rigor and impact-driven innovation."
"The team blends molecular science with practical diagnostics, and it's inspiring to guide their genomics roadmap."
"Youvan's AI-driven clinical tools align closely with the needs we see in trauma and orthopaedic care."
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