For the award-winning papers of ISA
A study from IISER Thiruvananthapuram identifies capsular myofibroblasts as a splenic niche that maintains hematopoietic stem cells outside the bone marrow—with implications for extramedullary hematopoiesis and stem-cell therapies.
A study from inStem, Bengaluru, reveals how redox states and ROS rapidly fragment or reconnect mitochondrial networks independent of mitochondrial activity.
This article highlights research in the paper that won the Inspiring Science Awards 2025. The winner is Dr. Shirsha Saha, the first author of the paper.
This article highlights research in the paper by one of the finalists of the Inspiring Science Awards 2025. The finalist is Ritu Agrawal, also one of the first authors of the paper.
This article highlights research in the paper by one of the finalists of the Inspiring Science Awards 2025. The finalist is Anu P V, also the first author of the paper.
This article highlights research in the paper by one of the finalists of the Inspiring Science Awards 2025. The finalist is Manisha Poudyal, also the first author of the paper
This article highlights research in the paper by one of the finalists of the Inspiring Science Awards 2025. The finalist is Swagata Adhikary, also one the first co-author of the paper.
This article highlights research in the paper by one of the finalists of the Inspiring Science Awards 2025. The finalist is Shuvra Shekhar Roy, also the first author of the paper.
This article highlights research in the paper by one of the finalists of the Inspiring Science Awards 2025. The finalist is Sriram Narayanan, also the first author of the paper.
This article highlights research in the paper by one of the finalists of the Inspiring Science Awards 2025. The finalist is Srijita Paul Chowdhuri, also the first author of the paper.
No highlights for this year.