Pandorum Technologies and Nucelion Therapeutics focus on treating ocular diseases in APAC region

January 6, 2026 | Tuesday | News

Reaffirming India’s growing capability to develop and manufacture cutting-edge biologic therapies for the world

image credit- freepik

image credit- freepik

Pandorum Technologies, a clinical-stage regenerative medicine company building a next-generation platform for programmable tissue regeneration, has announced a strategic collaboration with Nucelion Therapeutics, a specialised contract research, development and manufacturing organisation (CRDMO), to expand manufacturing capabilities for Pandorum’s exosome-based therapeutic platform across the Asia-Pacific (APAC) region.

This strategic collaboration aligns with a shared vision, as Pandorum’s asset(s) progress toward clinical trials. By leveraging Nucelion Therapeutics’ manufacturing capabilities, the partnership supports regional supply and regulatory readiness, marking a strategic step forward. Furthermore, it reaffirms India’s growing capability to develop and manufacture cutting-edge biologic therapies for the world.

While the current programmes span ocular surface injury and inflammatory corneal diseases, including Stevens–Johnson syndrome (SJS), Neurotrophic Keratitis, Pandorum plans to expand its disease modifying treatments to reverse degenerative changes of skin, pulmonary, and other organ systems, affected by inflammation, vascular pathologies and fibrosis.  

Nucelion Therapeutics is a wholly owned subsidiary of India-based Bharat Biotech, a leading vaccine and biotechnology companies. It will provide end-to-end manufacturing support, including process scale-up, GMP-compliant production, and quality control of pharmaceutical-grade exosomes derived from clinical-grade mesenchymal stem cells. 

Pandorum is pioneering a tunable exosome platform designed to reprogramme diseased tissues by precisely modulating intercellular communication pathways. The company’s approach is grounded in the principle that tissues are learnable, dynamic biological systems, and that controlled delivery of biologically encoded signals—via designer extracellular vesicles (exosome)can restore tissue structure and function in conditions driven by inflammation, fibrosis, and loss of regenerative capacity.

Sign up for the editor pick and get articles like this delivered right to your inbox.

+Country Code-Phone Number(xxx-xxxxxxx)

Comments

× Your session has been expired. Please click here to Sign-in or Sign-up
   New User? Create Account

Podcast

Survey Box

× Please select an option to participate in the poll.
Processing...   View poll results   More polls

× You have successfully cast your vote.
{{ optionDetail.option }}{{ optionDetail.percentage }}%
{{ optionDetail.percentage }}% Complete
More polls