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The company has been developing donor-derived stem cell platforms for regenerative medicine and drug discovery applications.
Madhavi Latha, 34, was diagnosed with a debilitating disease in 2010.
She went for stem cell therapy in 2011 with the support of Hyderabad-based stem cell research start-up Transcell Biologics.
Today, Latha is relieved of her malady and has regained her lost energy and strength.
Founded in 2009 by Subhadra Dravida, a postgraduate in industrial biotechnology with a PhD from University of Ottawa, Transcell was born with a singular mission of bringing adult stem cell technologies to the Indian patient for debilitating diseases.
Dravida’s past professional associations were with the University of North Carolina and the Ottawa Health Research Institute. In India, she researched at the Centre for Cellular and Molecular Biology and the LV Prasad Eye Institute, both in Hyderabad.
“The core of our business revolves around adult stem cell technologies in regenerative medicine and drug discovery, preserving the right kind of stem cell formulations as the fundamental theme,” says Dravida.
The journey
Transcell achieved its first milestone in 2011, when it commercialised its stem cell banking vertical in Hyderabad.
The vertical has now expanded to other cities of Telangana and Andhra Pradesh.
It also has presence in Pune Mumbai, Jaipur, Punjab, Delhi and Jammu & Kashmir.
The company has been developing donor-derived stem cell platforms for regenerative medicine and drug discovery applications.
It is now conducting trials for rheumatoid arthritis, muscular dystrophies (a genetic disorder causing muscle weakness), stroke and periodontal (gum) diseases.
The trials are at animal safety evaluation stages.
“We are creating patient-derived sample repositories for research and development towards advancements in adult stem cell technology-based drug discovery in oncology and brain diseases,” she adds.
The Indian oncology market is estimated at Rs 3,831 crore, while it is Rs 1,200 crore in the brain diseases space.
GIA and Axis Research peg the global market growth for bio-banking in human medicine and drug discovery at $70 billion in 2017.
“India hogs almost 50 per cent of the bio-banking space. Successful stem cell products, clinicians’ acceptance to integrate regenerative medicine in their traditional medical practice and a holistic attitude towards well-being and rejuvenation could trigger growth,” Dravida says.
Being unique
There are many stem cell banking firms in India, including Chennai-based LifeCell International.
But, what makes Transcell stand out in the crowd?
Its focus on creating donor and patient-derived stem cell repositories, productisation of regenerative medicine and drug discovery have enabled it to march ahead.
Transcell’s repository facilitates its clientele to retrieve their stored units to participate in clinical trials or for approved treatment processes, claims Dravida.
“While other players are popular for their cord blood banking activity, Transcell is spun out of in-built stem cell research and proprietary technologies,” she says.
In March, Transcell had raised its first investment from the Indian Angel Network.
The company plans to utilise these funds for pre-clinical trials in regenerative medicine and to develop stem cell-based platforms in therapeutic areas like muscular dystrophies, rheumatoid arthritis, stroke and ovarian cancer, and non-therapeutic areas like oncology and brain diseases, with internal accruals managing its storage business.
“We intend to provide strategic support to Transcell’s growth, guiding the management in building intellectual property in key areas like solid tumours and brain diseases,” says Nagendra Bandaru, lead IAN investor.
Transcell achieved break-even in 2014, as the company is building its intelectual property portfolio as business assets, Dravida says.
FACT BOX
EXPERT TAKE: Sooraj Ratnakumar
Stem cells are a great resource that can be used to treat a few diseases such as blood cancer and in the future, potentially more.
These hold promise for people suffering from relapsed blood cancer, where stem cell transplantation has proven benefits beyond other existing therapies.
The start-up is positioned in a very exciting area of medical research.
With many patents under its belt, Transcell is looking at exploiting adult stem cells to help patients with multiple diseases.
Conducting robust multi-centre clinical trials, publications in reputed peer-reviewed journals, and gaining regulatory approvals will help it grow.
I would also encourage collaboration with academic labs, as publications from collaborative research will be well-received.
As it becomes proven and gains widespread acceptance in the medical community, there’s potential for Transcell to disrupt the pharma industry.
Sooraj Ratnakumar is founder-scientist at advanced molecular biology lab Swagene.
