Scientific truth before narrative
Build compelling communication on precise, attributable evidence. Distinguish a result, an inference and a question still being tested.
KritRNA is the scientific and public-facing brand of Transloka Bio Pvt. Ltd., based in Noida, India. We are developing suppressor-tRNA therapeutics and computational translation systems for selected diseases driven by premature stop codons.
The genetic code is not useful until the cell can read it. We work at that point of translation—where a molecular adaptor can make the difference between stopping and continuing.
Our mission is to design biologically informed suppressor-tRNA candidates and test whether they can restore useful protein expression in selected nonsense-mutation contexts. We bring together candidate design, systems thinking and experimental evidence because performance is shaped by more than the molecule alone.
Our initial research priorities are HBB, DMD, TP53. Our company is at an early preclinical research stage, with candidate design and experimental-validation planning guiding the next steps.
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KritRNA brings together कृ (kṛ), the Sanskrit root meaning “to make, create or act”, and tRNA, the molecular adaptor that helps translate genetic information into protein. Together: tRNA created with purpose, engineered to help translation continue.
Our name expresses our ambition: to build scientific ownership in India and contribute original, rigorous biotechnology to the world. Our programmes connect molecular science, computational development and evidence generation with the realities of the people they may one day serve.

DR. NIKHIL BHARTI
Scientific Co-Founder & Director
KritRNA begins with a question at the heart of translation biology: when a genetic message stops too early, what determines whether the cell can be helped to read through it?
Dr. Nikhil Bharti’s research in molecular biology, including work in the University of Hamburg’s translation-biology environment, brought that question into focus. His co-first-authored 2024 Nature Communications study examined how the translation velocity upstream of a premature stop influences engineered suppressor-tRNA performance.
That research motivates a practical ambition: connect molecular design with the context in which a molecule must work. KritRNA is developing a platform to help turn that ambition into experimentally testable candidate choices—not to treat a computational score as a therapeutic result.
Nikhil and Pragati Bhaisora are building that capability from India as co-founders and directors. Nikhil leads the scientific and computational direction. Pragati leads outreach, awareness and community engagement, connecting a technically demanding programme with the people and relationships that give it purpose.
Academic research and company development are distinct. Institutional affiliations identify research experience, not institutional endorsement or ownership by KritRNA of university intellectual property.
Build compelling communication on precise, attributable evidence. Distinguish a result, an inference and a question still being tested.
Advance programmes through reproducible measurements and disease-relevant questions rather than visual percentages or arbitrary deadlines.
Respect privacy, autonomy and the boundary between education, research and clinical care. Make difficult science understandable without promising an outcome.
Develop scientific ownership and durable infrastructure while collaborating with researchers, development partners and communities around the world.
KritRNA connects original scientific ambition with the work of building a durable company from India.
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