In medicine, progress doesn’t come from trends. It comes from asking better questions, following the data, and staying deeply curious about how the body actually works.
That curiosity is what drives my work every day at PUR-FORM, and it’s also why I’ve chosen to share more of my scientific thinking on LinkedIn.
Over the past several years, I’ve spent countless hours reading primary research, tracking emerging mechanisms in longevity science, regenerative medicine, and human performance, and asking one central question:
How do we help the body repair, adapt, and age better using what science already knows and what it’s rapidly discovering?
LinkedIn has become a space where I can explore those questions openly. It’s where I break down complex research, challenge outdated assumptions, and connect clinical relevance to real-world health outcomes.
Why I Write
Many of the most exciting discoveries in biology never make it into mainstream conversation. They stay buried in journals, written for researchers, not patients or practitioners.
My goal is to translate that science without oversimplifying it.
I write for clinicians, health-focused individuals, and anyone who wants to understand why certain therapies work, not just that they work. These articles aren’t marketing pieces. They’re thought pieces grounded in molecular biology, physiology, and emerging evidence.
A Few Recent Topics I’ve Explored
If you’re interested in where regenerative and longevity science is heading, here are a few recent articles you’ll find on my LinkedIn:
- The HIF2α Switch
A deep dive into how hypoxic signaling can selectively expand pluripotent stem cells within mesenchymal populations, and why oxygen tension may be one of the most underappreciated levers in regeneration. - The Longevity Gas
An exploration of hydrogen sulfide as a critical signaling molecule, how SIRT6 helps maintain youthful levels, and what this means for cellular resilience, inflammation, and aging. - Blocking a Single Aging Protein Regenerates Cartilage
A look at emerging research suggesting that inhibiting one specific aging-related protein may restore cartilage regeneration, potentially changing how we think about joint degeneration and replacement entirely.
Each article is an invitation to think differently about aging, recovery, and performancenot as inevitable decline, but as processes that can be influenced at the cellular level.
Bridging Science and Practice
At PUR-FORM, our clinical philosophy is shaped by this science-first mindset. Therapies like EBO2, HBOT, targeted peptide protocols, and advanced recovery modalities are not chosen because they’re popular, but because they intersect with meaningful biological mechanisms.
The ideas I share on LinkedIn often inform how we think about patient care, protocol design, and long-term health optimization. It’s a place where theory meets practice.
Join the Conversation
If you’re someone who enjoys digging into the why behind health, performance, and longevity or if you simply want a clearer lens into where modern medicine is headingI invite you to follow along.
I regularly share new articles, commentary on emerging studies, and clinical insights that don’t always fit into a short caption or soundbite.
You can find my writing and ongoing discussions on LinkedIn. I look forward to continuing the conversation there.
– Dr. Purita
