An Endocrinologist’s Unique Journey Helping with People Living with Type 1 Diabetes

Dr. Tina Gupta with Vertex Pharmaceuticals

by Dr. Tina Gupta, MD

I went into medicine to help as many patients as possible, and my passion for diabetes care led me to specialize in endocrinology. Over the years, it was amazing to see how my patients living with type 1 diabetes (T1D) benefitted from advancements in the field of diabetes medicine. They were living in a world with rapid-acting insulins, continuous glucose monitors (CGM), insulin pumps, and hybrid closed-loop systems. However, despite access to these therapies and technologies, some of my patients were not able to achieve the clinical outcomes we desired.

I saw the struggles my patients experienced and the burden that T1D posed on their daily lives, and I often thought about what more I could do to help. After a difficult decision, I left clinical practice and joined Vertex Pharmaceuticals, a Boston-based biotech company, whose efforts are aimed at treating serious diseases, such as T1D. You can read more about Vertex’ commitment to understanding life with T1D here.

Vertex Pharmaceuticals and the Legacy of Semma Therapeutics

Vertex began research in the T1D space in 2019 with the acquisition of Semma Therapeutics, but the real story goes back decades earlier. The founder of Semma Therapeutics was Dr. Doug Melton. At the time he founded the company, he was at Harvard University where he had spent many years focused on researching pancreatic islet cells that are implicated in T1D. Motivating this commitment was the fact that, more than 30 years prior, Dr. Melton’s infant son was diagnosed with T1D (his daughter would also be diagnosed years later).

Dr. Melton’s wife was carrying the daily burden of the disease for their family, working nonstop to monitor and manage the relentless demands of T1D for their children. Meanwhile, Dr. Melton worked tirelessly in the lab researching how to differentiate stem cells into islet cells with the hope of replacing the insulin-producing cells that have been destroyed in people with T1D.

Doug Melton, PhD and the Vertex team in the lab, working on cell therapy in type 1 diabetes

 Doug Melton, PhD (third from left) joined the Vertex team in May 2022

Vertex’s Clinical Diabetes Trials: Breakthroughs in Islet Cell Research

After decades of research, Dr. Melton and his team found a way to create islet cells in the lab that respond to glucose to produce insulin, and he knew that bringing this work into clinical trials was the next big challenge. By acquiring Semma, Vertex was able to advance this investigational research into two ongoing clinical trials, both currently enrolling adults living with T1D in the U.S. and globally. You can learn more about these clinical trials and promising data on the Vertex T1D islet cell study here.

Lab-manufactured islet cells for use in type 1 diabetes research

Lab-Manufactured Islet Cells Stained for Visibility

During my time seeing patients, I was at ease talking about HbA1c, CGM metrics such as time in range, and treatment options such as insulin pumps. However, when I first began learning about cell therapy and cell encapsulation, it felt like I was reading science fiction. The concept that one could potentially replicate endogenous insulin production for someone living with T1D was interesting. Realizing that this science is currently being researched, and that I have a chance to be part of the effort to potentially bring this to patients if approved has been incredible.

Patient-Centered Drug Development

One unique aspect about Vertex’s drug development process is that it always begins with the individuals living with the disease we seek to treat. For those of us working on the T1D research program, people living with T1D are at the heart of everything we do, and we seek to learn from them in a variety of ways to help inform our work. We start by establishing relationships and building trust, by learning from as many people living with T1D as possible, by engaging with their caregivers and healthcare teams, and by learning from patient advocacy groups. To this end, we have a T1D patient advisory panel that meets throughout the year to provide insights and feedback to our team on a variety of topics so we can better understand the patient experience, their needs, and how we can help support the T1D community.

Vertex’s commitment to patients has been the guiding light that has helped us progress to where we are today. I share that commitment and know it is my responsibility to take what I learned from my patients, mentors, and colleagues and amplify their voices and needs. Vertex truly understands the importance of going beyond research and development to engage in advocacy, awareness, and community support. As we advance our investigational work in T1D, we will continue to look to the patient and healthcare professional community for education, inspiration, and motivation.

A Hopeful Future

No longer getting to care for my patients directly has been difficult. However, as Vertex continues to research treatments for those living with T1D, I remember their stories and hold hope that the work we’re doing today will someday have a positive impact on their future.

Editor’s Note: Vertex Pharmaceuticals was a partner of Taking Control Of Your Diabetes® at the time of publication, but TCOYD® maintains control over editorial content. 

 

Additional Resources:

Promising Data on Vertex T1D Islet Cell Study, Still Recruiting

 

9 Comments
  1. Avatar

    I would love to be a Patient or recipient of the islet cell. I looked into this 5 yrs ago, but my numbers didn’t match up to what they needed. I have changed a lot since then, and maybe it could work now. So yes I am very interested.

  2. Avatar

    Commented above. Very interested. I have been a type 1 for 30 years now. I became Diabetic at onset of a car accident when I was 35. I am now a month shy of 65. Love to hear back from you.

  3. Avatar

    I was so close to qualifying for this study. I was screened at U of Chicago. Very interesting to learn how a trial works. The criteria is very strict. Not only do you have to fit the requirements but you need to pass all the testing to make sure you are healthy enough to be in the study and to make sure you have antibodies to common viruses. I went through 2 days of extensive testing, I was looking like a good candidate but unfortunately I was disqualified because I have not developed antibodies to the Epstein barr virus and there is no vaccination for this virus.
    So disappointing but safety is a too priority in a clinical trial.
    Such a interesting and educational experience. Hopefully this will be a viable treatment option for all of us in the near future.

    • Thank you for being willing to be part of a clinical trial, and thank you for sharing your experience of the qualifying process. Very interesting! Perhaps there will be another one down the road you can participate in.

  4. Avatar

    WOW, what a shock! Looks like I don’t meet the criteria. Been at this life destroying disease for 57 years now but I still don’t fit in any T1D box. Oh well, I knew this was too much to hope for. I wish this disease would just kill me already. I’ve been dead inside for a long time.

    • Hi Paula,
      I’m so sorry that it’s been a rough road. If you ever feel like speaking with a psychologist who specializes in helping people with diabetes, Susan Guzman at the Behavioral Diabetes Institute is excellent. Keep your fingers crossed that this medication gets approved, because getting the drug is much easier than getting involved in a clinical trial.

  5. Avatar

    I am Type 1 Ona Tandem pump. I would love to try this

Leave a Reply