See the momentum created by donor support, from groundbreaking research and human clinical trials to the lives impacted by early-stage T1D innovation. Inside, you’ll discover the researchers, stories, and progress driving us closer to better treatments and a cure.
6 Month Update The goal of our pilot project is to identify the role that the G protein-coupled estrogen receptor (GPER) plays in the development and progression of kidney disease […]
6 Month Update Aim 1. Determine the viral infection history of T1D patients compared to healthy controls. Methods: We designed 15,000 oligonucleotides covering all 6 of the insulin carrying viruses and […]
6 Month Update Our studies have identified a novel pathway consisting of two receptors, LGR4 (Leucine-rich repeat-containing G-protein-coupled receptor 4), a positive, and RANK (Receptor Activator of NFκB), a negative regulator, whose […]
6 Month Update The primary objective of this DRC-funded project is to investigate the role of PD-L1 molecules in beta cells under stress conditions, hypothesizing that they may increase to […]
Project Description Type 1 diabetes (T1D) is caused by the autoimmune destruction of insulin-producing β-cells while leaving behind other pancreatic islet cell types. Over the past decade, research has demonstrated […]
Project Description The immune system, which normally protects us from infection, can improperly attack the insulin-producing beta cells in the pancreatic islets, which leads to type 1 diabetes (T1D). Often, […]
Project Description Type 1 Diabetes is an autoimmune disease which involves both environmental and genetic drivers. It is thought that genetic mutations that contribute to T1D impact the function of […]
Project Description In Type 1 Diabetes (T1D), the immune system mistakenly attacks the cells in the pancreas that produce insulin, leaving the body unable to regulate blood sugar levels properly. […]
Project Description Type 1 diabetes (T1D) occurs due to a loss of insulin producing beta cells in the pancreas. The hormone insulin regulates blood glucose levels which is vital for […]
Project Description Stem cells offer new hopes for cell replacement therapies to cure Type 1 Diabetes (T1D), an autoimmune disease causing the loss of insulin-producing b-cells. Yet, despite promising results from […]
Diabetes Research Connection (DRC), are making a significant impact in the fight against diabetes. Each year, countless individuals and their families face the challenging diagnosis of diabetes. Our efforts are dedicated to supporting these communities through groundbreaking research and innovative solutions, aiming to transform the way diabetes is understood.
Lauren and Kyra
Meet Lauren and her older sister, Kyra. Lauren has been part of DRC for four years and has navigated Type 1 Diabetes since the age of six.
Reflecting on her childhood, Lauren shares, “When I was five years old, I completely lost my appetite and refused to eat anything for over a week. I was drinking orange juice and water by the gallon, and I was constantly exhausted.
My parents initially thought I had a bad case of the flu. Then I began to lose weight rapidly. My body became just skin and bones, and my parents realized it was more serious.”
Recalling a pivotal moment, Lauren adds, “When I refused to even taste my own birthday cake at my sixth birthday party, my mom took me to the emergency room. After hearing my symptoms, the doctor immediately checked my blood sugar levels, which were over 900. I was hours from going into a coma. I am so fortunate to have been diagnosed before it was too late. It is incredibly important to be aware of the signs so that Type 1 Diabetes can be caught as early as possible.”
Kyra, Lauren’s sister, was diagnosed at 13, four years after Lauren. She shares her experience, stating, “I specifically remember being extra thirsty and feeling as though no amount of water could quench my thirst. Subsequently, I was peeing way more than normal. I realized pretty quickly what was going on, so I stole my little sister’s glucose monitor and checked my blood sugar. Sure enough, I saw ‘320’ flash across the screen and knew this meant I had T1D too.”
Kyra also emphasizes, “Being a medical student living with Type 1 Diabetes, DRC holds personal significance to me as it highlights the vital role of early-career scientists. By uniting these emerging researchers with donors, DRC encourages the next generation of scientific leaders to drive innovation and breakthroughs in diabetes research.”
Allison and Mac
Imagine facing each day with the weight of a life-threatening and unrelenting medical condition. Allison knows the reality of this all too well. Both she and her sister, Marianne have lived with Type 1 Diabetes (T1D) since childhood and, just recently, her 4-year-old son, Mac, was also diagnosed with T1D – a day she describes as “the worst day of my life.” Allison felt a deep sense of sadness, knowing the daily burdens of T1D that Mac would now face.
“Type 1 Diabetes is completely exhausting,” Allison shares. “While treatments have come a long way, with incredible advancements like the CGM and integrated pump, we still carry the burden of this disease.”
Like Allison and her family, millions of others worldwide hope for the day when the burdens of T1D no longer exist. DRC shares that hope and remains committed to funding the most promising T1D researchers across the country who are tirelessly working toward a cure.
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The 1.6 million statistic is out of date. We can change this to: “Currently 2.1 million Americans live with Type 1 Diabetes (T1D), including 300,000 children. Approximately 64,000 new patients are diagnosed each year. With your backing, we can drive innovation and advancements to find a cure.”
The time from application to funding can be as short as six months, compared to over a year for other funding agencies. Additionally, 100% of our research funds go directly to the scientists to ensure transparency.
Donor-Driven, Peer-Reviewed, Innovative Diabetes Research
Diabetes Research Connection is at the forefront of funding groundbreaking diabetes research aimed at discovering innovative treatments, therapies, and eventually a cure.
For children living with Type 1 diabetes, medical devices like insulin pumps and glucose monitors can sometimes feel like an unwanted spotlight—especially when they beep in the middle of class […]
#InnovativeDiabetesResearch
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