AI breakthrough predicts type 2 diabetes a decade in advance
British Heart Foundation (BHF) - 16-Nov-2024Revolutionary technology uses ECG data to spot hidden risks and enable early prevention efforts
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Revolutionary technology uses ECG data to spot hidden risks and enable early prevention efforts
Experts urge global action on diet, exercise, and healthcare access to address this
A study links diabetes and specific biomarkers to faster brain shrinkage and earlier MCI onset
New research highlights the benefits of an 8-10 hour eating window for metabolic health
A pioneering trial reveals the potential of reprogrammed stem cells to reverse type 1 diabetes
To stay healthier, it's a good idea to eat less processed and red meat
This innovation aims to make managing diabetes and improve patients' quality of life
A much better option than just prescribing drugs for life
No severe issues came from the therapy itself, just the procedure or immunosuppression
Even a few years of maintaining prediabetic status can positively impact health
Study highlights the need for further research, given the rising diabetes rates
Experts suggest using alternatives like glass or stainless steel
After the transplant, the patient no longer needed insulin or medication
Experts call for urgent action to address this growing health crisis
Analyzing blood proteins can improve our ability to identify those at risk for diabetes
Technology automates insulin delivery, offering better blood sugar control
Science behind blood sugar monitoring and its potential impact on healthy people
This could lead to a safer and better treatment for type 1 diabetes.
Surprising impact of encouragement and guidance on remission rates revealed
Cutting-edge technology to manage blood sugar and enhance well-being
Reduce your intake by checking food labels and using herbs and spices instead
Prioritize plant-based proteins, lower the risk of developing type 2 diabetes
Early diagnosis of type 2 diabetes with simple blood test can help you avoid serious complications
Diagnosis at 30 may cut 14 years off life, but early treatment can extend it
Even with lifestyle changes, the risk remains, but personalised work schedules might help
Could provide an affordable, accessible, and effective solution for millions of diabetes patients worldwide
Extensive analysis reveals an initial benefit to longevity that diminishes, then reverses, over time
Weight loss can improve blood sugar levels and reduce risk of serious diabetes complications
Fuel cell coupled with engineered beta cells automatically produce insulin whenever required
Original study was subject to bias due to exclusion of participants who progressed to multiple therapies
Relationships were inversely related to HbA1c levels regardless of spousal support or strain
RoboCap’s mucus-clearing and churning movements help it deliver the drug directly to the gut
Prostasin level linked to diabetic onset and cancer deaths
It provides personalized nutrition, sleep, activity, and breathing guidance
Even moderate light exposure while sleeping increases heart rate and glucose levels
Elevated lipid levels are linked with the incidence of CVD and type 2 diabetes
Hormone, like insulin, controls blood sugar levels via a better molecular pathway
Clinithink AI helped physicians in preventing serious complications among diabetes patients
Strong protection against fatty liver disease seen in mice regardless of age and sex
Need for stem cell intervention for patients diagnosed with T2DM
Further studies to confirm clinical benefits of this anti-aging compound in a large sample
5-year mortality for diabetic heart attach patients reduced by 43%
Korean startup on regenerative therapy creates living tissues, potential of replacing organs too
Non invasive sense glucose earring transforms the way patients manage type 1 diabetes
No drugs required - nearly half of patients reverse their diabetes
Betalin's biological scaffold holds beta cells that release insulin instead of having to inject it
A world-first novel technology to treat the disease is now within reach
Pills that target the duodenal mucosa will come soon enough
This arrival of a more efficient stem cell type has high impact for regenerative medicine
This new understanding of the disease process could even lead to a cure in the future
A success in mice trial, now to move forward to larger animals then human clinical trials
Improved blood sugar and cholesterol control, among its many health benefits
This closed-loop system customizes treatment, automatically adjusts insulin levels
There is no need to lose 15% or more of body weight to manage type 2 diabetes
Tests done on animals suggest that CRMP reduces heart disease risk and animals didn't lose weight
People who use mainly plant based diets were 23% less prone to develop diabetes
But not all plant-based foods have the same advantage
No need for painful insulin injections for a very long period
Fully automated diabetes care for people living with type 1 diabetes in the future
Diabetes can be reversed, at least in the lab; Could lead to potential therapies in humans
MiniMed 670G brings a step closer to a future fully automated artificial pancreas
Another great example of machine learning saving time and lives
Shining a light onto the skin could be a new test for checking diabetes.
Destruction of small intestine's mucous membrane improves blood sugar levels
Insulin resistance and high levels of blood sugar are early signs for type-2 Diabetes that appear decades before the disease
Caloric restriction help improve pancreatic function but causes severe health problems
3.7 million adults now live with either type 1 or 2 diabetes.
Lens is made out of the same material as soft contacts.
Semma Therapeutics is looking to use stem cells to regulate blood sugar level.
People with the highest risk of developing type 2 diabetes are being prioritised for places on NHS lifestyle change programmes. The programmes help people to change their diet and do more exercise.
Study of 70,000 people who had completed a survey about their health and lifestyle in 2007-2008.
Novel approach seeks to cure type 1 diabetes and to allow type 2 diabetics to stop using insulin shots
The new site for the cells showed promising results for treating type 1 diabetes
King’s College London has found that patients with diabetes suffering from the early stages of kidney disease have a deficiency of Klotho.
AXA Research Fund funding research aims to mine existing data sets (e.g. PCRs, wearable devices).
University of Oxford are developing a portable non-invasive device to detect diabetes and monitor glucose levels.
Study compared 10-minute walk after a main meal to a single 30-minute walk each day.
Patients with type-1 diabetes will no longer have to constantly check glucose levels.
In type 1 diabetes the immune system dismantles the pancreatic cells, known as beta cells, that normally produce insulin.
Skin patch covered in painless microneedles that are loaded with tiny insulin-carrying pouches.
Careful management of blood glucose levels as treatment of type 1 diabetes (T1D) enabled by technological advances in blood glucose meters, insulin pumps, smartphone apps and continuous glucose monitors (CGMs).
Google was granted a patent for a contact lens that continuously measures a patient’s blood glucose in March of 2015.
The advantage of HbA1c is that it doesn't require you to keep fasting
Automatically turns itself on and off to maintain correct blood glucose levels.
Mimics a real pancreas by delivering both insulin to lower blood sugar and glucagon to raise it.
It's not logical to advise people without diabetes to take metformin