Category Archives: Diabetes

The Artificial Pancreas Treatment mimics natural and provides themissing stimulationof the liver. Clinics are open in the USA, China, and India, with Clinics planned in Taiwan, Mexico, Europe and Africa.

How is it "natural?" Theliverprovides theenzymes needed for the bodyto metabolize (burn) carbohydrates. This is the core problem that people with diabetes have, the inability to process this important type of food.

When the Artificial Pancreas Treatment mimics a normal pancreas stimulation of the liver, these missingenzymes are restored, the body can process carbohydrateswhich provides each cell with needed levels of cellular energy (ATP) fromcarbohydrates.

With that needed energy thetissuesheal themselves because the DNA remembers how to heal, naturally!

For Information, call(916) 550 1050

The Goals and Achievements

Global Roll Out of the THE ARTIFICIAL PANCREAS TREATMENT With new clinics going into 45 cities, and existing clinics in 18 USA cities the Trina Health Global Roll Out is under way. "We have proven that we can stop the suffering of diabetic heart, kidney, eye, nerve, brain fog, and wounds, what more is neeed?" announce the Trina Health CEO, and Chief Medical Officers. For over 20 years the Artificial Pancreas Treatment and Artificial Pancreas System have been in development, but the problem has always been that the cost of delivering the treatment is too high for the average diabetic patient. It is now proven that APT will slow, stop and in many ways reverse the complications of diabetes, truly wonderful news to millions. And now it is affordable and available. The treatment provides what a nondiabetic pancreas supplies, a very discreet series of oscillations in the blood of a nondiabetic person. These oscillations are required for normal carbohydrate and lipid metabolism. By mimicking what a nondiabetic pancreas does, the Artificial Pancreas System restores energy to the cells from carbohydrates, which are needed for the cells to have a normal amount of energy (ATP). The good news is that the DNA of every cell never forgets what it is supposed to do, and once proper metabolic energy is reestablished, the cell knows what to do and the body prepares itself naturally and in its own special way. The Artificial Pancreas Treatment (which is a treatment under the practice of Medicine) uses the FDA-cleared Bionica pump, the infusion part of the Artificial Pancreas System, and is now in the final commercial rollout phase where patients can be treated for six months and, with the help of a friend or family member, the patient can be treated at home for three weeks coming back only once a month into the clinic for the first year. After a successful year the patient will be able to be treated once every two months. This approach provides the answer on how to treat millions of people who are in dire need of stopping and reversing their diabetes complications. CALL OUR NUMBER FOR THE NEXT WEBINAR

Because of the amazing outcomes, there are not enough chairs for patients seeking the Artificial Pancreas Treatment. The two physician groups have joined to provide the outstanding care achieved in other clinics. This Clinic is a "Fath Based" clinic which helps even those who cannot fully pay. God bless them for that ! Read more...

Expanded Management by Hunter Carr and Scott Hepford is brining more patients to the Trina Health West Houston location, and additional locations in Houston are being planned. If anyone or a loved one has diabetes related complications, these Trina Health facilities provide free consultations and assessments. Conveniently located at 11511 Katy Freeway, Suite 510, Houston, TX, 77079 Please call: 713.595.9595 Read more...

Located in a new prestigious building, the Santa Monica clinic will be serving the UCLA and Beverly Hills area. Scheduled to open in March, this will provide a second LA Basin location. 5 more clinics are opening in the LA area. Read more...

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Diabetes.net Welcome to the Original Diabetes Network

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AUDIO:In a new study of mice without vitamin D receptors on key immune system cells, Washington University researchers have found that the mice get diabetes and that the way the... view more

Credit: Washington University BioMed Radio

In recent years, a deficiency of vitamin D has been linked to type 2 diabetes and heart disease, two illnesses that commonly occur together and are the most common cause of illness and death in Western countries. Both disorders are rooted in chronic inflammation, which leads to insulin resistance and the buildup of artery-clogging plaque.

Now, new research in mice at Washington University School of Medicine in St. Louis suggests vitamin D plays a major role in preventing the inflammation that leads to type 2 diabetes and atherosclerosis. Further, the way key immune cells behave without adequate vitamin D may provide scientists with new therapeutic targets for patients with those disorders.

The study appears March 19 in the journal Cell Reports.

Studying mice that lacked the ability to process vitamin D in immune cells involved in inflammation, the researchers found that the animals made excess glucose, became resistant to insulin action and accumulated plaques in their blood vessels.

"The finding that vitamin D helps regulate glucose metabolism may explain previous epidemiological studies identifying an increased risk of diabetes in patients with vitamin D deficiency," said senior investigator Carlos Bernal-Mizrachi, MD, associate professor of medicine and of cell biology and physiology. "In our study, inactivation of the vitamin D receptor induced diabetes and atherosclerosis, so normalizing vitamin D levels may have the opposite effect."

In addition, he said inadequate vitamin D turned immune cells into transporters of fat. That may help researchers better understand how diabetes and atherosclerosis are linked and provide new possibilities for therapy.

For years, researchers have been studying vitamin D's possible roles in inflammation and inflammatory diseases, such as type 2 diabetes and atherosclerosis. By engineering mice without the vitamin D receptor on important immune cells called monocytes and macrophages, the researchers were able to learn how those conditions are linked, according to Bernal-Mizrachi.

Monocytes are white blood cells made in the bone marrow that circulate in the bloodstream. After a few days, they typically move into the body's tissues where they mature into cells called macrophages.

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Vitamin D prevents diabetes and clogged arteries in mice

IMAGE:This is an image of macro-encapsulated pancreatic endocrine cells derived from human embryonic stem cells. Devices were harvested at 29 weeks post-transplant and immunofluorescent staining was performed for insulin... view more

Scientists at the University of British Columbia and BetaLogics, part of Janssen Research & Development, LLC have shown for the first time that Type 2 diabetes can be effectively treated with a combination of specially-cultured stem cells and conventional diabetes drugs.

Stem cells - generic cells that haven't yet taken on specialized form and function - have recently been used by scientists at UBC and elsewhere to reverse Type 1 diabetes in mice. In Type 1 diabetes, which usually begins in childhood, the pancreas produces little or no insulin, the hormone that enables cells to metabolize sugar.

These new results, published today in Stem Cell Reports, hold much broader potential because Type 2 diabetes - which usually arises in adulthood, often stemming from poor diet, lack of exercise and obesity - accounts for more than 90 per cent of diabetes cases.

Timothy Kieffer, a professor in the department of cellular and physiological sciences, and scientists from BetaLogics simulated Type 2 diabetes in mice by putting them on a high-fat, high-calorie diet for several weeks. Kieffer's team then surgically implanted pancreatic-like cells that had been grown in the laboratory from human stem cells.

Mice that received a combination of the cells with one of three diabetes drugs became as "glucose tolerant" as the healthy mice, meaning they were able to keep their blood sugar in check, even after ingesting a sugary meal. In contrast, a group of mice with simulated Type 2 diabetes that received the drugs but not the transplants remained glucose-intolerant.

"Being able to reduce spikes in blood sugar levels is important because evidence suggests it's those spikes that do a lot of the damage - increasing risks for blindness, heart attack, and kidney failure," says Kieffer, a member of UBC's Life Sciences Institute.

The combination therapy also produced an unexpected, but welcome result: the mice returned to a normal weight, the same weight as a healthy control group that had been reared on a low-fat diet.

"Their weight loss was intriguing, because some of the common diabetes therapies often lead to weight gain," Kieffer said. "We need to do more studies to understand how the cell transplants lead to weight loss."

The team is also investigating if higher doses of the cells - beyond the five million tested in this study - can achieve the same results without the need for additional drugs.

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Stem cells show promise for reversing type 2 diabetes

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Laminine - Seminar Diabetes - Video

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Published November 25, 2014

A commonly prescribed muscle relaxant may help treat a rare form of diabetes, researchers at Washington University in St. Louis have found.

According to a news release, the drug dantrolene halts the destruction of insulin-producing beta cells in animal models of the disease and in cell models drawn from people who have the illness.

Patients who have the disease, called Wolfram syndrome, usually develop Type 1 diabetes at a young age and must receive multiple daily insulin injections. Diabetes disables the body from producing and properly using insulin, a hormone that helps convert sugar into energy for normal body function, according to the Centers for Disease Control and Prevention (CDC). This effect causes sugar to build up in the blood, which can lead to heart disease, kidney failure and other serious health problems.

In addition to Type 1 diabetes, patients with Wolfram syndrome also have difficulty with balance and hearing and vision loss. One in 500,000 people have Wolfram syndrome, and many patients die by age 40.

During their study, researchers discovered that high levels of the enzyme calpain 2 were the main cause of death in brain cells and insulin-producing cells. Dantrolene, the muscle relaxant, blocked that enzyme and prevented brain cell death in the animals and human-derived models.

Researchers studied the effects of dantrolene on stem cells from Wolfram syndrome patients and their close relatives. The stem cells were grown from skin cells, rather than gathered from cord blood or stem cells developed from embryos. According to the news release, the study authors treated the stem cells in growth factors so they would differentiate into specific cell types, such as neurons and insulin-producing cells. They found that dantrolene wasnt toxic to cells grown from the skin samples of patients relatives.

The drug interfered with cell death in cells from Wolfram patients but did not harm cells that came from parents and siblings, senior investigator Fumihiko Urano, a medicine professor at Washington University, said in the news release.

Dantrolene is often prescribed to patients with multiple sclerosis as a treatment for muscle spasticity. The drug has already been approved by the Food and Drug Administration (FDA), so researchers hope to begin clinical trials quickly.

Wed like to test the drug first in adult patients with Wolfram syndrome, and if we get positive results, we could extend the trial to children, Urano said.

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Muscle relaxant may treat rare form of diabetes, scientists find

Did Scientists Just Cure Type 1 Diabetes?
The Telegraph #39;s Sarah Knapton reports that scientists at Harvard University have discovered how to use stem-cells to manufacture insulin-producing cells, pav...

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Did Scientists Just Cure Type 1 Diabetes? - Video

Major step toward diabetes cure
Researchers at Harvard say they were able to produce cells that make insulin from embryonic stem cells, which could be a major breakthrough in the treatment ...

By: CBSNews.com Web Extras

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Major step toward diabetes cure - Video