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Diabetes Insipidus: Causes & Symptoms + 5 Natural Treatments

Diabetes Insipidus: Causes & Symptoms + 5 Natural Treatments

Diabetes Insipidus: Causes & Symptoms + 5 Natural Treatments

Diabetes insipidus, is a debilitating and rare disease, with a prevalence of 1 out of 25,000 people. Often referred to as “water diabetes,” it is a condition characterized by frequent and heavy urination, excessive thirst and an overall feeling of weakness. It’s caused by a defect in the pituitary gland or in the kidneys. (1)
The term insipidus means “without taste” in Latin, while diabetes mellitus involves the excretion of “sweet” urine. People with diabetes insipidus pass urine that is diluted, odorless and relatively low in sodium content.
Diabetes insipidus and diabetes mellitus (which includes both type 1 and type 2 diabetes) are unrelated. Both conditions do cause frequent urination and constant thirst. People with diabetes insipidus have normal blood sugar levels, but their kidneys cannot balance fluid in the body.
Although the symptoms of diabetes insipidus can be bothersome and sometimes even life-changing, the condition doesn’t increase future health risks when it is managed properly. It’s important to find the right treatment plan, which typically involves taking measures to avoid dehydration.
What is Diabetes Insipidus?
Diabetes insipidus is a condition that disrupts normal life due to increased thirst and passing of large volumes or urine, even at night. It is a part of a group of hereditary or acquired polyuria (when large amounts of urine is produced) and polydipsia (excessive thirst) diseases. It’s associated with inadequate vasopressin or antidiuretic hormone secretion.
Vasopressin, which includes arginine vasopressin (AVP) and antidiur Continue reading

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Diabetes Awareness Luncheon Offers Valuable Education for All

Diabetes Awareness Luncheon Offers Valuable Education for All

Members of Hospital’s Clinical Team Will Focus on Prevention, Management of Disease
Carthage Area Hospital invites the public to attend an educational luncheon on Wednesday, Nov. 15, that will empower guests with information on the risks for diabetes, tips to prevent the disease and how those living with it can thrive.
The free luncheon is set for 11:30 a.m. to 1 p.m. at the Carthage Elks Lodge, 511 Fulton St. A complimentary lunch will be served. Email [email protected] or call 315-519-5209 to reserve your seat today or register online at www.carthageareahospital.com/diabetes.
November is National Diabetes Month so individuals, health care professionals, organizations, and communities across the country can bring attention to diabetes and its impact on millions of Americans. The American Diabetes Association estimates that 1.7 million Americans are diagnosed with diabetes each year. Through proper education and training people with diabetes can thrive.
“Knowing the risks for diabetes and making healthier choices can make a huge difference in preventing diabetes and living well with the disease,” said Carthage Area Hospital Nutrition Services Director Carly R. Draper, RD, CDN, CDE. Draper, a Certified Diabetes Educator, is one of three members of the hospital’s clinical team scheduled to speak during the event. She will present an overview of the disease and outline steps to manage nutrition with diabetes.
Clinical Pharmacist Christopher Bradley, PharmD, MBA, will discuss effective medication choices for Type 1 & Type 2 diabetes and Therapy Specialist William Blund Continue reading

A Craftsman Blames His Tools: Blood Glucose Meter Accuracy & Long-Term Diabetes Control

A Craftsman Blames His Tools: Blood Glucose Meter Accuracy & Long-Term Diabetes Control

A Craftsman Blames His Tools: Blood Glucose Meter Accuracy & Long-Term Diabetes Control
Summary
After consistently receiving higher-than-expected A1c results, I tested my meter against four of the most popular meters available to see if systematic bias was at the heart of my frustration. The results were particularly damning to not only my meter, but to the landscape as a whole. I found that meter accuracy alone could be responsible for a full 1.5% difference in A1c without any change to perceived glucose control, resulting in significantly different treatment plans and emotional outcomes. This contrasts the rhetoric presented by device manufacturers, medical providers, and leading diabetes organizations, all of whom take a particularly casual approach to the question of accuracy.
Introduction
When I started using Dexcom’s G4 Platinum w/ Share continuous glucose monitor (CGM) about a year ago, I found that my average glucose was not correlating well with my periodic A1c results. Specifically, for three separate three-month periods, my A1c came in a full percentage point higher than my average glucose (as calculated from my CGM data) would predict. This was especially frustrating given how much effort I was spending tuning my homemade artificial pancreas. While there are numerous potential sources for this discrepancy, the fact that it was occurring consistently pointed me in the direction of something that could cause systematic bias: the twice-daily blood glucose meter readings used to calibrate my CGM.
For the past seven years or so, I have been using the Johnson & John Continue reading

What is diabetes?

What is diabetes?

Diabetes is an incurable condition in which the body cannot control blood sugar levels, because of problems with the hormone insulin. There are two main variations of the illness, Type I and Type II.
How does the body control blood sugar levels?
Your body uses blood sugar (glucose) for energy. Glucose is a basic ingredient of sweet foods such as sweets and cakes. It can also be produced by carbohydrates such as potatoes, pasta or bread when they are digested and broken down.
Under normal circumstances, the hormone insulin, which is made by your pancreas, carefully regulates how much glucose is in the blood. Insulin stimulates cells all over your body to absorb enough glucose from the blood to provide the energy, or fuel, that they need.
After a meal, the amount of glucose in your blood rises, which triggers the release of insulin. When blood glucose levels fall, during exercise for example, insulin levels fall too.
Types of diabetes
There are two main types of diabetes. In Type 1 diabetes the cells of the pancreas stop making insulin. In Type 2 diabetes, either the pancreas cells do not make enough insulin, or the body's cells do not react properly to it. This is known as insulin resistance.
Type 1 diabetes is an autoimmune condition, and the immune system attacks the cells of the pancreas. It tends to affect people before the age of 40, and often follows a trigger such as a viral infection.
The exact mechanisms that lead to Type 2 diabetes are not fully understood, but an underlying genetic susceptibility is usually present. This could be a family history of the illness, f Continue reading

LI doctor leads study of Type 1 diabetes’ effects on the brain

LI doctor leads study of Type 1 diabetes’ effects on the brain

For nearly a century, scientists have asked how diabetes affects the aging brain. Now a Long Island medical investigator — with the help of a $4.2 million grant — is beginning the hunt for answers.
Dr. Alan M. Jacobson, chief research officer at NYU Winthrop Hospital in Mineola, has been awarded the money by the National Institutes of Health. He is to lead a consortium of medical centers throughout the United States and Canada with the aim of understanding how Type 1 diabetes affects the most complex organ in the known universe — the human brain.
Participants will be 60 and older, ages when the risk rises for cognitive impairments, with or without diabetes.
Earlier medical investigations have shown that diabetes adversely influences the brain through a telltale triad — uncontrolled blood sugar, high blood pressure and high cholesterol. All three are part of the condition.
The team will be on the lookout for key predictors of cognitive impairments as they collect information on hundreds of people over the next five years. The research is just getting organized, Jacobson said.
His game plan is to delve into every possible nuance about cognitive function under the impact of a lifelong and powerful disease, and employ imaging technology to eavesdrop on each participant’s brain.
“We will be using MRI and a variety of different techniques to study brain structure, brain physiology and changes in vascular blood flow,” Jacobson said. The research will attempt to answer unresolved questions about brain shrinkage, memory loss and cognitive declines in thinking and probl Continue reading

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