Typically, people 45 and older and those with diabetes or rheumatoid arthritis may be predisposed to trigger finger. It’s rare in children. Usually, the tendon sheath becomes irritated due to overwork or injury, so people who do repetitive movements, heavy squeezing or lifting in their work can be prone to the condition. It can happen at any time and is more common than people realize.
How is it treated?
Mayo Clinic – If you’re experiencing mild symptoms, such as a small, tender lump at the base of a finger or your thumb on the palm side of your hand but can straighten or bend your finger without it locking, take an over-the-counter anti-inflammatory medication, such as ibuprofen, every day for two weeks. If your finger or thumb is locked, you may be able to use gentle pressure to force it straight or bent.
If your finger or thumb is locked, you’re not able to force it straight or bent, and you’re feeling catching or popping, the next level of treatment is a steroid injection to calm the irritation and swelling. Performed in the clinic, the injection is done in the palm of your hand. A cold spray is used to numb the area.
When we think about insulin, we know that all of our bodies have a pancreas that sits in the middle of it and, within the pancreas, there specialized cells that go ahead and release insulin. The way I like to think about it is it’s a key that unlocks ourselves so that the food and nutrients we eat are able to be metabolized and used for fuel by our body.
In Type 1 diabetes, we always tell families it’s an autoimmune process. So for some reason, your body sees those insulin producing cells within your pancreas as being foreign, so it starts attacking those cells. So going back to that key analogy, we think about, all of a sudden there’s not a lot of keys available.
Youth with Type 2 diabetes have a different situation going on. In that situation., it’s an issue with insulin resistance and so the way that I think about it is that you still have keys, but the keys are the wrong shape now. The difference between Type 1 and Type 2 diabetes is really the fact that, in Type 1 diabetes, you are relying on exogenously administered insulin for survival.
In Type 2 diabetes, you have insulin that your body’s making. However, you cannot use it appropriately and so youth present with high blood sugars, but in conjunction with that, they often have high insulin levels and so we need to initiate insulin therapy. So giving injections, but over time we may be able to transition to alternative means to manage their glucose levels and I have to say, Yale is at the cutting edge of developing new treatments for kids diagnosed with diabetes.
When using injected insulin therapy or pumping insulin, what we’re trying to do is closely match what your body should be making and so there’s lots of different insulin therapies out there and the amazing thing to think is, you know, 100 years ago this was just discovered, it was one of the initial presentations on insulin therapy. It was here at Yale. People started on insulin therapy in 1922 and it’s come such a long way.
As somebody living with Type 1 diabetes, I can share with you that in 1987 when I was diagnosed, I was on purified pork insulin and so I don’t feel very old, but saying that I took a purified pork insulin therapy makes me feel very, very old and very grateful for how these therapies have improved and how we’re better able to match the physiologic profiles of what your body should make.
The body is complicated! While organs in your body each have a specific job to do to keep you healthy, they still rely on each other to function well. When one organ isn’t working the way it should, it can put stress on other organs, causing them to stop working properly as well.
The relationship between chronic kidney disease (CKD), diabetes, and heart disease is one example of the ways our organs are connected.
The body uses a hormone called insulin to get blood sugar into the body’s cells to be used as energy. If someone has diabetes, their pancreas either doesn’t make enough insulin or can’t use the insulin it makes as well as it should.
If someone has CKD, their kidneys are not able to filter out toxins and waste from their blood as well as they should.
Heart disease refers to several types of heart conditions. The most common condition, coronary artery disease, leads to changes in blood flow to the heart, which can cause a heart attack.
Make the Connection
So how are these three conditions connected? Risk factors for each condition are similar and include high blood sugar, high blood pressure, family history, obesity, unhealthy diet, and physical inactivity.
High blood sugar can slowly damage the kidneys, and, over time, they can stop filtering blood as well as they should, leading to CKD. Approximately 1 in 3 adults with diabetes has CKD.
When the kidneys don’t work well, more stress is put on the heart. When someone has CKD, their heart needs to pump harder to get blood to the kidneys. This can lead to heart disease, the leading cause of death in the United States. Change in blood pressure is also a CKD complication that can lead to heart disease.
Luckily, preventing or managing one condition can help you prevent and manage the others and lower the risk for more complications.
Abbott Laboratories newest continuous glucose monitor is now available at participating retail pharmacies and through durable medical equipment suppliers. The Freestyle Libre 3 was approved by the FDA in June and is a step up from previous Abbott systems.
Abbott Laboratories and Dexcom are the leaders in the CGM market, which hit $5.1 billion in revenue in 2021 and is expected to reach $13.2 billion by 2028, according to Vantage Market Research. Abbott’s CGM systems, called FreeStyle Libre, generated $3.7 billion in revenue last year, with 4 million users globally.
CNBC’s Erin Black, a type 1 diabetic, tested out the Libre 3 for over a month. Here is her review.
Adult-onset autoimmune diabetes encompasses a wide spectrum of heterogeneous genotypes and phenotypes, ranging from classic adult-onset type 1 diabetes mellitus to latent autoimmune diabetes in adults (LADA)
The heterogeneity of LADA arises from its definition as being present in any adult with diabetes who does not require insulin and who is positive for any islet autoantibody, regardless of titre, number or epitope specificity
The heterogeneity of LADA manifests in different clinical phenotypes, ranging from prevalent insulin resistance to prevalent insulin deficiency, each of which might be associated with different autoimmune and metabolic markers
Although patients with LADA are leaner and have healthier lipid and blood pressure profiles, evidence shows that there is no difference in cardiovascular outcomes between these patients and those with type 2 diabetes mellitus
Learning about insulin resistance, or prediabetes, can be intimidating. Eleanna De Filippis, M.D., Ph.D., an endocrinologist at Mayo Clinic, walks you through the facts, the questions, and the answers to help you better understand this condition.
Video timeline: 0:00 Introduction 0:41 What is insulin resistance? 1:32 Who gets insulin resistance? / Risk factors 2:38 Symptoms of insulin resistance 4:04 How is insulin resistance diagnosed? 4:34 Treatment options 5:21 Coping methods/ What now? 5:41 Ending
The (developed) world just has too much food. Food producers race with each other to make It tastier, to advertise it widely, and make it available on demand. As a consequence of their success, at least 1/2 of the developed world is overweight and has decreased insulin sensitivity, prediabetes or diabetes. This leads to severe health consequences in the form of hypertension, arteriosclerosis, heart disease, brain disease, liver disease, and a variety of back and joint problems.
Mankind did not evolve in an environment of chronic nutritional oversupply, but rather it’s reverse. Mankind did not develop in a sedentary environment, but rather it’s reverse.
Insulin resistance is caused by overfilled energy stores (excess fat), increased inflammation from distended, dying fat cells, excess fatty acids and stresses to some of the important micro structures in our cells, such as mitochondria and endoplasmic reticulum, not to mention metabolic pathways such as the mTOR and Sirtuin systems.
Eating is a pleasure, and turning down food takes self-discipline, which is a pain, and is becoming increasingly unpopular. “Maybe a pill will come along to get rid of fat and prevent its accumulation”. but don’t count on it. The main hope for avoiding the danger of overnutrition is being discriminating about what and how much you eat.
Exercise is inconvenient and uncomfortable, but is the second necessity for a healthy life. Two of its many benefits is to increase adiponectin, which increases burning of the fatty acids which are so toxic to the body, and to increase insulin sensitivity, counteracting type two diabetes.
The third necessity is getting enough sleep.
Replay the old record. Diet, exercise and sleep, sleep diet and exercise.
Please excuse me, it’s time for my evening exercise.
In our modern consumer society, Type 2 diabetes has become a widespread disease. Companies are developing drugs that are increasingly expensive, but not necessarily more effective. Health authorities are powerless. Diabetes is spreading rapidly, all over the world.
The disease destroys lives and puts a strain on public budgets. The UN is calling on governments to take action. Diabetes is proof that modern societies are incapable of adequately treating chronic disease. It affects around 430 million people worldwide, with two main metabolic disorders falling under the name diabetes.
Type 1 is an autoimmune disease that must be treated with lifelong doses of insulin, while type 2 can develop when a person’s diet is too high in fat and sugar and they do not engage in enough physical activity. With turnover of $46 billion, diabetes is a massive and extremely lucrative market. Constantly promised miracle cures have not led to satisfactory treatment, with patients either taking too many drugs or no longer being able to afford them.
It’s a desperate situation, and the only ones benefiting seem to be pharmaceutical companies. A medical focus on blood glucose levels has led to an overreliance on medication, sometimes without due concern for dangerous side effects. Patients become trapped in a cycle of treatment, which in many cases still does not halt the disease’s progression. This can lead to amputations, blindness and heart attacks.
And yet there are alternatives that could flatten the curve of the type 2 diabetes epidemic, while reducing health care spending. Improved diet can be a preventative measure, and a strict adherence to diet can also bring about remission in the case of Type 2 diabetes. But these solutions require effort, as well as a complete rethinking of chronic disease management. Filmed on three continents, this documentary features industry whistleblowers, patients, researchers and medical professionals. It also confronts pharmaceutical companies about their responsibility for the situation.
The true disability cost of the COVID-19 pandemic is still unknown, but more and more studies are adding to the list of potential fallout from even mild COVID 19 infection.
In this episode of Coronapod we discuss a massive association study which links COVID-19 cases with an increase in the risk of developing type 2 diabetes. We delve into the numbers to ask how big the risk might be? Whether any casual relationship can be drawn from this association? And what might be in store from future research into COVID and chronic disease?