There is a lot of buzz going around the internet about low-calorie sweeteners. Some say they are okay to use and others say to stay away from them. Sugar alcohols are just one of the low-calorie sweeteners that many are buzzing about.
Does honey and diabetes work well with each other? Honey will affect your blood sugar level just as granulated sugar does. If you want to swap out sugar and replace it with honey, the results will be the same.
An A1C level helps a diabetic see how well he or she has controlled their blood sugars over an average of a 2-3 month period. This is one of the first tests an endocrinologist will run on you. A1c results are obtained by a simple blood test and take just a few minutes to get the results. You should know your result before leaving the office.
The A1c chart above shows how your blood sugars average over a 2-3 month period of time determine your A1c score. The goal is a 7 or less. This means your average blood sugar reads at 150 or lower. Every diabetic is different and each will have their own individual goal but the standard has been 7 or less.
The A1C test measures the level of what is called “glycated hemoglobin.” The hemoglobin is the protein in the red blood cells that allows those cells to carry oxygen. The molecular structure of hemoglobin allows the red blood cell to pick-up oxygen in the lung and to release it in an oxygen-deprived body cell.
Of course, the hemoglobin in the red blood cells does not link to only oxygen. Hemoglobin molecules in the blood also link to other chemicals in the blood stream. If a diabetic has a high level of blood sugar in his or her bloodstream, that excess sugar enters the red blood cells. The hemoglobin in the blood cells links to the entering sugar.
Biochemists have given a name to the process that creates a linkage between hemoglobin and sugar. Biochemists call that process “glycation.” Once hemoglobin links to a sugar molecule, it becomes glycated hemoglobin. The level of glycated hemoglobin in the blood indicates the level of sugar in the blood.
Once the body produces a molecule of hemoglobin, that hemoglobin remains in the bloodstream for two to three months. If it becomes glycated hemoglobin, it continues to stay in a red blood cell for the normal “life” of a hemoglobin molecule (2-3 months). The A1C level gives the physician an overview of a patient’s blood sugar level for a two to three month interval. Exactly what level does the physician want to see?
What the Endocrinologist Sees
A trained physician should know that a patient without diabetes usually has an A1C level of 5%. The A1C level in a diabetic can be expected to rise above 5%. What sort of rise should alarm the physician? What sort of rise should let the physician know that his or her patient needs an improved diabetes treatment plan?
A diabetic who has A1C levels of 7% does not need to make major changes in his or her treatment plan. Such a diabetic has an A1C level that shows only a mild rise above the normal A1C level. Such a diabetic has come close to achieving control of his or her blood sugar level.
A diabetic who has A1C levels of 25% would hear pleas from his or her physician to make immediate changes in the existing diabetes treatment schedule. An A1C level of 25% would show that the treatment schedule currently in use had failed to offer a means for control of the diabetic’s blood sugar level as the blood sugar levels would be running too high.
Of course a physician would not call for great changes in a diabetes treatment plan after looking at only a single A1C level. The physician would want to know if that level had remained stable for twenty-four to forty-eight hours. Only when an A1C l level has shown such stability does a trained physician feel ready to base a treatment schedule on that A1C level.
The A1C level reveals what a single test of the blood sugar level can never hope to reveal. The A1C level discloses the degree to which a diabetic has managed to maintain an acceptable blood sugar level. By examining a patient’s A1C level, a physician can watch for indications that a patient might have subjected his or her body tissues to an abnormally large amount of glucose.
High A1C levels indicates passage of a 2 to 3 month period during which the red blood cells have managed to link up with excess sugar molecules. During that same period, the patient’s circulatory system and nervous system has been under stress. This type of a result needs to be met with better control of your blood sugars.
Becton Dickinson is once again making inroads in the diabetic world with a 31-gauge 8mm BD Ultra-Fine Short Needle. This needle is to be used with the BD Ultra-Fine Short Needle Insulin Syringes. This needle is believed to be the thinnest needle used for insulin in today’s market.
The syringes and corresponding needles are made for single usage. The BD Ultra Fine Short Needle is shorter than other needles. When used with the syringe, you have three barrel sizes to choose from. There’s the 1cc size, which is equivalent to 100 units; the ½ cc size, which is equivalent to 50 units; and the 3/10 cc size, which is equivalent to 30 units.
If you’re using the 3/10 cc (30 units) size, you have a choice of using two different barrels. You can either use the one that has full-unit markings or the one half-unit markings. The half-unit markings may be more advantageous to use. This can be to your advantage is you have small insulin amounts to take. You won’t have to concern yourself about administering too much at one time.
Studies have shown that using thinner needles get rid of most if not all of the pain and discomfort when administering insulin. This is why BD came out with a new line of ultra-fine syringes.
When you’re injecting insulin, you should be conscious of what type of needle you use. Believe it or not, it can change your scope, especially if it provides comfort and less pain during the process.
BD always has the diabetic in mind when manufacturing syringe needles. There are several steps that are taken to ensure the quality and comfort of the BD Ultra-Fine Short Needles.
Process of Creating a Syringe
First, BD uses a method that removes any imperfections from the needle. This helps the needle to look smooth, making for a safe and comfortable injection. This also includes removing any rough patches that can wear down and tear your skin.
Next, there is what is called a micro-bonded lubrication. This helps the needle to have easy penetration in the skin while your administering your insulin. This lubrication prevents any rough feeling between the needle and your skin during this time. Also, when you remove the needle, it is not difficult to pull out of your skin after the procedure.
The third part of this deals with the needle’s fine point on the end. This part of the needle is shaped into three edges. The three edges help to part your skin while the needle is being inserted, allowing easy access for it. Each of the three edges are to align with each other.
In addition to the above, the syringe along with the needle is manufactured to provide the best quality for the diabetic. The needle is also made with a quality grade of stainless steel. Prior to distribution, the BD Ultra-Fine Syringe Needle goes through an inspection. This inspection must weight out to 100%.
To prevent infection or injury, you should not use the BD Ultra-Fine Syringes more than once. Prior to making a needle change with your syringe, consult with your physician for further assistance.
If you are in the market for a new blood-testing device, you may like to hear about the Glucolet 2 Lancing device made by Bayer. The more you know in advance about a product, the more likely you will be to choose the device that is the most appropriate for you and your own personal needs.
Each blood-testing product has both positive and negative aspects. If you know which qualities are the most important to you, this is the first step toward selecting the one specific device that you will consider to be the most appropriate for you.
Glucolet 2 Positives
One of the most beneficial characteristics of the Glucolet 2 is that it will provide a wonderful degree of ease in carrying it with you throughout the day. If you have a busy or an active lifestyle, you will probably find this feature to be very helpful. The Glucolet 2 is one of the smallest, most compact devices that you can buy. Its size, light weight, and handy clip all add up to the Glucolet 2 being portable and convenient.
- Small size
- Light weight
- Handy clip
Glucolet 2 Negatives
The Glucolet 2 does contain a number of more negative characteristics which you should bear in mind if you are thinking about buying this product. One such characteristic is that this device is designed to be used only with one specific size lancet. If this larger-sized lancet would be uncomfortable for you to use, this factor alone will mean this device will not be to your liking. The ultra-fine lancets, which many diabetics prefer, cannot be used with the Glucolet 2.
Another factor of the Glucolet 2 is that using it will require a great deal of effort. The amount of pressure required to both cock and release the trigger makes this device an undesirable choice for many diabetics. Children and elderly persons, especially, may find this product quite difficult to use.
- Doesn’t use ultra-fine lancets
- Amount of pressure needed
Glucolet 2 Safety Factors
For diabetics who consider the safety factor to be very important, the Glucolet 2 will probably not meet their standards. Removing and disposing of used lancets require the user to do this process by hand. When a child must handle his used needles in order to dispose of them, it significantly increases his risk of injury. While dealing with the prospect of getting poked, pricked, or scraped by a used needle would be unpleasant for anyone, it can be even more serious when the person who experiences it is a child– it may even effect his readiness to deal with his own blood-drawing process after such a bad experience.
When you are preparing to select a new blood-testing device, it is important to take all of your personal priorities into consideration. This will assist you in choosing the specific device which will meet your specifications. While the Glucolet 2 will give you a nice degree of convenience in portability, this factor appears to be the Glucolet’s only positive feature.
When you have all of these other points in mind, you can then decide whether the Glucolet 2 is compact, easy to carry size and design will be beneficial enough to you to outweigh all of this product’s less-than-desirable points.
The effects of diabetes are widespread, and this chronic disease can wreak havoc on virtually every part of the body. Many diabetics are prone to eye problems such as glaucoma and cataracts. However, the most crippling eye disorder involves the retina, a phenomenon known as diabetic retinopathy.
Diabetic Retinopathy at a Glance
The retina is the tissue matter at the back of the eye which captures light sources and sends information to the brain. Retinopathy is used to define the damage inflicted upon the tiny capillaries that surround the retina. Individuals that have had diabetes for a significant amount of time are more likely to develop diabetic retinopathy. It is estimated that approximately 50 percent of diagnosed diabetics have been affected to some extent by this retinal disorder. Both Type I and II diabetics are at risk for developing retinopathy.
Chances of diabetic retinopathy increase with the following:
- If you are of African-American or Hispanic origin
- Have high blood pressure
- Are pregnant
- Have diabetes with uncontrolled glucose levels
When first afflicted by retinopathy, diabetics usually only experience slight changes in vision. This debilitating disorder can even progress without any noted changes in vision. However, as the condition progresses, significant eye problems can occur.
Symptoms of diabetic retinopathy include:
- Blurry vision
- Difficulty seeing at nighttime
- Floating “spiders” that obstruct vision
- Problems adjusting to changes in light
All diabetes patients should have a comprehensive eye exam with a retinopathy specialist every year to check for any precursors to the condition. Also, if you are pregnant, an eye exam should be administered immediately and then throughout your pregnancy.
Diabetic retinopathy generally occurs in two separate types: proliferative and nonproliferative.
Proliferative Diabetic Retinopathy (PDR)
The more advanced of the two forms, proliferative diabetic retinopathy (PDR) occurs when abnormal capillaries grow in the optic disc or the retina. The blood vessels can also project into the clear substance that composes the center of the eye, the vitreous. Proliferative retinopathy can result in loss of both central and peripheral vision.
Nonproliferative Diabetic Retinopathy (NPDR)
Nonproliferative diabetic retinopathy (NPDR) occurs in the early stages of the disease. The most common type of retinopathy, there are either no or extremely mild symptoms in NPDR. The process of nonproliferative diabetic retinopathy begins when the retinal capillary walls weaken. “Outpouchings,” or small protrusions known as microaneurysms stick out from the walls of the retinal blood vessels. If the microaneurysms start to leak, blood and fluid seep into the retina. Severe NPDR can result in a disorder called diabetic macular edema, the swelling of the center portion of the retina, the macula. A dysfunction in the macula can cause an obstruction in your central vision.
Treating Diabetic Retinopathy
Diabetics with nonproliferative diabetic retinopathy usually do not require immediate treatment, but it is recommended that your physician keep a check on the progress of the retina. Proliferative diabetic retinopathy, however, will require surgical treatment as soon as possible. The two treatments commonly used for diabetic retinopathy are photo coagulation and vitrectomy. It must be addressed that these treatments are in no way a cure for retinopathy; they only can slow down or assist in halting the progression of the condition. Laser treatment or photo coagulation stops the leakage of blood and fluid in the retina. This is turn slows the advancement of retinopathy, and likelihood of loss of vision. In this process, a laser will attempt to seal leakage by producing tiny burns in the sections with abnormal capillaries. Photo coagulation can be performed in either a physician’s office or an outpatient surgical unit. The goal of a vitrectomy is to remove the blood and fluid engorged vitreous. The procedure begins when sections of tissue are cut and extracted from the eye. A salt solution replaces the portions that were removed, so that the pressure and shape of the eye return to normal. Recovery from vitrectomy is significantly longer than with laser treatment, and can take several weeks.
What is Type 1 Diabetes
The pancreas just stops producing insulin so the patient has to take artificial insulin via injections. No pills will treat this condition. Mostly thought to be caused by an autoimmune attack on the pancreas that kills the insulin-producing cells. Not caused by obesity, diet or lack of exercise. Some patients are as young as one month old (infants) at time of diagnosis, but many diagnoses come frequently during the teen years. No cure. One day, pancreas transplants might be perfected. Very, very, very difficult to control — a daily balancing act of preventing blood sugar highs and lows, a battle that goes on for a lifetime. Short-term side effects can be deadly, and long-term side effects are deadly. (Read below for more information.)
What is Type 2 Diabetes
The pancreas still produces insulin, but the body does not process that insulin correctly. Pills can be used to treat type 2 diabetes, along with diet adjustments and exercise. There is no cure, but a patient can control their type 2 diabetes so well that it seems to disappear, but it hasn’t disappeared. The patient needs to stay vigilant in taking care of their condition. In years past, this was mostly diagnosed in older adults. Younger and younger patients are being diagnosed in recent years. (Read below for more information.)
What is Insulin Resistance (or pre-diabetic condition)
The pancreas makes extra insulin to take care of the higher than normal blood sugar levels a patient is dealing with. As time passes, the pancreas stops making this extra insulin and the condition leads to a diagnosis of type 2 diabetes. Currently being diagnosed in patients who are younger and younger, usually the teen years, because of poor diet and lack of exercise. (Read below for more information.)
Why is it called Type 1 Diabetes
Your pancreas is kaput when it comes to making insulin. It quits doing its job. It just doesn’t do it anymore. The only way you can continuing living is to put artificial insulin into your body either through a daily shot (most likely, multiple shots) or an insulin pump. There is no “pill” treatment for type 1 diabetes, insulin injections only. Presently, there is no cure for type 1 diabetes. Type 1 diabetes is not caused from being overweight or obese. There is absolutely nothing you can do to prevent a diagnosis of type 1 diabetes. You did nothing that caused this to happen. It is not your fault. It is just a case of “bad medical health luck.” A person is stuck with this condition for the rest of their lives. It never goes away, and it always requires diligent treatment and oversight. Take five minutes to feel sorry for yourself after the initial diagnosis of yourself or of your child and then shut the door on that. Dedicate your life to doing the best you can. That’s all you can do – your very best. There are diagnoses out there much worse than type 1 diabetes, conditions that can take you or your child in a matter of days, weeks, or months. Type 1 diabetes is nothing to celebrate, don’t get me wrong, and it’s a tricky situation, a very difficult job to manage it, but you never give up. Those with long-term type 1 diabetes almost always suffer from some type of complications from the disease, even though they work constantly to keep their blood sugar levels as regulated as possible. (Complications: Insulin reaction, meaning the blood sugar level has dropped too low. In other words, too much insulin in the body. Which means, a person can go into what is frequently referred to as a “diabetic coma.” If left untreated, a person can die from a diabetic coma. They immediately need that blood sugar to be raised. Long-range side effects include (but are not limited to) blindness, limb amputation, kidney dialysis because of kidney failure, and heart attacks at an early age because of the damage done to the body. (Research is currently underway for the hope of more success in a pancreas transplant, the one-day, ultimate treatment for type 1 diabetes.)
Why is it called Type 2 Diabetes
Changes within your body cause the blood sugar levels to rise higher than they should. Your pancreas still produces insulin, but your body does not process that insulin correctly. Currently, treatment for type 2 diabetes is oral medication. Insulin shots are not used in type 2 diabetes unless the patient cannot control their blood sugar levels with diet, oral medication and exercise. Most times, type 2 diabetes is attributed to being overweight, even obese, lack of exercise, and having a poor diet, but genetics and environment are also thought to have a role. (Varying theories abound about this.) You can control this condition without going into injections, but you have to take care of yourself so you don’t get to the point where you need injections. If you’re overweight, lose the weight. If exercise to you is walking to the fridge, get outside and walk, walk, walk. Do everything you can to prevent your condition from worsening. You’re in charge of it, it’s not in charge of you.
Why is it called Insulin Resistant
Insulin resistant is a condition in which your pancreas makes extra insulin to make up for the higher than normal blood sugar levels that you are running. A lot of times, this is referred to as “pre-diabetic” condition. Eventually, the pancreas stops making that extra insulin and your pancreas just can’t make enough insulin to keep your blood sugar levels where they should be. When this happens, you’ve graduated to a diagnosis of type 2 diabetes, and all that that encompasses. Before that graduation to the next level, this is a very important time for you to take charge of your health. The longer you can delay the diagnosis of type 2 diabetes, the better health you will have in the future. Insulin resistance can be attributed to being overweight or obese, poor diet and lack of exercise. Insulin resistance does not have to lead to a diagnosis of type 2 diabetes. You can nip it in the bud and add years to your life by making adjustments now. Get up out of that chair, get off that sofa and move, and don’t buy candy bars and sugary drinks and stay away from any desserts. Learn about carbs. This is your life and you can change it right now.
Theories on the Cause of Type 1 Diabetes
Type 1 diabetes usually strikes those under 25 years of age. Over the years, many theories have been tossed out about the cause of type 1 diabetes. One of the most current theories and the most accepted in the health field is that a virus attacks the body and a person’s immune system kicks in and on an errant mission known only to itself attacks the insulin-producing cells in the Islet of Langerhans (the cells within the pancreas that produce insulin), with this person usually having a predisposition (family history—possibly going back generations) to some form of diabetes. But, a predisposition is not always there. Some families have no history of any form of diabetes at all and then their three-month old grandchild is diagnosed with type 1 diabetes. Then again, you can have five siblings in the same family who are diagnosed with type 1 diabetes, and it’s often said in that family that, Grandma Yumkins had “sugar,” or Cousin Plumcakes had the “diabetus.” No two cases are ever the same, no two histories are ever the same, no two outcomes are ever the same.
Theories on the Cause of Type 2 Diabetes
The exact cause is not known (perhaps genetics or environmental issues come into play), but being overweight and inactive are almost always contributing factors.
Symptoms of Type 1 Diabetes
It is important to know the symptoms of type 1 diabetes because if the patient is especially young (meaning from day of birth to their teens), they can slip into ketoacidosis. Ketoacidosis is when the blood sugar level is so high that the body eventually shuts down. A kaput pancreas equals no insulin in the body; no insulin in the body means a buildup of glucose in the bloodstream and organs, which can lead to death. As soon as symptoms are detected in yourself or your child, get to the doctor. If symptoms are severe, go to the emergency room. A simple blood test can detect type 1 diabetes. (A young child might not be able to verbalize the symptoms listed below, so it’s a good list for any parent to be familiar with so they can see that something is wrong and do something about it as soon as possible. Symptoms can become very evident in a matter of days.)
- Extreme thirst
- Excessive urination
- Extreme fatigue
- Deep breaths
- Dry mouth and skin
- Fruity breath smell
- Stomach pain
- Extreme hunger
- Unexplained weight loss
- Blurred vision
Symptoms of type 2 Diabetes
Type 2 diabetes symptoms usually come on gradually, and they include all the symptoms listed above for type 1 diabetes.
Symptoms of Insulin Resistant (or Pre-diabetic Condition)
Insulin resistant symptoms are the same as listed for type 1 and type 2 diabetes. Like type 2 diabetes, the symptoms usually come on gradually. With insulin resistance, there can also be a darkening of the skin in the folds and creases of the body (armpits and around neck). This is called acanthosis nigricans. Acanthosis nigricans can also be present in the diagnosis of type 2 diabetes.
Medications for Type 1 Diabetes
Injectable insulin is the only treatment for type 1 diabetes. There is rapid-acting insulin, short-acting insulin, intermediate-acting insulin, 20-24 hour insulins, 24-hour insulins, and then pre-mixed insulins. You and your doctor will decide which is best for you. You might opt for a little bottle of insulin that you push a needle into and pull back on the syringe to take the insulin out of the bottle, or you might opt for the more convenient insulin pens. With an insulin pen, a cartridge of the insulin you use is in this “pen.” Just pop the pen against your skin, and the insulin is injected into you. These pens save time in administering, but for the person squeamish of needles, it goes a long way in making the process of taking the insulin a lot easier. You will need to test your blood sugar level often by pricking your finger, putting a little blood on a test strip and inserting it into your glucose meter. The results of that number in the meter helps tell a patient how much and what kind of insulin to use. A list of some of the injectable insulins are as follows:
- Regular Humulin
- Humulin 70/30
- Novolin 70/30
- Humulin 50/50
- Humalog Mix 75/25
Managing type 1 diabetes is costly. The range in price for insulin varies. If you’re going with the pre-mixed, the cost is much higher. With the Affordable Health Care Act (Obamacare) in place, eventually, insurance companies will not be allowed to deny you coverage for a pre-existing condition, or a costly health condition, and the medical insurance will make your supplies more affordable.
Medications for Treatment of Type 2 Diabetes
Some oral medications commonly used in the treatment of type 2 diabetes are:
- Metformin (Glucophage, Glumetza and others)
- SGLT2 inhibitors
- GLP-1 receptor agonists
- DPP-4 inhibitors
Insulin injections are used with type 2 diabetes in extreme cases only when the patient does not control their condition through diet and exercise.
Insulin Resistant Medications
Typically, there are no medications at this stage, but the patient is taught about nutrition and the importance of exercise to prevent their condition from worsening.
Management Tools for any Type Diabetes
Yes, regardless of the type diabetes you have, you are going to have to manage your condition. You will need to know your blood sugar levels in order to decide what type insulin to use if you have type 1 diabetes. If you have type 2 diabetes, you need to know your blood sugar levels to see how well you are managing with your diet, exercise and food intake. If you are insulin resistant, you want to keep an eye on your progress. You will need:
- Continuous Glucose Monitor (CGM)
- Glucose Meter
- Strips for use with the Glucose Meter
If you have gone the route of using a pump, you will need additional supplies which your doctor will help you with. And the pump people out there – we heard an interesting comment from a contestant on American Idol. He stated that he had a “robotic pancreas” on his guitar strap. He was proud of it, and we’re proud of him for stating that for all the people to hear. Kudos to him!!! Eternal appreciation to him for acknowledging what was on his guitar strap. Some people have had great success with their insulin pumps; some veer away from the insulin pumps. It’s what is right for you and what works for you. Again, everybody is different.
Frequently Asked Questions Related to Diabetes
What is a diabetic coma?
There are two reasons for a diabetic coma, but both reasons lead to unconsciousness and both conditions require immediate medical help or the patient could die.
Low blood sugar levels. Usually comes on very suddenly and can be deadly. Call 911 immediately. Blood sugar levels drop so low that the body shuts down. If not treated, the patient is very likely to die. Hypoglycemia usually occurs in patients who have type 1 diabetes and are taking artificial insulin. The patient runs a little too far and burns a few too many calories, or they skip that important snack. Again, this is part of the juggling act of controlling the highs and lows of blood sugar levels in persons with type 1 diabetes.
(In the past, oral medications for type 2 diabetes did not cause extreme low blood sugar levels so there was no concern about hypoglycemia. With the advent of some of the newer oral medications, some people do experience some slight low blood sugar levels, especially when they are first started on these newer medications but rarely do patients with type 2 diabetes suffer from extreme hypoglycemia.)
Hypoglycemia is a very, very dangerous condition. Call 911 immediately if a person with type 1 diabetes becomes unconscious, acts disoriented, or becomes delirious.
High blood sugar levels. Usually comes on slowly, but needs immediate medical attention. Call 911. The blood sugar levels are extremely high. A child puts his head down on the desk, falls to sleep (or everyone around him thinks) and then the teacher can’t rouse him. This, typically, is an example of a child who has undiagnosed type 1 diabetes so the blood sugar levels have risen and risen and risen. Many instances of type 1 diagnoses have come about by the child being found unconscious either at home or at school. In most cases, these children are taken to the ER, given treatment and the blood sugar level is brought back under control; thereafter, the child will be taught about their type 1 diabetes diagnosis and treatment options.
What is an Insulin Reaction?
Low blood sugar levels to the point that intervention is needed immediately. The hands start shaking, the body seems to tremble, and the brain begins to get confused. If not treated right away, unconsciousness will occur. You can treat with sugar, candy, sugared drinks, honey – anything that is concentrated sugar that will raise the blood sugar level right away. A piece of bread will take too long to treat the condition. If the patient doesn’t respond, call 911.
What is Ketoacidosis?
In reference to diabetes, the body has a lack of insulin and then produces ketones in the blood. This condition is usually found when the blood sugar levels are extremely high and is usually found in a patient who is newly diagnosed, or anyone with extremely high blood sugar levels. This is what causes the fruity smell that can at times be detected in a person with undiagnosed type 1 diabetes.
This is a plainly written information paper on the difference between type 1 and type 2 diabetes. Always consult with your doctor about any questions you have regarding your diabetes. The Juvenile Diabetes Research Foundation (JDRF) and the American Diabetes Association (ADA) will always answers any questions you may have and help you in any way that they can. Never hesitate to call them.
Water retention, also known as Edema, is caused by a few different reasons and is common in those who have diabetes. It might be from a mild illness or condition. Other times when someone has water retention it could mean something more serious is happening in the body.
Water retention is common in:
It is best to see a Doctor to make sure the cause of the water retention is not serious and that it can be cured.
Diseases in the Kidneys, Liver, and Heart are known for expressing water. People who have Diabetes and take Thiazolidinediones medications are also known to have water retention. Thiazolidinediones are commonly used to treat Type 2 Diabetes. It helps the body produce more insulin.
Thiazolidinediones can cause:
- Weight gain
- Edema (Swelling)
These symptoms usually go away after a few weeks of taking the treatment.
There are three types of Edema that are associated with Diabetes.
Macular Edema is one of the types. It consists of swelling in the macular which is near the retina’s center. This is the area that helps a person be able to read. It is also responsible for daytime vision and color reception. Diabetic Retinopathy caused Macular Edema is a complication caused by Diabetes. It starts by the leaking of fluid from blood vessels into the macula. Eventually this can cause the person to go blind.
Pulmonary Edema is the second type. This happens if someone is using certain Diabetic medications and also if the person has cardiovascular problems. Treating this type of Edema consists of inserting a catheter which drains the fluids.
Foot and Leg Edema
Foot and Leg Edema is also a type that is experienced. This type of Edema can cause a high risk of non-healing wounds with someone who has Diabetes. Treatment for this type usually is with manual decongestive therapy and diuretics.
It is very important to prevent Edema from happening. If it goes untreated, it can lead to serious outcomes such as vision loss if you have Diabetic Retinopathy. The main way to stop the Edema is by ceasing the source. Diabetes will not go away, but it can be controlled and taken care of. If you have Diabetes and notice swelling it may be linked to the medication you take so be sure to let your endocrinologist know right away. It can be fixed as simple as changing your medication. Having screenings routinely done will help detect if there is a serious problem before it is full blown.
Once you have knowledge of Edema it will prepare you. When your ankle or leg is swollen you should understand why it is happening and what you can do to solve the problem. It may be as simple as propping your leg high. Understanding what you can do to fix the issue will make your life easier. If water retention continues to happen for you, discussing this issue with your Doctor will help. The Doctor is knowledgeable with Diabetes and how it can cause this to happen. Being screened and aware will keep you from having water retention and other serious effects from it. Always keep your blood sugars under tight control and get exercise as this will help the overall problem and keep you in better shape.
Not for the weak of heart, toenail fungus can be a real turnoff in your life – thickened, yellowish, ragged nails. You see it, you hate, and you want to do all you can to get rid of it. All of us want beautiful (or just plain old regular nails, hands and feet), and beautiful nails mean healthy nailbeds.
The Food and Drug Administration has received a new application from Sprout Pharmaceutical for approval of Flibanserin as a libido booster for women. The FDA has twice refused approval of Flibanserin because of side effects, which included fatigue, dizziness and nausea, and also because of lackluster effectiveness. Sprout re-filed its application and included new information that the FDA had requested from them about how Flibanserin affects the ability of women to drive.