Monday, November 4, 2013

Diabetes Insipidus (DI)




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Diabetes Insipidus (DI)

diabetes insipidus
Diabetes insipidus is a rare disease in which the kidneys fail to filter urine normally. The different types include central, nephrogenic dipsogenic, and gestational diabetes. Common symptoms include excessive urination and increased thirst. This disease should not be confused with diabetes mellitus, which results from a deficiency or insulin resistance, which leads to high blood sugar.

What is diabetes insipidus?
Diabetes insipidus is a condition that occurs when the kidneys stop filtering urine normally. The result is a person urinate large volumes of fluid and is always thirsty. Diabetes insipidus is a rare disease.

Diabetes insipidus Diabetes Versus
Diabetes insipidus should not be confused with diabetes mellitus, which results from a deficiency or insulin resistance, which leads to high blood sugar. These two conditions are not related, but they can have similar signs and symptoms such as excessive thirst and excessive urination.

Diabetes mellitus (DM) is much more common than diabetes insipidus and receives more news coverage. DM has two forms, called type 1 diabetes (formerly called juvenile diabetes or insulin-dependent diabetes mellitus or IDDM) and type 2 diabetes (formerly called non-insulin dependent diabetes or NIDDM or adult-onset diabetes). Diabetes insipidus is a form quite different from the disease.
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Friday, November 1, 2013

What is type 1 diabetes?



?What is type 1 diabetes
Diabetes is a chronic disease characterized by excess sugar in the blood called "hyperglycemia".
There are two types of diabetes: type 1 and type 2 diabetes.

The type 1 diabetes is due to stop production of the hormone "insulin" by the pancreas. This hormone brings the blood sugar into the cells of the body for their energy needs. Without insulin, the body's cells do not receive the sugar accumulates in the blood.
Type 1 diabetes occurs most often in children, adolescents and young adults under the age of 30 years. Diabetes is type 1 in 10% of cases.

Why type 1 diabetes occur?
Type 1 diabetes occurs when the pancreas no longer produces insulin.
The cause of this downtime is an abnormal reaction of the immune system (natural defense system of the body) that destroys the insulin-producing cells. This reaction is related to a genetic predisposition, may be triggered by external events (viral infections ...).
Thus, the risk of developing diabetes type 1 is more important when a close relative (father, mother, brother, sister) is a type 1 diabetes.
How to know if you have type 2 diabetes?
Symptoms of Diabetes
In most cases, the type 2 diabetes evolves silence is discovered during a blood test and there are no symptoms.
However, sometimes there are some signs that can alert you :

fatigue ;
increased thirst and hunger ;
more frequent urination ;
itching in the genital area ;
very slow wound healing ;
dry eyes ;

more frequent infections.
The medical diagnosis of type 2 diabetes
Diabetes: the initial assessment
To diagnose diabetes , a blood test performed fasting is required. It involves measuring the amount of sugar in the blood, called " blood sugar ."
So that the results are fair, we must first observe fasting for eight hours.
We are in the presence of type 2 diabetes when the fasting plasma glucose greater than or equal to 1.26 g / l ( or 7 mmol / l) and is recorded twice.
Once discovered diabetes , your doctor will examine you and may perform several additional tests .

A clinical examination including :
- Weight;
- Calculation of the body mass index (BMI ) ;
- The measurement of blood pressure ;
- Examination of the blood vessels ;
- Neurological examination .
Laboratory tests focused on :
- The determination of glycated hemoglobin ;
- The rate of blood fats (cholesterol ... ) ;
- Renal function.
Additional examinations and particularly :
- An electrocardiogram ;
- An ophthalmological examination ( fundus ) .
Type 1 diabetes

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Type 1 diabetes: self regenerate insulin-producing cells?



 ?self regenerate insulin-producing cells

Diabetes type 1, characterized by the selective loss of pancreatic insulin-producing β cells , is a disease affecting more than 30 million people worldwide .

Despite current therapies , patients with type 1 diabetes have a life expectancy reduced by 5 to 8 years. It is in this context that the team Future " Genetics of Diabetes " working to develop new approaches to regenerate these cells.

Researchers at the Institute of Biology Valrose (Inserm / Université Nice Sophia Antipolis ) were reached in 2009 to transform α -producing cells of glucagon in β cells in young mice . Today, thanks to the use of transgenic mice , they reveal the mechanisms leading to this change of identity cell . It is precisely pancreatic duct cells can be mobilized and literally transformed into α and β cells, and this at any age. This conversion is achieved by forced activation of Pax α 4 gene in pancreatic cells .
The cascade of events that results causes the production of all new β cells, possible thanks to the awakening of developmental genes . Throughout this process, the α cells are regenerated and gradually adopt the profile of β cells. The pancreas therefore has an almost inexhaustible source of cells that can replace β cells.

By artificially creating a type 1 diabetes in mice, " we have also shown that all pancreatic β cells can be regenerated at least three times through this mechanism. Diabetes and induced in mice, can be literally " careful " multiple times with the new stock of β functional insulin -producing cells , "explains Patrick Collombat , Inserm Research Director and lead author of the study.

These promising results in mice suggest that the pancreas contains cells that can regenerate several times lost β cells in type 1 diabetes .

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Type 1 diabetes (IDDM)



Type 1 diabetes
Formerly called diabetes "lean" or diabetes "juvenile" diabetes type 1 or insulin-dependent diabetes mellitus (IDDM), the result of a rapid total failure of the pancreas to secrete insulin, a hormone needed to feed the cells of glucose, their first energy fuel.

The disease is caused by the destruction of insulin -producing endocrine cells , called β cells ( a particular cell type islets scattered in the pancreas ) . Hyperglycemia , which signs the diagnosis of diabetes, occurs when 80 % to 90 % of β cells have been destroyed . The corollary is that the illness that led to the destruction of cells begins years before the onset of hyperglycemia. This is actually an autoimmune disease characterized by abnormal activation of a family of key cells of the immune system , T cells , vis-à -vis substances or tissues normally present in the body, in this case the pancreatic β cells. Are also activated also other lymphocytes, B lymphocytes , which produce autoantibodies capable of binding to the β cells. The detection of autoantibodies is a good biological diagnostic test for type 1 diabetes in patients whose blood sugar is high .
An increase in incidence, causes partially unknown
Type 1 diabetes accounts for 5 % to 10 % of diabetes cases reported in the world , far behind type 2 diabetes ( non-insulin dependent ) . The WHO estimates that 180 million the total number of diabetics in the world ( 10 to 15 million for type 1 diabetes ), with 1.1 million deaths in 2005. According InVS , the incidence of type 1 diabetes in children and adolescents in France is 13.5 people per 100 000 (2004) , a steady increase in the last twenty years ( 3.7 % per year ) . Importantly, the disease often occurs in young subjects ( one in two by age 20 ) in which the only treatment currently available is to overcome the lack of insulin secretion by multi- daily injections of the hormone. Modern injection forms used today have greatly improved the treatment of the disease.
Type 1 diabetes occurs on a genetic predisposition . More than 20 genes have been found, probably a low estimate. The largest is located in the HLA ( a genetic region that control graft rejection , another consequence of the activation of T lymphocytes). Environmental factors, such as viruses , are probably involved in triggering the disease that led to the initial activation of T lymphocytes But none has so far been clearly identified. Some environmental factors, including infectious , also paradoxically a protective effect vis-à -vis diabetes.
Symptoms and evolution
The type 1 diabetes clinic, that is to say, the appearance of hyperglycemia can occur suddenly , within days or weeks. The symptoms are characteristic : Frequent and copious urination including at night (polyuria) , abnormal thirst ( polydipsia ) , rapid weight loss paradoxically associated with a larger appetite (hence the old name of diabetes "lean" ) , fatigue General intense, with or without nausea and vomiting , blurred vision .
The major complications of diabetes are retinopathy ( damage accumulation of small vessels of the retina , causing blindness to fifteen years in 2 % of cases, and significant visual impairment in 10% of patients) , neuropathy ( nerve damage with tingling , pain, numbness or weakness in the hands and feet , resulting with poor blood circulation to the risk of ulcers and amputation) , renal failure (10% and 20% of causes of death in diabetic ) , heart disease and the risk of stroke (50 % of deaths) . But these complications occur only ten or twenty years after the onset of hyperglycemia, and basically when hyperglycemia has been poorly controlled by insulin treatment .
Acute complications: major risks
In addition to these chronic and long-term developments, three concern the acute complications of type 1 diabetes: hyperglycemia (high elevations in blood sugar followed by a passage of glucose in the urine), hypoglycemia (with risk diabetic coma after falling blood sugar not mitigated) and ketoacidosis (transformation of fatty acids into ketones, which can also evolve into a diabetic coma).
Treatment and research
The main treatment of type 1 diabetes is insulin , which is to replace insulin in default by several daily injections of insulin synthesis , combined with strict dietary discipline and a measure of blood sugar several times a day on a drop of blood collected in order at the end of a finger. The administration of insulin can also be achieved by continuous infusion under the skin through small pumps attached to the belt, a treatment praised by some patients.
The basic, clinical and public health work in numerous tracks: better understanding of risk factors ( genetic , viral or environmental) and cellular mechanisms involved , definition of targets and new therapeutic means ( biotherapy ) , improved comfort life of patients and their families , social and psychological support . An optimal strategy would be to " immunize " the subject at the discovery of diabetes, or better before his appearance in order to inactivate specific lymphocyte β cells. The detection of autoantibodies in even normoglycemic is a predictive test before the onset of diabetes . But there is still presently no reliable and safe treatment that can block cell activation and prevent disease.

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Thursday, October 31, 2013

Differences Between Type 1 & Type 2 Diabetes



Diabetes Information
Differences Between Type 1 & Type 2 Diabetes

The pancreas , an endocrine gland , produces one of the most important body hormone , insulin . Insulin lowers blood sugar by allowing the cells to accept the glucose (sugar ) in the use of energy . In people with diabetes , the pancreas can not produce insulin . The absence of insulin in the body increases the rate of blood sugar (hyperglycemia), which can lead to kidney problems , liver problems, coma vascular disease or even death. Have a question ? Get an answer from a medical professional now !

Type I Classification
The majority of people with type I diabetes, the disease as children. Diabetes develops because the lost beta cells in the islets of Langerhans in the pancreas prohibit the production of insulin. People with type I diabetes should be on the lookout for skin disorders , nerve damage in the feet , eye care and maintaining good dental health .

Classification Type II
People with type II diabetes develop the disease through a combination of genetics, poor diet and lack of exercise. The pancreas releases insulin to levels of blood sugar . Excess fat around the muscles can block the absorption of glucose , which makes the body resistant to insulin . Glucose remains in the blood , increased levels of sugar in the blood and causes the pancreas to release more insulin . The cycle continues until the body becomes completely immune to the effects of insulin .

Type I Prevention / Solution
Since beta cells no longer produce insulin , the body must obtain from other sources to survive. Insulin can not be taken orally because it is broken down during digestion. Without insulin , the body can not use glucose for energy , and therefore , insulin must be injected into the fat under the skin. Most insulin injections are made ​​from synthetic sources , and some are made ​​from pigs. Extreme cases can be treated with insulin pumps . Pumps administer insulin through a catheter placed under the skin .

Type of Prevention / Solution II
The type II diabetes develops from insulin resistance . Insulin sensitivity can be restored with a modest weight loss , as little as 10 to 15 lbs . can make a difference . More than 90 percent of people who lose weight and keep it to make it through a combination of diet and exercise. Until the insulin sensitivity is restored, people with type II diabetes may need to take insulin injections.

Misconceptions
Diabetics are more likely to get colds and flu than any other individual. Colds raise sugar levels in the blood and can be dangerous for diabetics , diabetes does not affect the immune system and is not contagious . Diabetes does not cause atherosclerosis (hardening of the arteries). However, an obese type II diabetes is a greater risk of atherosclerosis than the rest of the population.

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Diabetes Foot Problems



Diabetes Information
Diabetes Foot Problems 

Diabetes is a disease in which the body is not able to filter glucose levels properly , which leads to damage of the nerves and blood vessels. When such damage occurs , two major problems occur , nerve damage and poor circulation . These conditions can lead to many diabetic foot problems . Have a question ? Get an answer from a medical professional now !

neuropathy
Nerve damage is called diabetic neuropathy. When you have neuropathy , you feel pain in your feet is reduced . This loss of sensation of pain could be unaware of a sore , blister, cut or rash until it becomes infected. Neuropathy will affect the amount of moisture in your skin and can cause dry, cracked feet. These cracks can also be infected .

Peripheral vascular disease
Damage to blood vessels or peripheral vascular disease , leads to poor blood circulation in your legs and feet. This condition affects the way your body will be able to heal a cut or blister. Smoking also decreases blood flow to the extremities and will only exacerbate the lack of blood flow .


potential problems
Neuropathy and peripheral vascular disease are working together to create major problems for your feet. For example , you have a stone in your shoe , but you can not feel it in your feet due to neuropathy. At the end of the day, you have a blister on the big toe and it does not heal well because the lack of blood flow to your feet . The blister is infected, and the excess glucose in the blood ( due to diabetes ) feeds germs on the infected toe. If the wound does not heal , it can turn to gangrene. If your doctor can not prevent this spread, you can have your toe, foot or part of his leg amputated . Gangrene is a condition where the skin and flesh around the wound turns black and dies.

calluses
Calluses on your feet are also common when you have diabetes , usually due to poor fitting shoes . You must prevent calluses from forming in the first place , using a pumice stone gently while your skin is wet . Rub lotion on your feet immediately after the use of pumice. Calluses should be treated by a doctor. If left without proper care , calluses may thicken and fall, leaving an open wound in the skin and become infected.

Prevention / Solution
How can you prevent diabetic foot problems ? Quit. Buy comfortable, well- fitting shoes . Inspect your feet every day , preferably in the evening after a long day of use. Look for redness , sores , cracks , blisters , calluses , cuts and rashes. If you are unable to bend down to look at your feet, use a mirror, or better yet, ask someone to check for you. Wash your feet daily in warm water, not hot water because it dries the skin out . Rub a good lotion on them, if the foot is completely dry before putting on socks and shoes. Make sure the space between the toes dry. Use a pumice stone on calluses every day. Cut your nails carefully , or have a professional do it including the right way to avoid injury to the skin. Wear socks , shoes or slippers to protect your feet. Get the right amount of exercise each day to keep traffic moving your feet.

You must be under the care of a physician to help protect your feet from diabetic foot problems .


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Saturday, October 26, 2013

How To Read The Results Of Blood Glucose Test Strips



Diabetes Information
How To Read The Results Of Blood Glucose Test Strips
Glucose test will help you control your blood sugar in the blood so that you can live a healthy life. The blood glucose meter or glucometer glucose will give you results in less than five seconds. The meter consists of a meter, a lancet to pierce the skin , and blood glucose test strips . Test strips glucose blood draw if the meter can calculate the sugar and produce an immediate reading .

Instructions: How to take a blood sample .
1
Set your meter . Some glucometers require you to enter a code before use . Turn on the meter and insert a test strip. Some light meter when the test strip is inserted. The screen displays one or more lines . Enter the number of the test strip vial on the screen and press the OK button. Remove the test strip. You are now ready to test your blood sugar in the blood.

2
Reinsert the test strip. Swab the fingertip with a swab of alcohol. It is important to have clean hands or values ​​may be affected. Prick your finger with the lancing device and press if you have a drop of blood on the finger. You are now ready to apply the blood glucose test strip

3
Maintaining the test strip in the vicinity of the drop of blood so that it is sucked into the channel located on the test strip . Once the channel is filled with blood , the counter starts counting down from five to one second. Your level of glucose in the blood appears on the screen in milligrams per deciliter .

How to read the results
4
Compare your readings with the range provided by your doctor or dietitian . A normal range of readings before a meal ( a reading preprandial plasma) is between 70 and 130 milligrams per deciliter , according to the American Diabetes Association . This range is for diabetics. The average reading for someone who is not diabetic is 100 mg / dl.

5
Test your blood sugar levels at different times of the day. Sugar levels in the blood after a meal ( postprandial readings ) are higher than readings before a meal. According to the American Diabetes Association, after a meal readings are below 180 milligrams per deciliter or mg / dL is normal for a diabetic .

6
Knowing the reading levels for hypoglycemia and hyperglycemia. The results of less than 70 mg / dl tests may mean hypoglycemia or hypoglycemia. Above 180 mg / dl readings may mean high blood sugar. If the readings of blood glucose is below 70 mg / dL , eat a tablespoon of sugar, honey or maple syrup , two tablespoons of raisins, three or four glucose tablets or drink half a cup of juice or regular soda . Wait 15 minutes and resume playback. If the levels of blood sugar is above 180 mg / dl , walk for 10 or 15 minutes and resume playback.

7
Keep a journal . The aim of the journal is to record blood glucose readings , time of day , amount of exercise, and the types of food you eat. This will help control glucose levels and be sure to keep reading to recommended levels.

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Sugar Levels In The Contaminated Blood



Diabetes Information
Sugar Levels In The Contaminated Blood

Blood glucose is the sugar - or glucose - in your blood. Insulin is a hormone that helps the body process and use glucose. Normally, the blood sugar rises after eating, and the pancreas releases insulin to regulate blood sugar. In people with diabetes (high blood sugar ) or hypoglycemia (low blood sugar ), the body is unable to regulate blood sugar on its own, resulting in sometimes very dangerous reactions .


High Blood Sugar
High blood sugar occurs when there is not enough insulin produced or when the body can not process insulin properly. Sugar in the blood remains high for a long period can cause serious damage to the eyes , kidneys and nerves. Some signs of hyperglycemia include high blood glucose levels in the blood or urine test , frequent urination and increased thirst .

Low Blood Sugar
Hypoglycemia can be caused by stress responses , hunger and insulin. If you have been diagnosed with hypoglycemia or diabetes , it is important to recognize the symptoms of hypoglycemia and how to treat this condition. Symptoms include tremors and dizziness , sweating , severe feelings of hunger, sudden mood swings , lack of concentration and clumsiness.

Normal levels of blood sugar
There are several types of blood glucose tests , including fasting blood glucose , postprandial blood glucose and random blood glucose tests . Fasting tests glucose levels of blood glucose after 8 hours without food or drink and should result in a normal range of 70 to 99 milligrams of glucose per deciliter of blood , testing glucose levels of blood glucose postprandial within two hours after eating and should result in a range of 70 to 145 mg / dL , blood glucose tests are taken at random intervals throughout the day and should result in glucose levels 70 to125 mg / dL. Sugar levels in the higher or lower blood that these beaches are not considered normal and should be closely monitored . Hazardous areas include fasting glucose above 126 mg / dl or below 50 mg / dl.

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