Posts Tagged ‘Conditions and Diseases’

Baby’s development in the first month of pregnancy

It usually takes 14 days from the day you ovulate until the next menstrual period. Therefore, if you subtract 14 days from the total number of days of your cycle, you can calculate the approximate day that you ovulate, start counting from the first day of menstruation (periods).

If you want to get pregnant, try to discover the date of your ovulation and have more control over the days when you are most fertile to conceive the baby you so desire.
Try it!

During the first 8 weeks, the baby is an embryo. Small buttons appear on the extremities, which will grow into arms and legs. The heart and lungs begin to form. The heart begins to beat the 25 th day. Neural tube that becomes the brain and spinal cord begins to form. At the end of the first month, the embryo is about 9 mm and weighs 0.5 grams At this early stage of pregnancy, exercise bring many benefits for women. However, it is necessary that, before you start, consult your doctor about the type of exercise is recommended for your case.

SPORTS TRAINING AND CONTROL OF DIABETES

SPORTS TRAINING AND CONTROL OF DIABETES

The finding that acute exercise could lower blood glucose in diabetic subjects led to the hope that regular physical activity, or training, may help normalize blood sugar and reduce insulin requirements on a chronic basis. One would expect, on the other hand, this fact would reduce the complications of diabetes, the long term. Table 2 summarizes the results of studies examining this possibility, and these are discussed in subsequent sections.

Physical Activity and Diabetes

Physical Activity and Diabetes

It has been over half a century since insulin became available for the treatment of diabetes mellitus, and yet this disease remains a serious health problem. Significant morbidity and early mortality will happen to the majority of 5 to 10 million people with diabetes in the United States. Diabetes is considered the sixth leading cause of death in this country, which is almost certainly an underestimate, since many deaths related to cardiovascular system in these patients are categorized as no deaths due to diabetes, but with other covers (eg., congestive heart failure or attack.) Although type I diabetes (juvenile-onset or) represents the minority of cases, this chapter refers exclusively to this group as it covers virtually all young people with diabetes.
Keywords: insulin, training, health, diabetes, Type I.

TYPE I DIABETES

Type I diabetes is characterized by inadequate pancreatic insulin secretion, and the consequent need for replacement of the hormone daily via subcutaneous injections. In the absence of insulin, glucose transport into cells is impaired, causing a progressive hyperglycemia and ketoacidosis. Individuals with type II diabetes (or adult-onset) are usually older than 45 years and normally suffer from insulin resistance, rather than a quantitative failure. Typically, oral medications and weight loss are able to control hyperglycemia in type II diabetes without insulin application.

The main objective in the daily treatment of patients with type I diabetes is to maintain a state of euglycemia – preventing hyper-and hypoglycemia – balancing the influences of diet, exercise and insulin on blood glucose levels. But ultimately, morbidity and mortality of this disease are related to vascular and neurological complications usually manifest as clinical in young adulthood, and include (Figure 1):

A generalized thickening of basement membranes of capillaries (microangiopathy) that affects various organs, with greater prominence of the eye (diabetic retinopathy) and kidneys (diabetic nephropathy).
An accelerated atherosclerotic vascular disease (macroangiopathy), presented as early disease of the coronary arteries and heart attack.
Peripheral neuropathy affects sensory function, motor, and autonomous.