http://simplenaturalandhomeremedies.b... Physical Activity And Diabetes. Learn how to use physical activity to prevent and alleviate the effects of diabetes.What is the role of physical activity in treating diabetes? In discussing this topic, it's important to recognize that physical activity has been used to treat diabetes for 1000 of years. Moreover, even after insulin was isolated in 1922, exercise was considered along with diet and insulin as an important part of the treatment regimen for diabetes. Before we delve into exactly how physical activity can impact the management of diabetes, I want to look first at the overall relationship between physical activity and the risk of developing diabetes. Data from a number of studies have provide a convincing evidence for the role that regular exercise can play in reducing the risk of Type 2 diabetes. In one study, the risk of Type 2 diabetes increased as physical activity levels declined and time spend watching TV increased. In another study, it was demonstrated that person with low levels of leisure time physical activity were at the highest risk of developing Type 2 diabetes. While the lowest risk of Type 2 diabetes was observed in the most active group. Those individuals who displayed moderate levels of physical activity demonstrated marked reductions in disease risk compare to the least active group. This finding is consistent with what we have talked about in earlier programs that is that numerous health benefits can be gained by performing moderate physical activity on a regular basis. Exactly how does physical activity aid in transporting blood sugar into your muscles. When physical activity is performed your muscles contract and when they do, an insulin like effect is created. What that means is that when you are physical active glucose intake into your muscles increases by 7 to 20 fold compared to resting conditions. Within in the cell, muscle activity singles what are known as glucose transporters to migrate to the cell membrane and usher glucose in. Since muscle activity produces in insulin like effect, less insulin is require to move glucose into your muscles conversely during and following exercise skeletal muscle display an increase sensitivity to the available insulin. What this means is that for any given level of insulin? More blood glucose can be moved into the muscle and this effect can last anywhere from several hours to a few days. With training insulin sensitivity is elevated due to an increase in the total content of glucose transporters and the stronger insulin effect at the cell level. This increase in insulin sensitivity is what makes physical activity so useful in treating persons with diabetes, since it reduces the need for insulin while helping to lower blood glucose levels to more normal values. Regular exercise and physical activity can improve the health and quality of life of both Type 1 and Type 2 diabetics. Regular aerobic and resistance training combine with dietary therapy can result in better aerobic function, favorable changes in cholesterol profiles, decreases in weight, and blood pressure, and greater lean body mass. In addition, daily physical activity can help to improve the psychological state of the diabetic by raising self esteem and lowering depression and anxiety. Regular physical activity can decrease the insulin requirements of well controlled Type 1 diabetics by 30 to 50 percent. With each bout of exercise, the improvement in insulin sensitivity can last for 1 or 2 days before returning to pre-exercise values. This finding highlights the importance of being active on a daily basis, so that you can take full advantage of the enhancement in insulin sensitivity that comes from engaging in single bouts of physical activity and exercise. Before starting an exercise program, the diabetic should undergo a comprehensive medical screening, since strenuous exercise can aggravate eye, kidney or nerve problems that may already exist.
Physical Exams Of Cattle
Agricultural Sciences Waterford, WI Physical Exams A physical exam is a routine medical procedure in which the physical symptoms of a patient are measured in order to determine if those symptoms fall within the normal range of that animal. Physical exams should always follow a consistent routine â€“ in most cases, every examination should follow the same order of steps. Even if you find a suspicious symptom, you should not stop the examination â€“ there may be more symptoms to discover! Source: itsthelittlethings.info Steps of a Physical Exam The first step of an animal physical exam is to speak with the owner in order to get a history of the patient. The following 8 questions should always be asked: What is the problem? Why did you call? What symptoms have you observed? When did this problem start? Has this affected her feed consumption? ? Questions (cont.) Has this affected her milk production or rate of gain? How long ago did she calve? How old is she? Do any other animals have similar symptoms? Follow-up questions should also be asked to get all needed details. ? Steps of a Physical Exam After youâ€™ve taken the patient history, you should begin to examine the an
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Unit 14: Metabolic & Deficiency Diseases
Unit 14: Metabolic & Deficiency Diseases Caused by: Acute deficiency of Ca Results in: Paralysis Circulatory collapse Coma Death 6% incidence rate in dairy cattle Occurs within 24 hrs of calving Unit 14: Metabolic & Deficiency Diseases Incidence increases with milk production and age Some susceptibility differences between dairy breeds Sub clinical hypocalcemia rates can affect 50% of dairy cows Leads to: Decreased DMI Ketosis RPâ€™s DAâ€™s Decreased reproductive efficiency Decreased milk production in that lactation Unit 14: Metabolic & Deficiency Diseases Rare in beef cattle Goats â€“ similar incidence rate to dairy Cause Initiation of lactation causes severe outflow of Ca Ca interacts with other minerals in the blood Incidence may be influenced by levels of: Mg, K, P, estrogen levels, Acid-base balance Can either help cow adjust and mobilize Ca, or can inhibit parathyroid glands and renal synthesis of Vit D which restricts blood Ca levels Unit 14: Metabolic & Deficiency Diseases Feeding high Ca diets prior to parturition Cow doesnâ€™t adapt to mobilizing own Ca reserves Clinical Signs Stage I Hypertensive, weakness, anorexic, hypersensitive Stage II Flaccid p
Brief discussion of 3 common diseases in dairy cattle.
Effect Of Niacin Supplementation On Milk Production And Ketosis Of Dairy Cattle
Two lactation trials were undertaken to evaluate the effect of a niacin supplement on milk production and 'the physiological symptoms of ketosis. Blood ketone and non-esterified fatty acid levels were lower and blood glucose concentrations higher in niacin-supplemented cows. These trends were exhibited regardless of whether supplementation began 2 wk prepartum or immediately after calving. A 6 g daily dose was found to be of equal or higher benefit than a 12 g supplement. Cows gi ven niacin consistently produced more milk than controls, though the difference was small. Conference: Dairy Day, 1984, Kansas State University, Manhattan, KS, 1984 Starting Page: 22, Ending Page: 23 Publisher: Kansas Agricultural Experiment Station
The NADIS data show that the number of cases of acetonaemia (or ketosis) increase significantly during the winter, and the number of cases continue to increase until turnout. So it is particularly important to look out for acetonaemia until at least a month after turn-out. Like most metabolic diseases it is important to remember that for every cow that shows clinical signs, there will be several more which are affected sub-clinically. What is ace ...
Ketosis is one of the most common metabolic diseases on dairy farms. It occurs when cows have an abnormal response to negative energy balance. After calving, all cows experience some degree of negative energy balance, mobilize body fat for the additional energy needed for milk production and lose weight during the first several months of lactation. But, if cows mobilize excessive amounts of fat, the metabolic process of converting this fat to ene ...
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The Inuit are often cited as an example of a culture that has lived for hundreds of years on a low-carbohydrate diet .  However, in multiple studies the traditional Inuit diet has not been shown to be a ketogenic diet.     Not only have multiple researchers been unable to detect any evidence of ketosis resulting from the traditional Inuit diet, but the ratios of fatty-acid to glucose were observed at well below the generally a ...
Managing disease can be a frustrating proposition. This Guide can help you identify which disease is damaging your cattle. Rumen acidosis is a metabolic disease of cattle. Like most metabolic diseases it is important to remember that for every cow that shows clinical signs, there will be several more which are affected sub-clinically. Acidosis is said to occur when the pH of the rumen falls to less than 5.5 (normal is 6.5 to 7.0). In many cases ...
To obtain best results in treatment, an adequate concentration of the drug must be maintained in the udder for a period of time. Best results are usually obtained when the drugs are administered once or twice daily over a period of 2 to 4 days, depending upon the causative agent and the nature of the case. Most staphylococcal infections must be treated longer than streptococcal infections. Clinical cases must be treated longer than cases not show ...