energy conservation
Patient was instructed on the importance to have a good blood sugar control to avoid future diabetes complications: Monitoring: keep track of the blood sugar every day, Meals: Plan healthy and enjoyable meals to help keep the blood sugar near goal, Moves (exercise): moving the body help lower the blood sugar by burning it for energy, Medicine: when Meals and Move are not enough.
Patient was instructed on Insulin. Insulin is a hormone released from the pancreas. A hormone is a chemical messenger secreted by a gland that then travels in the blood to act on other parts of the body. Insulin is the primary substance responsible for maintaining appropriate blood sugar levels. Insulin allows sugar to be transported into cells so that they can produce energy or store the glucose until it is needed.
Patient was instructed on Hyperglycemia. The classic symptom of being frequently hungry stems from the fact that the diabetic can not utilize glucose well as an energy source within cells. The sugar is circulating but the cells can
Patient was instructed on Hyperglycemia. If dehydrated the body burns protein and fat rather than sugar for energy, causing acids and ketones to build up in your blood. These ketones can be partially released into the urine. If ketoacidosis develops, emergency care is needed immediately to keep the condition from getting worse.
Patient was instructed on diabetes. Disease is cause by a lack of insulin, a hormone made in the pancreas that is essential for converting energy from food. Insulin is necessary for the body to process nutrients (carbohydrates, fats and proteins), and its absence cause high sugar levels in the blood.
Patient was instructed on diabetes. All body cells require glucose for energy. Glucose enters body cells with the help of a hormone called insulin, which acts somewhat like a gatekeeper. If the body becomes less responsive to insulin, or if the body is not producing insulin, glucose cannot pass through the cell wall and the cell "starves."
Patient was instructed on stress. When stress occurs the body prepares to take action. In people who have diabetes this response does not work well. Insulin is not always able to let the extra energy into cells, so glucose piles up in the blood.
Instructed on some measures aimed to managing/controlling Emphysema, such as: avoid fatigue by using energy-conserving techniques, among others.
The patient was instructed in gangrene and after removed damaged tissue checks the wound daily, use aseptic method. The patient was advised the need for rest to conserve energy, promote curative, and reduce stress on involved tissues. The patient was explained of immobilizing the affected extremity to decrease the spread of infected drainage. The patient was advised in range-of-motion exercises to maintain strength of muscles and joints and to avoid atrophy of tissues. The patient was taught in the use of ambulatory aids when is permitted out of bed.
Patient instructed to restrict vigorous activity or lifting heavy objects for a week or two.
The incision site is usually completely healed after two or three weeks.
During this initial period you should watch for signs of bleeding or infection, such as swelling, increased redness or worsening pain, and let your doctor know if any of these signs occur.
You will need to have your pacemaker checked periodically to see whether it is functioning normally and to make sure its battery has plenty of energy. Usually, these pacemaker checks are done by telephone every month or two (using a special device your doctor will give you for telephone follow-up), and by visits to your doctor's office once or twice a year.