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Hypertension Teaching 2004

SN instructed patient and caregiver on hypertensive urgency which is a situation where the blood pressure is severely elevated and that experiencing hypertensive urgency may or may not experience one or more of these symptoms: severe headache, shortness of breath, nosebleeds, and severe anxiety, chest or back pain, numbness or severe weakness, change in vision or difficulty speaking. Patient and caregiver were advised to seek immediately medical assistance and/or call 9-1-1 if any of these signs or symptoms appear. Patient and caregiver verbalized understanding. Family is independent with hypertension process.

Heart Failure Teaching 2265

SN instructed about arteriosclerotic heart disease (ASHD), also called coronary artery disease (CAD) or coronary heart disease (CHD), refers to arteriosclerosis of heart or coronary arteries. Arteriosclerotic heart disease can also be caused by calcium deposits (calcification) on the walls of arteries that harden them, or thickening of the artery walls due to chronic high blood pressure.

Cardiomyopathy Teaching 2439

Instructed patient you can help reduce your chance of cardiomyopathy and other types of heart disease by living a heart-healthy lifestyle and making lifestyle choices such as controlling high blood pressure, high cholesterol and diabetes, Eating a healthy diet, Getting regular exercise, Getting enough sleep, Reducing your stress. Patient verbalized.

HTN-stroke Teaching 321

Instructed patient on how sometimes blood flows with enough force to weaken a vessel wall. If the vessel is small or damaged, the wall can break. When this happens blood leaks into nearby tissue and kills cells. Other cells may die because blood cannot reach them.

Anemia Teaching 458

Patient instructed that Anemia is a condition characterized by an inadequate amount of red blood cells, which are produced in your bone marrow. Red blood cells contain hemoglobin, a substance that picks up oxygen from your lungs, carries it throughout your body, and gives it to your cells. Your cells need oxygen to perform the basic functions that generate energy and keep you alive. In addition, hemoglobin picks up some of the carbon dioxide given off by your cells and returns it to the lungs, where it is exhaled when you breathe out. Without enough red blood cells to transport oxygen to your cells and carbon dioxide away from your cells, your body functions at a less than optimal level.

Blood Sugar Teaching 682

Patient was instructed on how lifestyle and daily routine can affect blood sugar levels Type of food: food is made up of carbohydrates, protein and fat. Although all three can increase blood sugar, carbohydrates have the biggest impact.

Stress Teaching 686

Patient was instructed on how stress can affect blood sugar. One way stress affect blood sugar and having a direct effect on it, is as with the stress of a physical illness, prolonged or excessive stress can cause the body to produce hormones that prevent insulin from working properly. That, in turn, increases the blood sugar levels.

Hyperglycemia Teaching 753

Patient was instructed on Hyperglycemia. High blood sugar develops when there is too little insulin or when the body fails to respond properly to the insulin in the blood. High blood sugar emergencies often develop because of some underlying condition that may not be obvious, such as a heart attack, infection, or surgery.

Stress Teaching 780

Patient was instructed on how stress can affect blood sugar. Stress can affect blood sugar in two ways: when under heavy stress, it is easy to abandon the usual routine, eating fewer healthy foods, in that sense, stress indirectly causes the blood sugar to rise.

Glucose rise Teaching 2150

SN explain about a couple of things going on that make your glucose rise in the morning. One of these is insulin resistance, a condition that means your body's muscle and fat cells are unable to use insulin effectively to lower blood glucose. However, insulin resistance also affects how your liver processes, stores, and releases sugar, particularly at night. The liver is supposed to release small amounts of glucose when you're not eating. But in type 2 diabetes, the liver dumps more glucose than is needed into the bloodstream, especially at night. So, while your hormones are causing a natural rise in blood glucose, your liver is releasing even more sugar into your system. Because your insulin resistance prevents your muscle and fat cells from using the sugar, your blood glucose level rises.