Effects Of Rooibos Tea

ACE inhibitors are important and useful in the medication and treatment for KH due to their effectiveness in treating hypertension. ACE inhibitors will help treat KH by slowing the angiotensin converting enzyme (ACE). Angiotensin II is produced by the body that can cause vasoconstriction of the blood vessels. Angiotensin II is made from Angiotensin I by the ACE. If the production of Angiotensin II is slowed by the ACE inhibitor, the blood vessels will be able to dilate, and blood pressure is able to be lowered (Copstead and Banasik). Thus, it is important for KH to stay on the ACE inhibitors due to his blood pressure readings. KH’s blood pressure is 135/96. His systolic blood pressure is in the pre-hypertensive range, however, his diastolic blood pressure is in the hypertensive range and therefore, his blood pressure is hypertensive. Since his blood pressure is high, it is important for KH to remain taking the

When beta-1 receptors are turned on it leads to elevated heart rate and increased contractual force. Beta-blockers are medications used in the treatment of high blood pressure.These medications inhibit the negative effects caused by the sympathetic nervous system on the heart muscle. They act by capping off beta-receptors, and thus inhibit the stimulating affects on the heart caused by adrenaline (Aschenbrenner & Venable, 2012). The medication in-effect lowers blood pressure, by decreasing contractual force on the myocardium and reducing heart beat (Mayo Clinic,

Blood pressure in our blood vessels is monitored by the baroreceptors. These receptors send messages to the cardio regulatory center of the medulla oblongata to regulate our blood pressure every minute. In order for blood to be delivered to all organs and tissues, our cardiovascular system must always maintain adequate blood pressure. If the blood pressure drops too low, these organs will not receive an adequate of nourishing blood. Also if the pressure goes too high, the walls of the arteries will stretch and increased activity within the baroreceptor, information will then be sent through the nerves to the cardio regulatory center within the medulla which will responds by initiating the mechanisms that decrease the blood pressure to a normal

Conditions such as hypertension and coronary artery disease cause an increase in blood pressure. Blood pressure increases when arteries become narrow as a result of hardening or due to build up of fat deposits; both of which are major

High osmolarity (or high Na+ and Cl–) in the ascending loop of Henle will cause afferent arterioles to (dilate or constrict) by releasing vasoconstrictor

Journal 13: Espresso and tea are two of the most stunning wellsprings of cell reinforcements in our eating regimen, inasmuch as they're economically naturally sourced, so they're delivered without pesticides. These two drinks help emotional well-being, liver wellbeing, and advance a sound heart. The key is to forget the sugar and drain, which takes away most every one of their advantages.

Did you know that diets rich in anti-oxidants have been shown to prevent disease, inflammation and improve immune systems in studies dating back to the 1960’s!

While RAAS can be good for blood pressure maintenance there are some drawbacks. Angiotensin II can cause structural changes of the heart and blood vessels. It can be implicated hypertrophy and remodeling within the heart. Aldosterone also has adverse effects. Like angiotensin II, aldosterone can cause cardiac remodeling as well as a decreased reuptake of norepinephrine in the heart. This can increase the chances of dysrhythmias (Burchum 472). In a healthy heart these adverse effects would not be seen, but in a heart already in dysfunction, it can cause further complications. The mechanism of action several drugs is to control the outcome of this system.

Antioxidant rich foods are also extremely important. Antioxidants are found in other plant based foods, essentially those which contain large amounts of vitamin C and vitamin E. Foods such as blueberries, strawberries, lemons and limes fall into this category. Of course there are many others. Green tea is also very high in antioxidants and is a great drink to consume multiple times throughout the day.

The pathophysiology of hypertension (HTN) is best explained clearly if you have an understanding of how blood pressure (BP) works in the body. BP is seen as the function of both cardiac output (CO) in the human system and systemic vascular resistance (SVR). Cardiac output (CO) is made up of both heart rate (HR) and stroke volume (SV). SV in turn depends on contractility and preload of the system. SVR relies on contractility and afterload. There is literature that supports molecular and cellular levels relating to effects on blood pressure in terms of genetic make-up. Changes in any of these processes have the ability to alter CO or SVR, causing BP alteration and HTN.

RAAS is a physiological system that evaluates and controls the variations in blood pressure. Renin is a protein, which is released in the kidneys by the juxtaglomerular apparatus. Angiotensin is produced by renin; this triggers the kidneys to produce a hormone called aldosterone. Aldosterone stimulates the reabsorption of water and sodium, increasing the retention of water and blood pressure. The RAAS kicks in when the blood pressure starts to fall, or there’s a low blood volume or a low concentration of sodium in the kidney (Robertson 2015). When renin is released by the kidney, it cuts the first ten amino acids, the leftover residue is referred to as Angiotensin I. ACE then converts this to into angiotensin II through releases two more amino acids. This is the active form of angiotensin, which stimulates aldosterone discharge. ACE inhibitors prevent the conversion between angiotensin I and II, which stops the effects of angiotensin II. The prevention of angiotensin II occurs in the blood vessels, heart, kidney, adrenal gland and brain. Therefore, there’s an increase in the amount of sodium and urine emitted, a reduced amount of resistance in the kidneys blood vessels and a decrease in cardiac

At high plasma concentrations, epinephrine increases arterial pressure because of binding to α-adrenoceptors on blood vessels, which offsets the β2-adrenoceptor mediated vasodilation (Oliveira et. al., 2010).

Modern medicine and healthcare system have categorized herbal medicine as a natural remedy used when people can’t afford to purchase conventional drugs. They are perceived inferior because they cost less but the health benefits are endless. However, there have been various situations and instances that prove that herbal medicine is good for health.

A lot of people have not been aware about the health benefits of Moringa Oleifera tea. This “miracle tree” has been around for ages and it has been a powerhouse of a lot of minerals and antioxidant. Its byproducts, Moringa tea, are well known for combating signs of aging and helping in various diseases. It has also been proven that when taken on daily basis, Moringa tea can improve the life of a sickle cell anemia patient. It has proteins that have a high percentage of Amino Acids. It has a significant high portion of Vitamins and also a source of occurring Chlorophyll.

Chocolate has two groups of antioxidants called flavonoids and polyphenols. Antioxidants fight against free radicals in the body. Free radicals are unbalanced compounds created by the natural cellular processes in the body and from environmental toxins. Antioxidants are compounds including vitamins, minerals and phytochemicals that neutralize free radicals and protect the body from their damage. The substances in antioxidants counteract with the damaging normal effects of the body’s process of oxidization. Research shows that antioxidants help in preventing the development of chronic diseases such as cancer, heart disease, stroke, Alzheimer’s, rheumatoid arthritis, and cataracts.