: High Blood pressure is the measure of force against arteries. Do you have high blood pressure? Do you know what are common symptoms and signs of high blood pressure? This article will give you comprehensive information about common signs and symptoms of high blood pressure. Usually people ignore high blood pressure. Even those who take medicine, only take anti hypertensive medication for short time. Studies have proved that 90% of high blood pressure patients show non compliance with their medication. If you will not control your blood pressure it may lead to serious problems with your Heart, Kidneys, Brain and Eyes. If you want to save these vital organs , then you will have to control your blood pressure with in limits. Normal blood pressure is 120/80. If this reading goes above 140/90, then you consider yourself as a hypertensive patient. Between 120 and 140 is a pre hypertensive stage. which can be controlled even by natural measures like exercise, low salt intake, stop smoking, lower cholesterol, eat vegetables etc. How will you come to know that you have high blood pressure? High blood pressure typically has no symptoms at all, that is why we can call it as Silent killer. Although there are many coincidental symptoms that are widely believed to be associated with high blood pressure. These include headaches, nosebleeds, dizziness, a flushed face and fatigue. Although people with high blood pressure may have many of these symptoms, they occur just as frequently in those with normal blood pressure. Why these symptoms occur, If a person has high blood pressure that is severe or longstanding and left untreated, symptoms such as headache, fatigue, nausea, vomiting, shortness of breath, restlessness, and blurred vision can occur as a result of damage to the brain, eyes, heart and kidneys. In rare cases, high blood pressure may cause brain swelling, which can lead to drowsiness and coma. Briefly Hypertension has following 10 common symptoms. headache Nosebleed (Epistaxis) Breathlessness tinnitus(Ringing in Ears) sleepiness, Ansomnia confusion Fatigue profuse sweating vomiting low libido or lack of sexual desire Blurred vision If you have not above symptoms, it does not mean that you have no high blood pressure. Remember most common symptom of high Blood pressure is that " It Has No Symptom". Best way to keep you healthy is to have your blood pressure checked at regular intervals. Wish you all the good health. Read more about High Blood Pressure Symptoms at website highbloodpressuremed
A heart attack is known as a myocardial infarction. This occurs when the heart muscle is damaged or does not receive enough oxygen. Many cardiac related problems occur due to blockages in arteries that carry purified blood away from the heart to different parts of the body. Another cause is the formation of blood clots. Very often, it is quite difficult to differentiate between a heart attack and heartburn. The common signs of a heart attack are a tightness, pain, or discomfort in the chest. Sweating, nausea, and vomiting that are accompanied by intense pressure in the chest. A radiating and intense pain in the chest that extends from the chest to the left arm. A shortness of breath for more than a few minutes. If you have any of the above you must consult the doctor or go to the emergency rooms. If you even think you are having a heart attack you must call for a cardiac care ambulance, and put under your tongue a sorbitrate or chew an aspirin. If you are allergic to aspirin don’t take one. At the hospital care will include rapid thrombolysis, cardiac catheterization, and angioplasty. They will also administer intravenously clot busting medications. The risk factors for a heart attack include: smoking, diabetes, high levels of cholesterol, hypertension, family history of heart diseases, atherosclerosis, lack of exercise, obesity, and fast foods. Reduce the risks of a heart attack by: 1. Quitting smoking. 2. Eating healthy. Avoid fatty foods, excess salt, and red meats. 3. Controlling high blood pressure and diabetes. 4. Ensuring regular exercise at least 30 minutes a day. Walking is most beneficial. 5. Preventing obesity. Doing all you can to maintain weight. 6. Choosing to live a healthy lifestyle. 7. Practicing meditation. 8. Doing regular relaxation and breathing exercises. 9. Undergoing periodic cardiac evaluations. 10. Including foods that are rich in anti-oxidants in your diet. A killer disease, according to the American Heart Association approximately 58.8 million people in the US suffer from heart diseases. And, about 950,000 Americans die of heart ailments each year. Heart diseases and death from it can be prevented by maintaining your health. Find a balance in life between work and other activities, abandon the couch for the outdoors, don’t watch sports on television play sports instead and you can hope to live a long and fulfilled life. Be a well informed and caring citizen, read all about heart diseases and preventive care at: University of Maryland Heart Center for Preventive Cardiology -- umm. edu/heart/preventive. html; or the American Heart Association -- americanheart. org/presenter. jhtml? identifier=1200000; or the National Center for Chronic Disease Prevention and Health Promotion -- cdc. gov/doc. do/id/0900f3ec802720b8/ . The norm prevention is better than cure could lead a whole nation towards good health and well being.
Here's news many Americans can take to heart. In addition to diet and exercise, there is a new heart health product with aspirin available to help reduce heart disease risk factors. Cardiovascular disease poses a major health threat to both men and women in the U. S. According to the American Heart Association, more than 71 million adults in the U. S. have at least one type of cardiovascular disease. These include dysfunctional conditions of the heart, arteries and veins that supply oxygen to life-sustaining areas of the body such as the brain, the heart itself and other vital organs. These conditions can be caused by a buildup of fatty deposits in the arteries, elevated cholesterol, high blood pressure and poor circulation. Patients with cardiovascular disease are at increased risk for heart attacks, strokes and death. A healthy diet and regular exercise are important steps in the prevention of cardiovascular disease. In addition, a new and complete heart health product has been developed that combines the known benefits of doctor-recommended, low-dose aspirin with heart health vitamins and other supplements. These ingredients have been clinically shown to reduce the chances of heart attack and stroke, and may help lower blood pressure and cholesterol levels and help manage other cardio risk factors. Called CardioEA™ Enhanced with Aspirin, each safety-coated caplet contains 81 mg of doctor-recommended, low-dose aspirin plus a complex of vitamins B6, B12, Folic Acid, L-Arginine and Aged Garlic Extract™ (AGE). It provides heart health-conscious consumers with the opportunity to help manage many of the risk factors that contribute to heart disease with a single daily caplet instead of taking various supplements and aspirin every day. This is the first in a new category of preventive and wellness products called OTCeuticals™, manufactured by the Alan James Group, a health care-focused consumer products company based in Boca Raton, Florida. OTCeuticals are vitamins, minerals, herbs and other supplements that are combined with FDA-monographed, Category 1 USP-grade ingredients in rational, safe, effective and convenient combinations. In addition to CardioEA Enhanced with Aspirin, the Alan James Group's OTCeuticals pipeline includes products for bone & joint and gastrointestinal health, among others. CardioEA Enhanced with Aspirin is available in the vitamin section at most major supermarkets, chain drug and discount retailers.
Heart disease is one of the leading causes of death in most developed countries around the world, and the number of cases is rising constantly as a result of both modern lifestyles and increased overall longevity. While developing the condition can have a devastating impact on the sufferer's life, modern medicine has developed several effective treatments for heart disease, ranging from drugs and lifestyle improvements right through to surgery. Of course, prevention is always better than cure, so before we look at some of the symptoms of cardiac disease we'll look at some of the ways you can help your body ward off the risks. Living a healthy lifestyle can go a long way to reducing the chances of developing cardiac problems, but there is unfortunately an element of inherited risk, so even those with excellent overall health may find that they're genetically programmed towards heart disease in later life. Thankfully, the greatest influence genetics has on heart disease is that of making us more susceptible to certain causes, and with careful adjustments of our lifestyles we can greatly improve our prospects of avoiding it. The two most deadly contributors to cardiac problems are smoking and obesity. Both of these can raise blood pressure to dangerous levels, putting extra strain on the heart. Smoking causes the build up of fatty deposits within the arteries, also causing circulation problems. Being overweight also tends to mean that a healthy diet is not being followed, and so the body may well be short of essential minerals and nutriments that the heart needs to keep on functioning healthily. Stopping smoking and other unhealthy practices such as excessive drinking, along with improving diet and taking up exercise to reduce weight can go a long way towards averting problems. The symptoms of a developing heart problem can be both subtle and dramatic. Unfortunately, many of the symptoms can also signify other less dangerous conditions, and so a diagnosis of heart disease is often made later than it could have been. If you come across more than one of the symptoms below, then a trip to your doctor is highly advisable. Breathlessness when engaged in physical exercise is normal to some extent for almost everyone, but if you find you're becoming breathless more and more easily then this is a clear sign that your general fitness levels aren't all they could be, and that your heart may be struggling under the pressure. Palpitations, that is a heavily or unevenly beating heart, can be a sign of anxiety or can come on after extreme exercise, but if neither of these situations apply then heart problems could well be the culprit. A tingling feeling in bodily extremities such as fingers, toes or lips is often a sign that your cirulation system isn't delivering enough oxygen, again a sign of possible heart problems. Should your extremeities go on to develop a blueish colour then this is certainly not a good sign, and medical attention should be sought at once. The final and most obvious sign of cardiac problems is a feeling of tightness or pain in the chest, a condition known as angina. If you feel chest pain with any regularity, even if not particularly severely, a medical check up is advisable to make sure you catch any problems as early as possible. Angina can be controlled very well by medication in many cases, and doesn't necessarily have to develop into full-blown heart disease. In summary, living a healthy lifestyle while keeping an eye out for the symptoms will greatly reduce the risk of your life being devastated by heart disease.
Heart attacks come in all sizes, from minor to major, and the symptoms of a pending heart attack can be deceiving in many cases. Some symptoms of a pending heart attack may have been showing up for quite awhile and were ignored as something else. Pending heart attack symptoms mask themselves as indigestion, being overworked and tired all the time, and taking naps several times a day. During a real heart attack, you may feel feverish, have a nauseous sick feeling, shortness of breath, labored breathing, sweating, tingling in arms, chest pain, heaviness in the chest area like someone is pushing on your chest and various other indications. Your life may depend on you making the right decision within minutes, is what you are feeling a heart attack... as a quick response time in calling for help... 911... could be the determining factor that saves your life. Its better to be wrong, than to be right and not get help on the way ASAP! One of the major causes of a heart attack is the restriction of blood flow to the heart muscle, which causes any number of symptoms. But the bottom line is, how severe is your heart attack. That will in many ways determine what symptoms you experience. The more severy the blockage, the more severe the heart attack symptoms in most cases. The blockage may occure due to a blood clot, or material buildup inside the artery walls that breaks loose. Many hospitals are not fully equipted to deal with heart attack victims, and will transfer the patient by air to a hospital or medical center with a heart attack specialist who can determine how bad it was, and one who has the skill to repair the damage caused by the heart attack. The quicker the blood flow to the heart muscle is restored, the better your chance for a complete recovery from your heart attack.
By atherosclerosis the inside of the arteries are thickened, hardened and stiffened, causing the space for blood flow to be narrowed or closed. This will decrease the oxygen supply to local or distant tissues. The primary symptom of this is pain, poor organ function and bad general condition. The further consequences are tissue damage, sometimes acute damage because by stop of blood flow caused by a sudden blood clot formed in the narrowed areas. THE MECHANISMS AND CAUSES OF ATHEROSCLEROSIS The inner walls of the arteries consist of an innermost layer of endothelial cells (surface cells) and under these a layer of smooth muscle cells. The changes by atherosclerosis take place under the endothelial cells and in this muscle layer. The changes consist of: A certain degree of cell proliferation or tumour, gathering of cholesterol and fat. Deposition of calcium salts. Deposition of blood elements like fibrin. The deposits are called atherosclerotic plaque or atheroma. Atherosclerosis is one of several types of artery thickening and hardening. A common name for thickening and hardening of arteries is "arteriosclerosis". Often atherosclerosis is also just called arteriosclerosis. The development of atherosclerosis probably begins by a damage in the endothelium. This damage causes cholesterol and fat to penetrate into the vessel walls and deposit there. This also induces cells to proliferate. Later also calcium salts are deposited. Factors that cause endothelial damage and thus atherosclerosis are: -High content of cholesterol in the blood. -High content of blood fat and especially saturated fat. -Inflammation in the blood vessels. A sign of such inflammation is the presence of a substance called c-reactive protein. -High amount of oxidation agents in the blood. -High blood pressure. -High content of low density lipoprotein (LDL) in the blood serum, and low content of high density lipoprotein (HDL) in the blood. Lipoprotein is a combination of a protein molecule and fat or cholesterol. Lipoproteins carry cholesterol or fat from place to place. -Diabetes. -High age. -Smoking. -Men have a somewhat higher chance of getting this condition than women. -High content of the amino acid homocystein in the blood serum. Many of these factors are ultimately caused by a bad diet and lack of daily exercise. THE SYMPTOMS AND CONSEQUENCES OF ATHEROSCLEROSIS Since atherosclerosis can affect all body parts, the symptoms will vary. However, general symptoms from the affected body parts are: -Decreased performance, easy to tire out. -Pain by physical activity, so called anoxic pain. -By severe impairment of blood flow, tissue damage or sores can occur. When the heart is affected, the symptoms will be: -General bad condition. -Anoxic pain from the heart and surroundings by physical activity, called angina pectoris. -Feeling of not getting enough air, or breathing problems. Atherosclerosis can cause blood clots that close the blood flow. There are several ways this can occur: -The atherosclerotic plaque can rupture, making a sore in the inner wall of the vessel. At such a sore blood can coagulate, making a blood clot. -The atherosclerotic plaque itself can grow to close a blood vessel. -Blood coagulated at an affected area can tear loose, float with the blood stream to another place and prop a blood vessel at the new place. -A portion of the plaque itself can tear itself loose and clog another blood vessel. When the heart is stricken by a blood clot, heart tissue is suddenly destroyed, a condition called heart infarction, causing sudden heart failure or death. When a blood clot strikes the brain, brain tissue is destroyed or impaired, causing paralysis, decreased consciousness, coma or other sudden functional impairments. THE PREVENTION AND TREATMENT OF ATHEROSCLEROSIS Atherosclerosis can be prevented and to some extend be cured by these measures, of which most are lifestyle adjustments: -Eating just a little or moderate amount of fat. -Eating just a moderate amount of sugar. -The fat eaten should be a blending of different types of unsaturated fat from sources like: Olive oil, rape oil, sunflower oil, soy oil, walnut oil and fish. Then you will get enough of mono-unsaturated fat, omega-3-unsaturated fat, and omega-6-poly-unsaturated fat, but not too much of any of them. -Eating much fish and just a little red meat. -Eating a good amount of fruit and vegetables each day. -Supply of enough vitamins, minerals and anti-oxidants. -Only consuming moderate amount of salt. -Stop smoking. -Getting high blood pressure treated if lifestyle measures do not bring blood pressure down. -Daily exercise fitted for one's own condition. -Eliminate stress in the daily life and at the job. -Stressing down and getting enough rest. By high cholesterol levels that do not react properly to lifestyle measures, cholesterol lowering medication can be used, such as HMG-CoA reductase inhibitors. By serious local narrowing of an artery, surgery to clean out or widen the artery is sometimes performed. Sometimes the artery is replaced by a graft taken from another body part or by an artificial vessel. When this is done in the heart, it is denoted as bypass surgery. Alternative treatment to clean out the arteries is an option. There is for example a treatment consisting of using the substance EDTA to carry constituents of plaque away from the arteries. The molecules of this substance have the ability to grip around other molecules, for example cholesterol molecules, and carry them away. There is however a controversy about the effectiveness of this treatment, called chelating therapy.
The only way of constantly keeping track of your blood pressure is with the help of a blood pressure monitor. But be careful if you are going to acquire one because there are many types and models of blood pressure monitors available so you have to find the ones that suit you best. When suffering from high blood pressure it is very important to monitor how the values of your blood pressure change during the day. This way you will have an active role in taking care of your own health and it will be very easy to determine what kind of treatment you need. The price of a digital blood pressure monitor is not too elevated and they are quite easy to use too. When you've just bought one the best thing to do is to pay a visit to your doctor and he should be able to instruct you on how to use the blood pressure monitor. It is important to do this because otherwise you may perform innaccurate measurements and this should be avoided. You must also take into account the fact the values of the blood pressure vary at everyone, so do not be frightened if a few of your readings are a bit over the line, this is normal for everybody. You should only worry if these high values keep repeating, and in this case you should contact your doctor as soon as possible. Also, the values of the readings that you make with the blood pressure monitors may be lower than usual a few times, which is also normal. If you want the readings to be as accurate as possible try to sit down, rested, on a hard surface when performing the measurements. Finally do not forget that the purpose of measuring your blood pressure at home is is to reduce it!
Finding a source of primitive stem cells. There are news reports about the positive impact that research on cord blood stem cells is having on the possible cure for numerous life threatening diseases. But with so many varying reports about it or even factions it is impossible to keep track of all its useful facts. Stem cells show a great level of plasticity which means they can generate and regenerate into many different types of cells and even organs within in our body. Potentially, if they can be removed from the donor and transfused into the patient then in the future, stem cells could be used to cure virtually any illness. Stem cells are more frequently found in babies or even in embryos although it has been discovered that adult stem cells do exist. To date these have mostly been found in the brain but are dispersed freely amongst millions of other cells making the extraction incredibly difficult. Cord blood stem cells, on the other hand, are very easy to remove. Because the process is completed after the child has been born and the umbilical cord cut and clamped there is no effect whatsoever on the baby, the parent or the birth itself. How stem cells become T cells. T cells are the cells that are responsible for fighting infection in children and are created when stem cells pass through the thymus gland. If the patient does not have an adequate number of effective stem cells in their blood then they will not be able to create the T cells. And subsequently they are much more likely to suffer serious infections. This, in turn, means that cord blood stem cells can be used to recreate T cells as well as other vital cells within the body of your child. The stem cells will then create an army of T cells to fight off infection and leave the body to function in a normal manner. As with a blood transfusion it is imperative to the operation's success that the stem cells transfused are of the same type as the patient's own blood. Using cord blood stem cells belonging to the patient themselves all but guarantees that this will be the case. Stem cell testing. The umbilical cord stem cell matrix is called Wharton's jelly and is rich in primitive stem cells. These cells are one that has yet to progress, transform or produce other cells. Primitive stem cells are the most effective type of stem cells that can be used in a transfusion on any patient. Typically a lot of testing has been done on animals to prove the viability of using stem cells taken from cord blood of newborn babies and amongst the most prominent of these tests, according to the online journal "stem cells", have been tests carried out on pigs. In a human blood cord, similar to a pig umbilical cord, two arteries & vein are found and tests have shown positive results concerned with the storage and potency of the blood. The journal "stem cells" contains a lot of data relating to stem cells and articles on various related topics. At present leukemia and anemia are the two most common diseases treated with stem cell transfusions although since stem cell research has grown in volume and results diseases such as Parkinson's, Multiple Sclerosis and many different forms of cancer are also showing positive results.
Of all the organs of our body the heart is without doubt the most critical and rightly so as, if it stops pumping blood around the body and delivering vital oxygen to the other organs, including the brain, death will occur very quickly. Despite its importance however many of us pay little if any attention to the health of our heart until forced to do so, when it is often too late. And yet keeping a check on the heart by simple routine measurement of our blood pressure could not be easier. As with most things in life, if the heart starts to run into problems then there will be warning signs giving us time to take remedial action and these warning signs often come in the form of abnormally high or low blood pressure. The principle role of the heart is to take freshly oxygenated blood and pump it through the main arteries and then through a network of smaller blood vessels to all parts of the body. As the heart contracts forcing blood out into the arteries pressure is exerted on the walls of the arteries. Then, as the heart relaxes and its chambers refill ready to pump again the pressure in the arteries falls. By measuring these two pressure levels we can get an indication of just how well the heart is pumping blood around the body and thus see whether or not it is working normally. Until quite recently it was necessary to visit the doctor's office to have your blood pressure measured. The doctor would place a cuff around your upper arm roughly at the level of the heart. He would then place his stethoscope over the brachial artery where it runs close to the surface of the skin on the inside of your arm at the elbow and proceed to inflate the cuff. As the cuff is inflated it tightens around the arm preventing blood from flowing through the brachial artery. The pressure in the cuff, which is indicated by a mercury manometer attached to the cuff, is slowly released and the point at which blood starts flowing through the artery, and which the doctor hears as a "whoosing" sound through his stethoscope, is noted. This is the point at which the pressure in the cuff equals the pressure in the artery as the heart pumps blood through it and is known as the systolic pressure. The doctor then continues to slowly release the pressure in the cuff and to monitor the sound of blood being pumped through the artery until no sound at all is detected. At this point the manometer indicates the pressure in the artery as the heart is at rest and refilling ready to pump again. This lower pressure is known as the diastolic pressure. Blood pressure will vary from person to person and will also rise and fall within each of us depending on a variety of factors such as the time of day, our level of activity, whether we are feeling stressed, our general state of health and whether or not we are currently taking particular forms of medication. For the average person at rest however systolic blood pressure will be around 120 mm Hg (millimeters of mercury) and diastolic blood pressure will be 80 mm Hg. As an indication of the degree of variation between individuals, and within any one person, the normal range of systolic pressure is considered to be 90 – 135 mm Hg and the normal range of diastolic pressure is 50 – 90 mm Hg. If your blood pressure falls outside these readings, then your doctor will need to investigate further to discover why your blood pressure in either unusually high or unusually low. Since most of us do not visit the doctor on a regular basis, and only venture into the surgery when we absolutely have to, it can often be many months, or even years, between blood pressure checks and we could well be walking around blissfully unaware that we have a time bomb ticking away inside us. Today however there is a whole range of very simple to operate and relatively inexpensive blood pressure monitors available for use in our own homes and absolutely no reason at all for not keeping a regular eye on our most valuable organ. So, before tragedy strikes either you or one of your loved ones, why not take a few minutes to check out the range of blood pressure monitors available and buy yourself some peace of mind.
One of the more common treatments for high blood pressure are ACE inhibitors. When your kidneys detect low blood pressure, they release an enzyme called renin, which stimulates the formation of a protein called angiotensin I. Angiotensin I is then converted by the angiotensin-converting enzyme (ACE) in the lungs to a very potent chemical called angiotensin II. Angiotensin II is a powerful blood vessel constrictor that causes muscles surrounding the blood vessels to contract, resulting in narrowing of the blood vessels. This narrowing of the vessels increases pressure in the vessels and can result in high blood pressure . The ACE Inhibitors block the action of the angiotensin-converting enzyme in the lungs so that angiotensin I is not converted into angiotensin II. This allows blood vessels to remain widened, which results in lowering of the blood pressure. ARBs block the action of angiotensin II itself, so that vessels dilate, making it easier for the heart to pump blood, and results in lower blood pressure . The natural bio active casein hydro lysate tripeptide's in Melaleuca's ProStolic™ act as a natural blocker to the formation of angiotensin II. Also included in this proprietary blend is pomegranate juice powder, which inhibits activity of the angiotensin-converting enzyme as well. A third ingredient is passion flower extract. Although researchers don't know exactly how passion flower works, they believe that flavonoid and alkaloid compounds in the plant regulate the neurotransmitters in your nervous system that reduce anxiety. One of these flavonoids in particular, chrysin, helps to calm your central nervous system and lower your blood pressure. Combined with the proprietary blend of tripeptide's, pomegranate juice powder and passion flower extract, ProStolic™ also contains potassium and calcium to provide a well-rounded natural remedy to help promote healthy blood flow and naturally maintain healthy blood pressure, but without the side effects so common with medications. Tripeptide's are formed when milk casein is broken down into smaller pieces. Several different peptide's have been studied, but a significant amount of research has determined that the tripeptide's Isoleucine-Proline-Proline (IPP) and Valine-Proline-Proline (VPP) have the most supportive evidence for their efficacy, safety and bio availability The natural bio active hydrolyzed casein (a combination of tripeptide's IPP and VPP) is an active ingredient included in the proprietary blend in Melaleuca's ProStolic™. These tripeptide's are derived from nonfat milk casein, and have been clinically proven to help maintain healthy blood pressure. Most studies show that blood pressure is lower after 2 weeks of daily consumption of IPP and VPP, and reach a stable level after 4-6 weeks. Like the mechanism of action of the commonly prescribed ACE Inhibitors, the natural action of tripeptide's block the formation of Angiotensin II, which normally causes the blood vessels to narrow. But that's where the similarity ends. Studies show that IPP and VPP tripeptide's accomplish the blockage of Angiotensin II without the side effects so common in ACE and ARB medications. In 2001, an 8-week placebo-controlled, double-blind study was conducted on 30 people with mild or moderate hypertension. Results of the study showed a significant decrease in blood pressure of IPP and VPP test subjects, but no change was seen in the placebo group. In addition, no adverse reactions such as dry cough, digestive tract symptoms or abnormal changes were observed. Over 20 human clinical trials have been conducted with the IPP and VPP peptide's over the past 10 years and more than 10 double-blind clinical studies have been conducted on the particular formulation of tripeptide's used in Melaleuca's proprietary blend. A 1996 placebo-controlled study on the blood pressure of 30 elderly hypertensive patients, most of whom were taking anti hypertensive medication, showed a significant decrease in both systolic and diastolic blood pressure after 4 and 8 weeks, but no significant changes were observed in the placebo group. A British Journal of Nutrition article reported a single blinded, placebo controlled study of 131 people with high-normal blood pressure or mild hypertension to determine the efficacy of hydrolyzed casein containing IPP and VPP in reducing blood pressure. The authors concluded that these peptide's could assist in the prevention of hypertension in people with blood pressure that is above normal. Melaleuca's Prostolic also contains other natural hypertension treatments including pomegranate juice, passion flower, potassium and calcium. All the benefits of these natural ingredients will be discussed in Natural Therapy for Maintaining Healthy Blood Pressure Part 3.
For us, the human cardiovascular system looks as follows: Oxygenated blood is pumped from the left ventricle of the heart into the aorta. Conclusion The cardiovascular system of animals consists of the heart and blood vessels. The blood that is returned to the heart is then recycled through the cardiovascular system. cardiovasculaґre [TA] the cardiovascular system: the heart and blood vessels; see under system. The cardiovascular system includes the heart and the blood vessels. The cardiovascular system (CVS) consists of the heart, lungs and blood vessels, and the blood that circulates through them. Blood pressure is normally directly proportional to the volume of blood within the cardiovascular system. The circulatory system or cardiovascular system is the organ system which circulates blood around the body of most animals. The cardiovascular system includes the heart, lungs, blood vessels and a gallon and a half of blood. Also, the cardiovascular system detects this as acute blood loss so the pulse increases to maintain cardiac output. Gary Farr 5/28/2002 The cardiovascular system is made up of the heart and all of the blood and lymphatic vessels in the body. Includes health - and research-related information on the cardiovascular system, the lungs, and blood. Obesity may affect the cardiovascular system because of the increased workload the additional body mass places on the heart. >Cardiovascular DiseasesKarolinska InstituteInternational index of links related to diseases and disorders of the heart and vascular system. The heart is the pump that drives the cardiovascular system. Cardiologist A cardiologist is a physician who specializes in the heart and cardiovascular system. Ginkgo biloba can help the body neutralize toxins, as it is a potent antioxidant.(14,15) Hawthorn berries strengthen the heart and entire cardiovascular system. EFAs also nourish the cardiovascular system by enhancing proper oxygen flow to the heart. Heart Formula is designed to support your entire cardiovascular system, including the heart, arteries and veins. Heart Embryologically the heart, like the rest of the cardiovascular system, develops from a tubular channel. We also studied the transient response of the cardiovascular system to sudden gravitational stress. Exercising, getting enough sleep, practicing relaxation techniques, and thinking positively are a few methods to help reduce stress and keep the cardiovascular system healthy. In a healthy cardiovascular system, there is a fine balance between nitric oxide and oxidative stress ... Introduction: The detrimental effects of stress on the cardiovascular system have been documented through research in animal models and humans. Promote the application and development of genomics, proteomics, and imaging tools to study brain-cardiovascular system interactions under conditions of stress. Primarily two systems mediate the stress response, by exerting an acute influence on cardiovascular function: the hypothalamic-pituitary-adrenocortical (HPA) axis and the sympatho-adrenomedullary system (SAS). Recommendations: The working group underscored the biological differences between acute and chronic stress on the cardiovascular system. Receptors, signaling, gene regulation and protein expression as related to the differentiation and development of the embryonic and fetal cardiovascular systems. During embryonic development there is extensive remodelling of the initially r/l symetrical cardiovascular system and a contribution from the neural crest to some vessels. The second section has eight chapters that summarize cardiovascular development in invertebrate and vertebrate systems. Introduction The development of the cardiovascular system is an early embryological event. It would seem that social support and social isolation influence the cardiovascular system through multiple mechanisms. The two primary pathways through which psychological factors can influence the cardiovascular system involve health behaviors and neuroendocrine mechanisms. Psychological factors can also influence the cardiovascular system through neuroendocrine effects triggered by positive or negative emotions. Fetal cardiovascular system is influence by maternal smoking. Men's Secret Butea Superba Pills KWAOPET THAI FDA. G. 202/42 Butea Superba is a native herb in the family of Popilionaceae. The Plant twinning woody long-life herbal plant exists only in Thailand. This species can be found in the same habitat as Pueraria Mirifica in the mountainous area. The long shape tuberous were annually enlarged and accumulated at least 15 chemicals in the group of direct chain organic acid especially flavonoids and flavonoid glycosides with c-AMP Phosphodiesterase potent inhibitor directly at the corpus cavernosum of the penis and resulted in enhancing blood flow to that area. In addition, it supports normal sexual function, erectile capacity, enhance sensitivity and better performance. After many studies, we produced Butea Superba into dietary supplement and cosmetic product. Kwaopet is a premium grade Thai herbal product derived mainly from the Red Kwal Krua (Butea Superba) under the research of Dr. Wichai Cherdshewasart. The results of the studies indicated that this herb shows vasodilation effect especially at the penis. Thus elevate the erectile efficiency and strength. It also promotes energetic body without any nervous, muscular or cardiac over stimulation. All Natural Dietary Supplement Hight Flavonoid & Flavonoid-glycoside: *Supports healthy cardio-vascular system *Supports blood flow to male genitals *Promotes normal sexual function *Supports erectile capacity *Enhances sensitivity & performance *Increases energy & stamina Ingredients: Butea Superba and other herbs (60 capsules per box/bottle) Recommended Dosage: Take 1-2 capsules after breakfast and dinner Precaution: Men with severe heart disease should consult physician prior taking this product. Do not take more than 4 capsules per day. If there is any sign of irregulars, stop taking the pill and seek for doctor phuketherb/men_health. html
Have you ever wondered which cardio exercises are best for burning off extra body fat? Is walking (low intensity) better or running (high intensity) better for burning body fat? Well, both low and high intensity exercises will help you burn off body fat. The question is which is more effective and burn more body fat. What is your fat burning zone? When scientists first reported that during intensive exercises, your body burn glycogen, which is a form of stored carbohydrates stored in your liver and muscles for energy and during low intensive exercises, your body burn body fat, everyone suddenly change their workout routines to perform low intensity exercises to burn body fat. Does it work? Obviously it does not work because there are still so many fat people around although they are working out with low intensity exericies isn’t it? Why is that so? Well, the scientists were right when they said that our bodies burn more body fat during low intensity exercises like walking or a leisurely swim. But during a high intensity exercise like running, our bodies burn a lot more calories. Even if some of the calories burnt are from glycogen, we will still burn many fat calories as well. To add icing to the cake, when your store of glycogen is low, the carbs from your meal you eat later gets converted into glycogen to fill up the store and will not be converted to body fat when left unused for energy. Furthermore, high intensity cardio exercises crank up your metabolism even after your workout is done. This means that you body will continue to burn body fat hours after you have left the gym. This effect is almost non existent in low intensity cardio or aerobic workout. Accumulatively, your body burns up many many more calories during and after high intensity cardio exercises than lower intensive ones. You can inject high intensity exercises to your cardio workout by introducing some interval training. You can walk briskly for 5 minutes, then breaking into a jog for another 5 minutes. Then walking briskly again until you caught your breath and then sprint for a minute before walking again for another minute. From this point, alternate between a sprint and a walk, a minute each and do this for the next 15 minutes and you are done. Do this for 5 days a week and before long, you will be steadily losing unwanted body fat and weight healthily and naturally.
The most important factor for improving cardiorespiratory fitness (cardio or CR) is the intensity of the workout. Changes in CR fitness are directly related to how "hard" an aerobic exercise is performed. The more energy expended per unit of time, the greater the intensity of the exercise, the greater the effect on cardiorespiratory fitness. You have to know how hard is "hard" to determine if an aerobic exercise like running is producing a CR training effect or if it's just burning a few calories. The heart rate during work or exercise is an excellent indicator of how much effort you are exerting. Only by keeping track of your heart rate during a workout can you be sure that the intensity is enough to improve your CR fitness level. In other words, your ability to monitor your heart rate is the single most important key to success in CR training. Training Heart Rate (THR) = Desired Intensity of the Workout THR is the heart rate at which you need to exercise to get a training effect. The U. S. Army fitness gurus have given us two methods to determine THR. The first method, percent maximum heart rate (%MHR) is simpler to use, while the second method, percent heart rate reserve (%HRR) is more accurate. %MHR Method With this method the THR is figured using the estimated maximal heart rate. You can estimate your maximum heart rate (MHR) by subtracting your age from 220. Thus, a 20 year old would have an estimated maximum heart rate (MHR) of 200 beats per minute (220 - 20 = 200). A person who is in poor shape should exercise at 70 percent of his MHR; if he is in relatively good shape, at 80 percent MHR; and, if he is in excellent shape, at 90 percent MHR. Examples: A 20 year old in good physical condition would have a THR of 160 beats per minute (BPM). 220 - 20 = 200 * .80 = 160 BPM. A 30 year old in good physical condition would have a THR of 152 beats per minute (BPM). 220 - 30 = 190 * .80 = 152 BPM. A 40 year old in poor physical condition would have a THR of 126 beats per minute (BPM). 220 - 40 = 180 * .70 = 126 BPM. %HRR Method A more accurate way to calculate THR is the %HRR method. The range from 60 to 90 %HRR is the THR range in which people should exercise to improve their CR fitness levels. If you know your general level of CR fitness, you can determine which percentage of HRR is a good starting point for you. For example, a person in excellent physical condition could start at 85 percent of his HRR; if he is in reasonably good shape, at 70 percent HRR; and, if he is in poor shape, at 60 percent HRR. Most CR workouts should be conducted with the heart rate between 70 to 75 percent HRR to attain, or maintain, an adequate level of fitness. A person who has reached a high level of fitness may derive more benefit from working at a higher percentage of HRR, particularly if he cannot find more than 20 minutes for CR exercise. Exercising at any lower percentage of HRR than 60 does not give the heart, muscles, and lungs an adequate training stimulus. Exercising at more than 90 percent can be dangerous. Before anyone begins aerobic training, he should know his THR (the heart rate at which he needs to exercise to get a training effect). The example below shows how to figure the THR by using the resting heart rate (RHR) and age to estimate heart rate reserve (HRR). A 20 year old in reasonably good physical shape is the example. STEP 1: Determine the MHR by subtracting your age from 220. i. e. MHR = 220 - 20 = 200. STEP 2: Determine the resting heart rate (RHR) in beats per minute (BPM) by counting the resting pulse for 30 seconds, and multiply the count by two. A shorter period can be used, but a 30 second count is more accurate. This count should be taken while you are completely relaxed and rested. For this example we use a RHR of 69 BPM. STEP 3: Determine the heart rate reserve (HRR) by subtracting the RHR from the estimate MHR. i. e. HRR = 200 - 69 = 131 BPM STEP 4: Calculate THR by (1) multiplying HRR by the relative fitness level as a percentage and (2) adding the result to the HRR. For example, our 20 year old in good physical condition will exercise at 70% HRR. (1) .70 * 131 = 91.7 (2) 91.7 + 69 = 160.7 In summary, a reasonably fit 20-year-old with a resting heart rate (RHR) of 69 BPM has a training heart rate (THR) goal of 161 BPM. During aerobic exercise, the body will usually have reached a "Steady State" after five minutes of exercise, and the heart rate will have leveled off. At this time and, immediately after exercising, is when you should monitor your heart rate to see if you are within your desired THR range. If your pulse rate is below the THR, you must exercise harder to increase your pulse to the THR. If your pulse is above the THR, you should reduce the intensity to reduce the pulse rate to the THR goal.
Cardiovascular disease, also known as CVD, is the number one killer of men and women of all ethnic groups in the United States. Cardiovascular diseases include such ailments as high blood pressure, arrythmia, valve disease, congestive heart failure and stroke. Though worries of more "high profile" diseases such as breast cancer are on the forefront in many women's minds, the hard truth is that one in four women are affected with some form of cardiovascular disease. Risk factors for cardiovascular diseases are things such as high blood pressure, obesity, abnormal blood glucose, and even the use of tobacco, among other factors. When caught at an early age, these risk factors can be muted to help prevent manifesting themselves as cardiovascular disease later on. Altering your lifestyle can help to lower your chances for cardiovascular diseases. Such alterations as eating a diet that is low in fat and cholesterol, adding more fruits and vegetables to your diet, drinking enough water daily, and exercising for half an hour a day are all ways that physicians suggest can assist in lowering your chances for cardiovascular disease. Cardiovascular diseases are known as silent killers, as they often have no symptoms. If you think you may be having any symptoms of heart disease, you should speak to your doctor about the many tests available. Doctors often begin with simple tests, the results of which can lead to tests that are more complex. In connection with cardiovascular disease are "extra" heartbeats, which typically happen when there is an irritation in the lower part of the heart's pumping chambers. They interrupt the normal heart rhythm, which can feel like a missed beat. This can actually be a harmless "quirk" of your body's functions, or can lead to problems that are far more serious. If a woman has these palpitations or any other symptoms such as dizziness, blurred vision, or shortness of breath, she should contact her doctor right away. A complete medical history, physical exam, and other tests will be run to determine the cause of these behaviors, which can be anything from stress-related behavior to something far more dangerous. The advice and consultation of a physician where heart disease is concerned is the only way to go.
What IS Cholesterol? Cholesterol is a soft, waxy substance that's stored in the fat (lipid) content of one's blood stream. It's actually important to have a certain amount of "good" cholesterol in one's system. Cholesterol, and our other body fats, cannot dissolve in our blood. They must be transported by special carriers called lipoproteins. While there are numerous kinds (too many to cover here), the two that are most important are the high-density lipoproteins (HDL) and the low-density lipoproteins (LDL). There is a third kind, which is referred to as Lp(a), which can increase one's risk of heart attack and stroke. We'll cover that one here, as well. HDL, LDL, & Lp(a)...What ARE These? High-density lipoproteins (HDL) are known as "good cholesterol". Most experts agree that HDL moves the cholesterol from the arteries to the liver, where it is broken down and leaves the body through the natural evacuation process. A higher HDL level seems to reduce the risk of heart attack or stroke. Keep in mind, though, that a lower HDL level in one's body (-40 mg/dL in men, -50 mg d/L in women) is a warning signal of greater risk of one or both. HDL seems to remove excess cholesterol from the plaques which build up in one's blood vessels, thereby inhibiting or slowing their growth. This is what makes it so important to the human body. Approximately 1/3 to 1/4 of the cholesterol in our bodies is carried by the HDL. Low-density lipoproteins (LDL) are the major transporters of cholesterol in our blood. One can experience a build up on the walls of the arteries which supply blood to our hearts and brains, if too much LDL enters the blood stream. When combined with other substances, it forms plaques. Plaques are hard, thick coatings that can clog one's arteries and decrease blood flow to the heart or the brain. Should the blood not move swiftly enough, there is danger of a blood clot forming near the plaques. When this occurs in the arteries leading to the heart, one is at greater risk of a heart attack. If it happens in the arteries which lead to one's brain, there is a higher risk of stroke. If one's LDL level is 160 mg/dL or higher, this is an indication of a greater risk of heart disease. And if one has already been diagnosed with heart disease, it is strongly recommended that one maintain a level of less than 100 mg/dL. A little known (by the general population) lipoprotein that can also cause a greater risk is the Lp(a) cholesterol lipoprotein. This is a generic variation of plasma (the "fluid" which carries the blood cells through one's blood stream) LDL. When one's Lp(a) level is higher, one can more quickly develop the plaque build up which physicians and specialists refer to as "arthersclerosis". Although there has been no conclusive evidence drawn as to WHY Lp(a) contributes to the increased risk of heart disease, it is commonly believed that the natural lesions which occur in our artery walls may contain substances that interact with it. This may lead to the build up of the fatty deposits. From Where Do We Get Cholesterol? The general consensus is that the human body is capable of producing the cholesterol that one needs to remain healthy. The body - most especially the liver - produces roughly 1,000 mg per day. Therefore the cholesterol consumed (by the average person eating the typical foods such as whole milk dairy products, eggs, meat, poultry, fish and seafood) is not really necessary to maintain the healthy level which one needs. Two of the biggest culprits which contribute to the excessive consumption of cholesterol are transfats and saturated fats. But other fats consumed in foods can also raise blood cholesterol. While some of the excess fat is removed from the body by the liver, most heart specialists recommend that the average person limit himself/herself to less than 300 mg daily. And if one has been diagnosed with heart disease, that level should be less than 200 mg daily. If one has been diagnosed with extremely high cholesterol, even more drastic measures may be necessary to bring it under control. How Do I Control My Intake? A proven and accepted measure of control is to limit one's intake to no more that 6 ounces of lean meat/fish/poultry daily, and to consume only low fat/no fat dairy products. Effective substitutes for the protein necessary for good health can be found in beans and vegetables with high protein content. Two excellent sources for determining which foods have high protein content can be found at: vegsoc. org/info/protein. htm and vegparadise/protein. html#Charts It is also recommended that one adopt a regular exercise regimen. Even a moderate amount of daily activity can help to increase the movement of blood through one's body. Physical activities such as leisurely walking, gardening, light yard work, housework and slow dancing are often prescribed as ideally suited for those who need a daily routine to help control the cholesterol levels. A more intense regimen can include brisk walking, jogging, swimming and weight-lifting. Aerobic exercising is an excellent way to increase one's breathing and heart rates. Side benefits of a regularly scheduled exercise program can include weight control, reducing one's risk of developing diabetes, and helping to keep one's blood pressure at a healthy level. Regular moderate to intense exercise can also help to strengthen one's heart and lungs. To Smoke or Not to Smoke... Most physicians and specialists recommend that no one smoke. And it has been proven that tobacco smoking increases the risk of heart disease. One's intake of oxygen, which is a necessary component for good vascular circulation and health, is drastically reduced. Plus, smoking is detrimental to HDL cholesterol levels and increases the possibility of blood clots, not to mention the risks of causing cancer in one's body. The Effects of Alcohol on Cholesterol Levels The moderate consumption of alcohol has shown, in some studies, to actually promote higher HDL cholesterol levels. With that said one must weigh the risks of alcoholism, obesity, stroke, high blood pressure, some forms of cancer, and sometimes depression. Exercise moderation (not more than 1-2 drinks daily for men, not more than 1 drink daily for women). And if you don't drink, don't start. There are better and safer alternatives for controlling one's cholesterol. Synopsis: - HDL is "good" cholesterol - LDL is "bad" cholesterol - An exercise regimen can help in lowering LDL and increasing HDL - Cholesterol can be controlled with a sensible diet, for many people - Smoking can increase the risks of lower HDL levels and the possibility of blood clots Consult your physician or health care provider before embarking on any exercise regimen, or the consumption of alcohol, as a method to control one's cholesterol. He or she can direct you to what steps you need to take in order to ensure the best results for your efforts. Have an annual screening (usually a blood drawing) to determine your cholesterol levels. Be sure to discuss family history and other issues which your doctor may want to know before deciding whether or not you should be checked for the Lp(a) lipoproteins. He or she can better determine your risks, the diagnosis, and possible treatment (which may include prescription medication) when fully informed.