HOW TO CONTROL HIGH BLOOD PRESSURE FOR WOMEN

What counts as normal and high blood pressure for women?

By Marian Anne Eure 

Nearly 50 million Americans have high blood pressure. Older women are particularly likely to develop high blood pressure. More than half of all women over age 60 have it.

Others who are at a high risk 

of developing high blood pressure are African Americans, those who are overweight, have a family history of high blood pressure, and those whose normal blood pressure is naturally high.

What Exactly Is High Blood Pressure?

Blood is pumped by the heart through vessels to bring oxygen and nutrients to the body. Blood pressure is the force of the blood against the vessel walls. The higher the pressure, the harder the heart is working.

Blood pressure often goes up and down during the day. When it goes up and stays high, then it is high blood pressure. The medical term is hypertension.

An easy test measures blood pressure. It uses an inflatable cuff around an arm. If the pressure is high, the test will be repeated over several days to get an accurate reading. You probably have had such a test on a visit to your doctor.

Measuring High Blood Pressure

The test gives two numbers: The systolic pressure is the pressure of blood in the vessels as the heart beats. The diastolic pressure is the pressure of the blood between heartbeats. The numbers are usually written as a fraction with the systolic above or to the left.

An example is 120/80 mm Hg (millimetres of mercury), a normal adult blood pressure.

Both numbers count. Your blood pressure is high if the systolic pressure is 140 or above, or the diastolic pressure is 90 or above, or both are high.

“The Silent Killer”

If you do not know your blood pressure, you should have it taken.

Those with high blood pressure often do not feel sick. In fact, high blood pressure is often called “the silent killer,” because it may cause no symptoms for a long time. But untreated, it can damage the kidneys and raise the chances of stroke, heart attack or other cardiovascular (heart and blood vessel) problems. It causes three of every five cases of heart failure in women. Heart failure is a severe condition in which the heart cannot adequately supply the body with blood.

Women who have both diabetes and high blood pressure are at an even higher risk of stroke, heart and kidney problems than those who have only high blood pressure.

Are You In Control?

You may be surprised to learn that many women take blood pressure drugs but still have high blood pressure. This is especially true for older women.

Why? There are numerous reasons. Some women may not take their drugs as prescribed, whether incorrect amounts or at the wrong times. For others, a drug may not lower their blood pressure enough.

To prevent stroke, heart attack or heart failure, blood pressure must be controlled to below 140/90.

So make sure you’re in control of your high blood pressure. Talk with your doctor and ask about your blood pressure level.

If it is too high, ask about adjusting your drug and making lifestyle changes that will bring your blood pressure to below 140/90.

Taking Control

Of women with high blood pressure, 3 out of 4 know they have it, and yet fewer than 1 in 3 are controlling it.

All women can and should take steps to control their high blood pressure. This is especially important for women who have heart disease. When blood pressure is lowered, the heart does not work as hard. Women who have had a heart attack are less likely to have another if they reduce their high blood pressure.

You can control your blood pressure with these steps:

  • Lose weight if you are overweight
  • Become physically active
  • Choose foods low in salt and sodium
  • Limit your alcohol intake
  • If prescribed, take high blood pressure pills

These lifestyle steps also help prevent high blood pressure, so both you and your family can follow them together for healthy benefits.

https://www.verywellhealth.com/

 

 

SYMPTOMS OF HYPERTENSION

By Craig Weber, MD |

Hypertension does not usually cause any noticeable symptoms. When it does, you might experience dizziness, shortness of breath, headaches, and nosebleeds, which could indicate that your blood pressure is rising. Complications such as heart disease, stroke, and kidney failure can occur if long-term hypertension is not adequately treated. A hypertensive emergency, which is an uncommon and dangerous event, may cause blurry vision, nausea, chest pain and anxiety.

Frequent Symptoms

Overall, the vast majority of people who have hypertension, which is described as chronically high blood pressure (>130 mm Hg or diastolic pressure >80 mm Hg), do not experience any symptoms of the condition. It is usually diagnosed in the doctor’s office with a simple blood pressure measurement using a blood pressure cuff.

Symptoms that do occur, if present, may indicate temporary fluctuations or elevations in blood pressure, and can be related to the timing of medication doses. Generally, the symptoms of hypertension can happen at any time, do not last for long, and may recur. They include:

Recurrent headaches: Headaches are fairly common among people with or without hypertension. Some people with hypertension notice changes or worsening of headaches when medications are skipped or when the blood pressure becomes higher than usual. Headaches associated with hypertension can be mild, moderate, or severe and can be of a throbbing nature.

Dizziness: People with hypertension may notice dizziness in relation to medication doses and blood pressure fluctuations.

Shortness of breath: Hypertension can cause shortness of breath as a result of the effect on the heart and lung function. Shortness of breath is more noticeable with physical exertion or exercise.

Nosebleed: You may be more prone to nosebleeds if you have hypertension, although, in general, nosebleeds are not a classic sign of high blood pressure.

Rare Symptoms 

Extremely high blood pressure that occurs suddenly is more likely to produce noticeable symptoms than chronic hypertension. However, it is important to know that even very high blood pressure may not produce symptoms.

Severe high blood pressure is defined as systolic pressure of >180 mm Hg or a diastolic pressure of >120 mm Hg. People with severe high blood pressure can develop symptoms quickly, including:

Blurry vision or other vision disturbances: Blurred vision and vision changes are warning signs that you could be at risk of a serious health problem, such as a stroke or a heart attack.

Headaches: Headaches associated with very high blood pressure tend to be throbbing in nature and can develop rapidly.

Dizziness: The dizziness of very high blood pressure is described as vertigo (a sensation that the room is spinning).

Nausea, vomiting or loss of appetite: Nausea associated with severe hypertension can develop suddenly and may be associated with dizziness.

Hypertensive Urgency

A type of high blood pressure without serious symptoms is called hypertensive urgency. Hypertensive urgency is defined as a systolic blood pressure of >220 mm Hg and a diastolic blood pressure of >120 mm Hg. This blood pressure is considered high enough to put you at serious risk of sudden, life-threatening events.

In situations of hypertensive urgency, there is no organ failure or other immediately critical conditions, but these conditions could quickly develop if the blood pressure isn’t quickly brought under control.

Complications

Untreated hypertension causes serious complications, including organ damage. Less commonly, a condition called a hypertensive emergency, which may also be called a hypertensive crisis or malignant hypertension can occur.

Hypertensive Emergency

A hypertensive emergency, unlike the similar sounding hypertensive urgency, is characterized by serious, life-threatening complications. A hypertensive emergency means that the blood pressure is >180 mm Hg or the diastolic pressure is >120 mm Hg, and that end-organ damage is occurring. Signs and symptoms can include shortness of breath, anxiety, chest pain, irregular heart rate, confusion, or fainting.

Aneurysm Rupture

An aneurysm, which is a bulge in the wall of an artery, can form due to a number of causes. Aneurysms can occur in the aorta, brain, and kidneys. Hypertension contributes to aneurysm formation, and sudden elevations of blood pressure can increase the risk of an aneurysm rupture—a serious event that can be fatal.

Vascular Disease

Hypertension increases the risk of vascular disease, characterized by atherosclerosis (hardening and stiffening of the blood vessels) and narrowing of the arteries. Vascular disease can involve the blood vessels in the legs, heart, brain, kidneys, and eyes, causing a range of disabling or life-threatening symptoms.

Heart Disease

Hypertension contributes to the development and worsening of coronary artery disease, cardiac arrhythmias, and heart failure.

Kidney Failure

Hypertension can affect the kidneys, as their blood vessels become less able to function effectively; permanent damage is possible.

Respiratory Disease

Respiratory disease can develop as a consequence of heart disease, manifesting as shortness of breath with exertion.

When to See a Doctor

It is important to go to your regular check-ups with your doctor. Hypertension is a common condition and, if caught, can be treated with medication to prevent complications. However, if you experience any of the symptoms of hypertension, such as frequent headaches, recurrent dizziness, nosebleeds, shortness of breath, nausea or vomiting, don’t wait—speak to your doctor immediately.

Hypertension requires regular visits with your doctor to monitor your progress. If you are already on blood pressure medication and experience any related side effects, contact your doctor to see if your regimen needs to be adjusted.

When to Go to the Hospital

A hypertensive emergency requires immediate emergency medical care. The symptoms of a hypertensive emergency include:

Severe headaches

Chest pain

Palpitations

Shortness of breath

Severe dizziness or feeling faint

Vision changes

Weakness, numbness, tingling in the arms, legs, or face on one of both sides

Trouble speaking or understanding words

Confusion or behavioural changes

Do not attempt to lower extremely elevated blood pressure in yourself or someone else. While the goal is to reduce blood pressure before additional complications develop, blood pressure should be reduced over the course of hours to days, depending on severity. It is important not to lower blood pressure too quickly, because rapid blood pressure reductions can cut off the supply of blood to the brain, leading to brain damage or death.

 

WHAT HAPPENS WHEN YOU HAVE HIGH BLOOD PRESSURE AND DIABETES

By Craig Weber, MD

Diabetes and high blood pressure are related diseases that feed one another and tend to get worse with time. In biological terms, the relationship between diabetes and high blood pressure is a type of positive feedback loop, where one step causes the second step and that second step “feeds back” to cause more of the first step.

The Feedback Loop

The most well-studied example of the self-reinforcing relationship between diabetes and high blood pressure takes place in the kidneys.

The kidneys are the body’s most important long-term blood pressure regulator. By balancing the amount of salt and potassium in the body, the kidneys ultimately control how much fluid is excreted as urine. This fluid regulating function helps modulate long-term blood pressure by physically controlling how much liquid is present in the blood vessels. Carrying out this function depends on a constant flow of blood across delicate capillary structures known as glomeruli (singular: glomerulus). The glomeruli are the filtering units of the kidney.

The high blood sugar levels associated with diabetes damage capillaries, including those that comprise the glomeruli. Through a complex series of steps, excess blood sugar actually causes the walls of capillaries to thicken and, in some cases, degrade entirely. While the precise mechanisms underlying this process are too complicated to discuss in detail, the end result is that the glomeruli become thicker, and are tricked into thinking that they aren’t receiving enough blood.

As a result, the kidneys respond by raising blood pressure to restore “normal” blood flow through the glomeruli. Because they have been damaged, the glomeruli essentially require a permanent increase in blood pressure in order to continue filtering the blood. As time goes on, continued exposure to elevated sugar damages the glomeruli more, leading to ever-increasing blood pressures as the kidneys try to correct the situation.

Its Effects on Other Organs

These elevated blood pressures have widespread effects on the other organ systems of the body, including the muscles and insulin-secreting areas of the pancreas. In the muscles, higher pressure causes blood vessels to contract. As a result, less blood flows through the large muscle areas of the body.

This leads to a decrease in the size of muscle cells and a decrease in the amount of sugar that those cells absorb from the blood. Because less sugar is being absorbed from the blood, the level of free sugar in the blood rises. This free sugar ultimately makes its way to the kidneys, where it contributes to further glomerular damage. Altered blood flow through the pancreas, as a result of autoregulation, can also lead to a decrease in insulin production, raising the blood sugar even higher.

Prevention

Because diabetes and high blood pressure are so strongly self-reinforcing, it is vitally important to maintain tight control of both blood sugar and blood pressure. Even modest elevations of either in patients suffering from both diseases can quickly lead to an exaggerated amount (an “amplified” amount) of damage. This is the primary reason that treatment goals for blood sugar are more rigorous in the setting of high blood pressure and treatment goals for blood pressure are more rigorous in the setting of diabetes.

 

THE TOP 10 CAUSES OF DEATH-WHO

Of the 56.9 million deaths worldwide in 2016, more than half (54%) were due to the top 10 causes. Ischaemic heart disease and stroke are the world’s biggest killers, accounting for a combined 15.2 million deaths in 2016. These diseases have remained the leading causes of death globally in the last 15 years.

Chronic obstructive pulmonary disease claimed 3.0 million lives in 2016, while lung cancer (along with trachea and bronchus cancers) caused 1.7 million deaths. Diabetes killed 1.6 million people in 2016, up from less than 1 million in 2000. Deaths due to dementias more than doubled between 2000 and 2016, making it the 5th leading cause of global deaths in 2016 compared to 14th in 2000.

Lower respiratory infections remained the most deadly communicable disease, causing 3.0 million deaths worldwide in 2016. The death rate from diarrhoeal diseases decreased by almost 1 million between 2000 and 2016, but still caused 1.4 million deaths in 2016. Similarly, the number of tuberculosis deaths decreased during the same period, but is still among the top 10 causes with a death toll of 1.3 million. HIV/AIDS is no longer among the world’s top 10 causes of death, having killed 1.0 million people in 2016 compared with 1.5 million in 2000.

Road injuries killed 1.4 million people in 2016, about three-quarters (74%) of whom were men and boys.

Leading causes of death by economy income group

More than half of all deaths in low-income countries in 2016 were caused by the so-called “Group I” conditions, which include communicable diseases, maternal causes, conditions arising during pregnancy and childbirth, and nutritional deficiencies. By contrast, less than 7% of deaths in high-income countries were due to such causes. Lower respiratory infections were among the leading causes of death across all income groups.

Noncommunicable diseases (NCDs) caused 71% of deaths globally, ranging from 37% in low-income countries to 88% in high-income countries. All but one of the 10 leading causes of death in high-income countries were NCDs. In terms of absolute number of deaths, however, 78% of global NCD deaths occurred in low- and middle-income countries.

Injuries claimed 4.9 million lives in 2016. More than a quarter (29%) of these deaths were due to road traffic injuries. Low-income countries had the highest mortality rate due to road traffic injuries with 29.4 deaths per 100 000 population – the global rate was 18.8. Road traffic injuries were also among the leading 10 causes of death in low, lower-middle- and upper-middle-income countries.

Source: Global Health Estimates 2016: Deaths by Cause, Age, Sex, by Country and by Region, 2000-2016. Geneva, World Health Organization; 2018.

Why do we need to know the reasons people die?

Measuring how many people die each year and why they died is one of the most important means – along with gauging how diseases and injuries are affecting people – for assessing the effectiveness of a country’s health system.

Cause-of-death statistics help health authorities determine the focus of their public health actions. A country in which deaths from heart disease and diabetes rise rapidly over a period of a few years, for example, has a strong interest in starting a vigorous programme to encourage lifestyles to help prevent these illnesses. Similarly, if a country recognizes that many children are dying of pneumonia, but only a small portion of the budget is dedicated to providing effective treatment, it can increase spending in this area.

High-income countries have systems in place for collecting information on causes of death. Many low- and middle-income countries do not have such systems, and the numbers of deaths from specific causes have to be estimated from incomplete data. Improvements in producing high quality cause-of-death data are crucial for improving health and reducing preventable deaths in these countries.

THE TOP 10 CAUSES OF DEATH

HEART ATTACK: LESSONS OF MIKE ADEYEMO’S DEATH

Posted By: Femi Kusa On , In: Health

Oyo State House of Assembly Speaker Michael Adeyemo, 47, slumped at home and died of a heart attack on April 27, a serious reminder to those of us he left behind to take better care of the health of our hearts if we are not already doing so. Like many people, I am guilty of missing regular yearly medical check-ups for important organs of the body. Maybe this is because I strive to eat healthily and believe that, once I do so, the body will fix itself.

Do not get me wrong. I am a firm believer in the admonition to man that he should take care of the healthy human body and not resort to fire alarm sick care a place of health care when the body goes haywire, as we say. For my heart, I regularly take such food supplements as Hawthorn Berries, Ubiquinol, Pomegranate, Omega-3 oil, Coconut oil and trust me, as many greens as I can lay my hands on every day. Those may include Lemongrass powder sparked on food, Pawpaw (Papaya) leaf powder, Spirulina powder, Wheatgrass powder, Marigold flower powder, Kale vegetable powder, Asparagus vegetable powder, and what have you! My last blood pressure test last week was 110/70.

I do simple do-it-yourself tests to confirm if anything is going on inside the heart, or if anything is wrong with it. This may not be 100 percent foolproof. But I believe it is better than doing nothing in – between the periods one has to visit a cardiologist or a general practitioner.

I walk, trying to emulate my good friend, Mr. Dotun Akintoye who tucks his Jeep aside to walk at least 10,000 steps every day.

I try to improve on his standard by dumping pedestrian or footbridges across expressways.

My target bridges are the ones which link Town Planning Way in Ilupeju area of Lagos with Anthony village on the Lagos/Ikorudu Road Expressway, the one which links Palmgrove with Shomolu, on the same expressway, and the that links Oshodi with Ilupeju. Some of these footbridges are so steep that some of its users not only stop on the way to rest but actually rain curses on those who designed and built them.

I make many friends on these bridges, as Mr. Sunday Danson will confirm.

Together, we sometimes take walks on them. He marvels at my guts. When I sight a young woman slouching or resting at a landing, I grate her hand and command: ”Let’s go, my friend, you are too young for all this.” Often, she would laugh and we would.

Later, I would tell her why she has not enough energy to go. Her heart is probably too weak to pump enough blood and oxygen to her muscles for the extra job she is giving them to do.

Then, I would advise them about dietary and other lifestyle changes they must make, and suggest they see their doctors.

The heart

The heart is a bunch of powerful muscles which pumps blood and oxygen around the body to feed all the cells, and through the circulating blood removes their poisonous and other waste products. The heart receives used blood from all parts of the body through blood vessels called veins. It pumps the used, deoxygenated blood to the lungs for oxygenation, receives oxygenated blood from the lungs, pumps it to all parts in the body, including the heart itself.

For these purposes, the normal heart is expected to beat or pump blood about 72 times a minutes or 432 times an hour or 10,368 times in one day or 3,784,320 times in one year or 264,902,400 times an average lifetime of, say, 70 years. That’s a whole lot of work.

How many submersible borehole water pumps can equal this? We maintain these machines and the fuel pumps of our motor vehicles aid electricity generators, but do not think of maintaining one of the hardest working organs of our bodies, the heart!

Heart disease

Because we do not dietarily and through lifestyle adaptations adequately maintain the hard-working heart, it begins to literally fall ill and speak to us in the forms of systems of its illnesses which add up to heart disease. One of these symptoms is the chest pain classified medically as angina pectoris.

This pain may spread to the inner left arm, the left shoulder blade bone in the back or down to the left arm, sometimes in electrical sparks. The pain often arises when the challenged person exerts himself or herself on a task which demands that the heart supply more blood to the muscles to do more work. Such exertion may be the climbing of stairway, the splitting of firewood with an axe or flight from danger. The pain is telling the challenged person that the heart, which is expected to play a crucial role in blood and oxygen supply for this activity is itself not receiving enough blood and oxygen to do the work. The picture emerging from this is that the arteries which circulate blood inside the heart are inflamed, blocked, narrowed and hardened, to the point that blood delivery to every cell of the heart may have become grossly diminished. A heart attack occurs when the disease progresses from diminished blood supply to stoppage of blood supply. It similar to what happens when petrol or diesel is exhausted in the electricity generator. It simply stops working.

In www.draxe.com we have a graphic picture:

According to the University of Maryland, Medical Centre, some symptoms of CHD (Coronary Heart Disease ) can be very noticeable.

However, it is also possible to have this disease and experience no symptoms at all or only slight symptoms. Therefore not everyone who has CHD even knows it, especially those who are in the early stages. Pain varies a lot from person to person. The most common noticeable sign of CHD is having chest pain or discomfort which is caused when the heart is not getting enough blood or oxygen. Other types of symptoms can include feeling a heaviness or like someone is squeezing your heart, pains or numbness in your breastbone (sternum), neck, arms, stomach and upper back, shortness of breath and fatigue with activity, general weakness”.

  The big debate

This debate is all about what causes the heart’s blood supply arteries, the coronary arteries, to become blocked. It began from about the 1900s onwards and appears unresolved to this day

Before, 1900 death from heart disease or heart failure in the United States was not as rampant as it is today, accounting now for about 45 percent of deaths every year. The death upsurge has been linked to dietary and other lifestyle changes in the last century.

There dietary and other lifestyle changes have been exported to Nigeria, which is why many Nigerians today suffer from these diseases and die of them as well.

In this medical debate, it has been suggested that CHDs occur when calcium and cholesterol and other fats settle on the inner lining of the coronary and other arteries, causing them to become inflamed, narrowing  the space for blood to flow through them and, also, hardening them to make them become like reinforced plastic hoses which cannot dilate as blood is flowing through. This hardening is called arteriosclerosis blockage of the vessels by cholesterol fatty plague called atheroma is atherosclerosis.

Another of the symptoms which these events throw up is hypertension. Many doctors try to resolve it with drugs which force the heart to slow down so it doesn’t kill itself. But this does not resolve atherosclerosis and arteriosclerosis, and inflammation. In his BACK TO EDEN, Jethro Kloss, a natural medicines healer, tells of his experiences during his training in morbid anatomy in the mortuary. He said there was hardly a post-mortem surgery or autopsy carried out which did not reveal that almost all the critical organs were inflamed.

Inflammation, atherosclerosis, and atherosclerosis are believed by some researchers to be caused by the consumption of animal fats, fried foods, smoking, lack of exercise etc. That is why the doctor checks the cholesterol level and prescribes drugs to prune them down if they are on the high side. But these drugs have dangerous side effects on the heart because they block the body’s production of Co-Enzyme Q10 without which the heart cannot survive, and a deficiency of which has been linked to many heart diseases, including rising cholesterol levels.

Yet another group of researchers in the great debate say cholesterol is not the problem, but dietary deficiencies which do not make the liver metabolise the excess to bile salts, which the body uses for beneficial purposes.

In other columns related to this subject, I furthered discussion on this great debate to the conceptual crises of the 1980s, and of how researchers, such as Dr. Udo Erasmus unified the fats theory with new and accepted concepts published in his book, FATS THAT HEAL and FATS THAT KILL.

We are back to www.draxe.com:

”CHD is ultimately a result of inflammation from fatty material and other substances forming a build-up of plaque that accumulates within the walls of your arteries. Because these arteries have the crucial role of bringing blood and oxygen to your heart, reduced blood flow can slow down or stop your heartbeat, causing cardiac arrest. For this reasons, medical professionals use a combination of lifestyle changes, medicines and medical procedures to slow, stop or reverse the build-up of plaque. This can help lower the risk of blood clots forming and a heart attack taking place because it widens clogged arteries.

Heart diseases are sometimes called the quintessential diseases of civilisation because it was rare before 1900 and it still remains much less common inpre-industrialised populations.

By mid-century coronary heart disease was the nation’s biggest killer and today all forms of cardiovascular diseases, including conditions of the heart and blood vessels like angina, congestive heart failure, and stroke are still the leading causes of death in many western nations. Combined, all cardiovascular diseases kill more than one million Americans a year, men and women pretty much equally.

We know that inflammation and heart disease symptoms are tied to free radical damage (also called oxidative stress) and anti-oxidant levels in the body. When antioxidant levels are lower than those of free radicals due to poor nutrition and other lifestyle factors, oxidation will wreak havoc in the body, damaging cells, breaking down tissue, mutating DNA and overloading the immune system.

Environmental pollutants, alcohol, smoking, unhealthy fats and a lack of sleep can also generate high levels of free radicals”

Saving the heart

Foods and herbs abound in Mother Nature’s workshop to make the heart indefatigable for a whole lifetime. Only a few of them can be mentioned here. Jean Carper, an author of the New York Times best writers series, will be our chief tour guide. Her book, STOP AGING NOW, offers insights into the roles played in making the heart healthy by such foods and herbs as beta-carotene, Vitamin E, CoQ10, Magnesium, Fish oil, antioxidants, B-complex vitamins fruits and Vegetables, Garlic, Vitamin C, Red Wine etc. To these, I would like to add Lecithin, Hawthorn berries, Pomegranate and the proprietary blend CELLGEVITY, which is featured in www.olufemikusa.com under the headline Cellegevity, Senior Citizens and their peculiar challenges.

To be frank with you, most Nigerian popular diets may not sustain a healthy heart. They would need to be supplemented with missing food factors through food supplements. What is in bread, milk, sugar, refined tea or processed tea, fried egg took for breakfast? What is in yam or plantain flour taken as amala, if not a carbohydrate and oxidized food factors which are evident in the colour changes? What of Cassava grains from which eba is made? In Ghana, these grains are mixed with Moringa leaf powder to Proteinise, vitamise and mineralise the eba, which in pure form is pure carbohydrate. What is in polished rice? The soup is where the power and health of the meal should lie. Our soups nowadays are empty chaff, nutritionally speaking. I add the powders of green vegetables, such as Kale and Asparagus and Cilantro, to my meals to give them life!.

Politicians are most guilty of the nutritional bashing of the heart. They hardly sleep, congesting their blood with stress chemicals. Their hearts are filled with guile, altering the normal biochemistry of the heart, which has in the FOURTH CHAKRA region and responds negatively to thoughts of hate and evil plots. They have no time to exercise as well as well. They eat largely on the go.

We return to Jean Carper. She says:

”Evidences compelling, showing that beta carotene wards of cardiovascular disease, probably by keeping arteries from clogging.’’

A Harvard study showed that male physicians who took 50mg supplement of beta carotene every other day for six years had only half as many fatal heart attacks, strokes and heart diseases incidents in general as doctors taking a dummy pill.

In another Harvard study tracking 90,000 female nurses, those eating the most beta-carotene (more than 11,000 I.V. daily)had a 22 percent heart disease risk than women taking less than 3,800 I.V daily. The high-beta-carotene eaters’ risk of stroke was 37 percent lower.

In a large scale multi-centre European study, those who took in the least beta-carotene were at a 260 percent higher risk of a first – heart attack than those who ate the most beta-carotene”.

Rich food sources of beta-carotene in Nigeria include sweet potato, red pepper, carrot, dark leafy vegetables, such as spinach and Kale, melons, pears, mango, pawpaw (papaya) Kale, Lettuce, Cabbage, Pumpkin, Dandelion greens etc. Many people think first of carrots during any talk about beta-carotene.

They are right. It is a rich source of this carotenoid from which the body can produce Vitamin A for many uses. But there are far richer sources of beta-carotene than carrots in Nature. When spinach is juiced, it yields plenty of beta-carotene.

Not many people know that Spirulina is a richer source of beta-carotene than carrots. We are told in wwww.santegrausa.com:

”Spirulina offers 60 percent easy-to-digest vegetable protein without the fat and cholesterol of meat: essential vitamins and phytonutrients such as the antioxidant beta-carotene, the rare essential fatty acid GLA, Phospholipids, B-12 and beta-carotene content of Spirulina is higher than many other plants on our planet. Beta-carotene in Spirulina is 10 times more concentrated than in carrots. Spirulina compensates vitamins and mineral deficiencies promote strength and endurance and raises the concentration of oxygen in the blood. Besides, Spirulina normalises metabolism, helps with weight control. This unique plant accelerates burns and wounds healing.

Spirulina is a natural cleanser, promotes improvement of liver functions, toxins removal.

”Spirulina contains an unusually high amount of protein, between 55 percent and 75 percent by dry weight, depending upon the source. It is a complete protein containing all essential amino acids, though with reduced amounts of Methionine, Cysteine and Lysine when compared to the protein of meat, eggsand milk. It is, however, superior to typical plant protein Gama Linolenic Acid (GLA), and also provides Alpha Linolenic Acid (ALA), Linolenic Acid (LA), Stearidonic Acid (SDA), Elcosapentaenoic Acid (EPA), Docosahexaenoic Acid (DHA) and Arachidonic Acid (AA).

Spirulina contains vitamin B1, B2, B3, B6, B9, Vitamin C, Vitamin D and Vitamin E. A test done on Australian grown Spirulina by the Australian Government Analytical Laboratory (AGAL) shows Vitamin B12 (Cobalamin) levels of 659.1 ug/100 grm. A one-gram tablet could provide more than three times the recommended daily intake of B12.

Mineral health Spirulina is a rich source of Potassium, and also contains Calcium, Chromium, Copper Iron, Magnesium, Manganese, Phosphorus, Selenium, Sodium, and Zinc.

It should not be difficult for regular readers of this column to now understand why I always suggest that their greens (Spirulina & Co) be added to the diet. Nigerian diet is predominantly Carbohydrate. Fish and beef are expensive sources of protein. Proteins, minerals, and vitamins, not to mention trace elements and co-factors, are needed to maintain cells and organs of the body, which are derived from these substances and cannot function optimally without regular supplies of them in the diet.

Heart Attack: Lessons of Mike Adeyemo’s death

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