"Interlaces fingers and give knuckles a crack"
That is a question that is most likely going to get some old, outdated and "brainwashed by baloney" answers.
Let's get down to the actual most recent scientific version shall we?
Your heart, is not "just a pump" as the good Dr in "The alienist" stated in one of the shows, set in pre-twentieth century New York.
Yes, we have come a long way in a short time and, the most recent view of how we operate, is that we are an incredibly complex "micro-machine" and energy factory.
The average human produces their own body weight daily in invisible energy molecules we know as "ATP" aka Adenosine-Tri--phosphate.
Your heart is an electromagnetic generator of sorts, which, along with the mitochondrial symbiotic host are releasing that body sized load of micro-pulsed energy molecules 24/7.
What would happen if you went "low energy" and your little symbiotic just we're not perfuming up to par?
Well, your risk of heart attack and stroke would dramatically rise, due to the very fact that your red blood cells no longer had the ability to repel themselves from the walls of our arteries, which also have a greatly reduced negative charge.
So, in a nutshell, it's because we are, as a species, producing ever lower and lower amounts of ATP each and every generation that is born.
That's directly testable via a modern blood test called a %heteroplasmy that tells you just how many good mitochondria you have vs. how many are mutated and basically non-functional.
My question to you: Why is every child not being given this test at birth?
It's basically a crystal ball that can predict just how much risk you have of living a shorter lifespan in general.
Heart failure is caused by rupture of fat plaque in the coronary arteries of the heart. This can occur when the blood vessels do not have too much plaque or are not too narrow, but blood vessels such as cramps, or constricts.
Heart failure is the last outcome of an extensive number of infection forms making adequate harm the muscle of the heart that it is never again have the capacity to draw enough blood to meet the metabolic needs of the body (or to just have the capacity to do as such with blood returning the heart (from the lungs) at high weight). Like each organ disappointment this requires very broad harm which is regularly not evident until past the point of no return.
In the created world the most widely recognized reason is ischaemic coronary illness (narrowing and additionally blockage of the coronary supply routes or arterioles (little veins)). This is frequently interceded or compounded by hypertension and diabetes and elevated cholesterol.
About 1/3 of the rest of the cases are accepted to be because of genetic variations from the norm of heart muscle.
A further 1/3 of those outstanding cases are credited to viral contaminations. These incorporate infections like Hepatitis B and C and HIV and flu and a heap of different infections the majority of which are never recognized in any given person.
Other non-viral contaminations can make coordinate harm or aberrant harm the heart, one of those most normal in South America is Chagas infection.
Coordinate devastation of heart muscle can happen by procedures, for example, myocarditis.
Numerous chemotherapy specialists (for tumor treatment) are very poisonous to heart muscle.
Liquor is lethal to heart muscle.
Amphetamines cause harm to heart muscle both specifically and by finished incitement of the thoughtful sensory system which thus causes demise of heart muscle cells through arrival of catecholamines.
Extreme valvular coronary illness, variations from the norm of heart valves (of whatever reason) can cause heart disappointment. In the non-created world this is frequently caused by rheumatic coronary illness (an outcome of rheumatic fever).
Anomalous control of the little muscle cells covering the dividers of veins (endothelial brokenness) is most likely a typical reason for heart disappointment.
Testimony of strange proteins or substances (traditionally amyloid or iron) can cause heart disappointment.
An inherently anomalous heart can advance to heart disappointment (when the ordinary pipes of the heart is unusual during childbirth so some sort of re-plumbing is done soon after birth to enable blood to go where it should).
An over or underactive thyroid
There are a large number of different causes possibly in light of the fact that, as I at first suggested it's simply the last result of broad harm to the heart and anything that causes broad harm can in the end cause heart disappointment.
How The Heart failure Does Happens?
The heart muscles require oxygen for survival. At the point when the oxygen improved blood supply, to the heart is extremely lessened or at times totally cut off, it prompts heart assault. The essential driver for this is develop of fat, cholesterol and different substances that are as one known as plaque. This procedure of working up of plaque is known as atherosclerosis.
A blood coagulation is framed when the plaque development prompts the breakage or splitting of heart conduit. On occasion, this blood coagulation stops the blood stream to the heart muscles, and the heart is famished of oxygen and basic supplements. At the point when the heart is famished of sufficient oxygen-rich blood supply, it is known as ischemia.
Ischemia can prompt harm, passing, or any heart muscle and result in myocardial localized necrosis or heart assault. Studies demonstrate that the majority of the general population kick the bucket of coronary illness (CHD) in light of the fact that the heart muscles couldn't get satisfactory blood supply. That is the reason, at whatever point you feel any throb or agony in your heart you should counsel your closest best cardiologist
Causes of Heart Failure
As mentioned above, some conditions that cause damage or weaken the heart condition can cause heart failure. Some of these conditions include:
1. Coronary Heart Disease.
Coronary heart disease is a type of heart disease that most often causes heart failure. In CHD, coronary artery blood vessels that supply the heart muscle experience narrowing which can be caused by a buildup of fat called plaque called the atherosclerosis process. Inadequate blood flow causes the heart muscle to become weak and over time does not function properly. In a heart attack, clots occur due to plaque rupture so that the area of the heart muscle supplied by the blocked blood vessels can be damaged and cause a decrease in pumping.
2. High Blood Pressure (hypertension).
In the condition of hypertension, blood is pumped from the heart with a higher pressure than normal to be able to suppress the pressure in the peripheral arteries. Arterial blood vessels experience increased pressure due to the atherosclerosis process that causes stiffness in blood vessels. due to high blood pressure, the heart muscle is forced to work harder to pump blood. In the long run the heart muscle will experience a thickening to compensate for the extra-working work. As a result, the heart muscle will also experience stiffness during the filling phase so that the pumping process is not effective.
3. Heart Valve Disorders.
Heart valves function to keep blood flowing in the right direction and prevent blood flow between heart chambers. The existence of damage to the heart valve caused by heart abnormalities, coronary heart disease, heart infections and so on, will cause the heart muscle to work harder to maintain blood flow properly so that compensation for changes in heart muscle. Besides that excessive volume load can cause the heart muscle to thin out so that the heart's ability to decrease.
4. Heart Muscle Damage (cardiomyopathy)
Certain conditions can cause damage to the heart muscle directly which is referred to as cardiomyopathy such as infection, alcohol abuse and narcotics, the effects of chemotherapy drugs, the presence of diabetes and others. This condition causes damage to the heart muscle directly which causes jntung muscle to undergo structural changes so that its function is disrupted.
Inflammation of the heart muscle or what is referred to as myocarditis can cause damage to the heart muscle which ultimately decreases heart function. This condition is usually caused by viruses or other infections.
6. Congenital heart abnormalities.
If the heart room or valve is not formed properly, the healthy part of the heart will work harder to carry out the pumping function of the heart so that it will experience structural changes that ultimately reduce heart function.
7. Abnormal heart rhythm.
Heart rhythm disturbances, especially changes in heart rate that cause heart to work harder with ineffective pumping can cause heart failure. Heart rate that is too slow also causes the amount of blood pumped to the entire body to decrease, causing heart failure.
8. Other chronic diseases
Some other chronic diseases can also contribute to heart failure. These diseases include diabetes, hyperthyroidism, emphysema, amyloidosis, allergic reactions, severe infections and others.
The most important and accurate cause for heart disease is inflammation that occurs in the walls of the arteries. Regarding cholesterol, the buildup of the blood vessel wall can indeed cause heart disease, but it all begins with an inflammatory process. Without inflammation, cholesterol will move in our body as normal and not as a threat. Inflammation of the blood vessel wall is what causes cholesterol to become trapped.
inflammation is a form of your body's natural defense against bacteria, toxins or viruses. His job is to protect, but if the body is exposed to bacteria or viruses that are quite hard, then inflammation will become chronic.
Chronic inflammation can lead to heart disease, stroke, diabetes and obesity.
Low-fat diets result in chronic inflammation of the blood vessel walls, Those who consume processed foods like carbohydrates, sugar, flour and other high levels have the potential to experience chronic inflammation.
consuming omega-6 vegetable oils such as soybeans and corn in relatively high levels can adversely affect and worsen inflammation in blood vessels.
-Lowering cholesterol levels in the body does not reduce a person's risk of potential heart attack.
-Heart disease has a cure and can be cured without having to take a lot of drugs or surgery.
The occurrence of heart failure is usually triggered by health problems, such as:
Hypertension. Blood pressure is the power needed to pump blood throughout the body every time. If blood pressure is high, then this can cause the heart to work harder to circulate blood throughout the body and automatically the heart muscle will thicken to compensate for the increased performance. If this continues, then the heart is overburdened and is no longer strong enough to pump blood effectively. His muscles become weak or can be too stiff.
Coronary heart disease and heart attack. This condition makes the blood supply and oxygen to the heart decrease due to narrowing of the arteries by fat deposits. When the blood vessels to the heart muscle are completely blocked and the flow of oxygen to all parts of the heart becomes severed, a heart attack occurs. A heart attack can make the heart pump weaken or even cause permanent damage to the heart muscle wall.
Cardiomyopathy or damage to the heart muscle. There are several factors that can increase a person's risk of having cardiomyopathy, including genetic or hereditary, use of chemotherapy drugs, drug abuse, alcoholism, and infection.
Myocarditis or inflammation of the heart muscle. This disease can sometimes develop and lead to left heart failure. Generally, the cause of myocarditis is a viral infection.
Heart valve damage. Heart valves function to keep blood flowing through the heart in the right path. If the heart valve is damaged, the blood flow can be disrupted. This results in increased workload on the heart muscle.
Heart rhythm disturbances. This condition can cause the rhythm or heart rate to become too slow or too fast. Rhythm that is too slow will reduce the blood supply from the heart to the body. While the rhythm that is too fast, can make the heart work too hard. Both of these conditions will eventually lead to heart failure.
Hyperthyroidism. People who suffer from this disease, the thyroid gland in their body will produce excessive thyroid hormone. When the hormone levels are high, the heart rate, blood pressure and body temperature will increase as well.
Anemia. When a person has anemia, his body is deprived of oxygen from the blood. If this condition is not treated, damage to the organs in the body, including the heart, can occur.
Diabetes. People who have diabetes have an increased risk of high blood pressure and coronary heart disease.
Heart defects from birth. Some babies are born with the condition that some of the heart chambers or valves are not completely formed. This situation can cause other parts of the heart that are still healthy to work harder in pumping blood. In the end potentially leads to heart failure.
Heart failure can be caused by a variety of health conditions, such as:
Coronary heart disease, in which blood vessels that supply the heart with blood supply is blocked by fat that builds up in these blood vessels (atherosclerosis), which can cause a heart attack.
High blood pressure, which increases cardiac efforts and can cause heart failure over time.
Cardiomyopathy, a condition that affects the heart muscle.
Heart rhythm disturbances (arrhythmias), where the heart rhythm is irregular.
Damage to the heart valve or other conditions that affect the function of the heart valve.
Congenital heart disease, which can occur from birth and affect the normal functioning of the heart