Health, Health Guide, Physiology Topics, +15 Signs for Early Death

Early death caused often by heart disease. Usually, heart disease starts with no signs at the beginning but in a later stage, our bodies send clear alerts indicating an imminent heart problem. For others, the disease progresses very slowly, with few or no symptoms throughout their lives. Sometimes a heart attack is so mild that the victim is unaware that it has occurred. In such cases, the heart attack is discovered weeks, months, or even years later when an electrocardiogram is obtained during a routine medical examination.


 It is important to take action as soon as you be able to notice these signs by seeking medical care before it is too late. Here we will help you to identify some of these signs before you get the heart attack. Most of these signs people consider it as not dangerous, which sometimes leads us to ignore them, and these symptoms may be a warning bell to warn us about the imminence of a heart attack,


Hair loss

Rapid or early hair loss, especially in men, is worrisome and can be caused by a disease of the blood vessels.


The appearance of gray hair early

Hair is also a way to recognize the presence of heart problems, especially when it begins to turn gray prematurely. The European Society of Cardiology has demonstrated that gray hair can be associated with coronary syndrome, ischemia, and atherosclerosis.


Bad breath

Medical studies have shown a relationship between the gums and heart problems because the bacteria that usually cause damage at the gums can move towards the cardiovascular system, and proceed to sabotage it.



Hypertension is the medical term for high blood pressure, a condition in which blood pressure is chronically elevated above levels considered desirable or healthy for a person’s age and size. Blood pressure depends primarily on body size, so children and young adolescents have a much lower blood pressure than adults. Hypertension causes the heart to work harder than normal because it has to pump blood from the left ventricle against greater resistance. Furthermore, HTN places increased chronic strain on the systemic arteries and arterioles. Over time, the stress can cause the heart to enlarge and the arteries and arterioles become scarred, hardened, and less elastic. Eventually, this can lead to atherosclerosis, heart attacks, heart failure, stroke, and kidney failure.


Brain damage

As with a heart attack, a stroke results in the death of the affected tissue. The consequences depend largely on the location and extent of the stroke. Brain damage from a stroke can affect the senses, speech, body movement, thought patterns, and memory. Paralysis on one side of the body is common, as is the inability to verbalize thoughts. Most effects of a stroke are indicative of the side of the brain that was damaged. One side of the brain controls the functions of the opposite side of the body. A stroke on the right side of the brain has the following effects:

Paralysis on the left side of the body,

Vision problems,

Quick, inquisitive behavioral style, 

Memory loss,

A stroke on the left side of the brain has these effects:

Paralysis on the right side of the body,

Speech and language problems,

Slow, cautious behavioral style,

Memory loss.


Heart failure- Yawning

Heart failure is a chronic and progressive clinical condition in which the heart muscle (myocardium) becomes too weak to maintain an adequate cardiac output to meet the body’s blood and oxygen demands. Weak heart muscles deficit your blood with oxygen. That is why too much Yawning could be a sign of heart failure.


Lipids and lipoproteins

High levels of LDL-C and low levels of HDL-C place a person at increased risk of having a heart attack. Conversely, a high level of HDL-C and a low level of LDL-C indicate a lower risk for heart attack. Thus, the ratio of the two lipoproteins is important. Why are these two cholesterol carriers associated with different risk levels? Low-density lipoprotein cholesterol is thought to be responsible for depositing cholesterol in the arterial wall, whereas HDL-C removes cholesterol from the arterial wall and transports it to the liver to be metabolized.