If you search the internet for "widower sickness". You will encounter a disease called silicosis. I leave you a link about this disease. A nasty disease caused by inhaled silicon dust in the lungs. It is an occupational disease that kills those who work in the denim grinding business in six months.
Severe and widespread infarction, which develops as a result of complete obstruction of the most important left descending branch of the heart vessels, costs the person's life. Most of the heart muscle dies. tissue death is called an infarction (heart attack). such a great loss is incompatible with life.
This situation is also called "widower's disease" in our field. This occluded vessel is the LAD (left anterior descending branch: left anterior descending artery) artery, which is the most important branch emerging from the left main coronary artery feeding the heart. In this case, the vein that is completely blocked is this vein. In some cases, the stenosis looks like a "hair." The strong>LAD branch runs on the wall separating the left and right ventricles. Figure 5. The course of the LAD vessel is seen in the two ventricles (above the wall between the ventricles). The ventricle is the main blood-pumping chamber of the heart. It has stronger musculature. The atria, on the other hand, have a thinner muscle structure and serve as an entrance (atrium) in one place. They pump blood to the body and lungs by producing less pressure.
Sometimes, this situation can bring about different and serious situations. I remind you that the subject is known as "my vein bypassed itself" among the people, maybe you can understand it better. Sometimes, while the stenosis in the vessel progresses over time, some vessel-forming substances released from the cells that cannot be fed cause the vessels to develop and lengthen. In these developing veins, they are trying to restore their nutrition by somehow taking blood from other healthy veins or from the areas before the blockage. This prevents the development of a widespread infarction in the developing new vessels when the relevant vessel is completely occluded. Sometimes this restriction may not be enough.
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