How Cocaine Affects The Heart

How does cocaine affect the heart? There have been many scientific studies and numerous health reports on this question, and what this show is that cocaine affects the heart in a negative way.

To understand how cocaine affects the heart, you first need to understand the function of the heart. It is a large muscle that has two chambers, each with a single spleen and a single aorta. The heart is the organ that pumps blood from the lungs through the entire body, and it is the pump that delivers oxygenated blood from the lungs to the brain and other vital organs. The heart rate and blood pressure are controlled by the brain.

Cocaine is a stimulant that causes a rapid increase in the heart rate, causing a drop in the blood pressure and a change in the heart’s normal rhythm. The heart rate also increases, which then causes the blood to flow more quickly into the lungs. This flow of blood causes the heart to contract, and this causes blood to leak into the lungs.

Cocaine has been known to cause a change in the normal function of the heart. These effects include the following: increase in the heart rate; increased heart pressure; irregular heart rhythms; and, decreased heart contractility. These effects have been well documented in studies on cocaine users, but there are still many unanswered questions.

So, how does cocaine affect the heart in such a negative way? Most likely, it affects the heart by causing damage to the heart muscle cells. Cocaine causes a chemical change in the muscles, and this can damage the muscle fibers. Cocaine causes damage to the muscles that surround the heart, so the heart’s normal pumping action is interrupted, causing damage to the heart valves and the heart chambers.

Another way that cocaine damages the heart is through the process of diastolic dysfunction. Diastolic dysfunction is a condition whereby the heart is not contracting and then expanding as it should. This causes the heart to fail to pump the blood properly, which then causes the blood to flow out of the heart, instead of going to the rest of the body. It also causes the heart to not pump at the proper speed, causing an irregular heart beat.

How does cocaine affects the heart and how does it affect the brain? Studies have shown that cocaine increases the heart rate and blood pressure. It also causes an increase in the brain’s dopamine level. In turn, this causes the brain to think that the heart is working harder than it really is, causing the heart to pump at a higher frequency. This causes the heart to pump faster.

Cocaine, in combination with other drugs, can cause damage to the heart and brain. Cocaine has also been linked to strokes, heart attacks, and heart attacks. It has also been shown to cause an increase in the blood pressure in the brain, so that the brain will work harder and faster to pump the blood and give the brain enough energy to keep the heart working at a high frequency. Because cocaine causes the heart to pump faster, it can also cause an irregular heartbeat, which can cause an irregular heart beat in the heart.

How does cocaine affect the heart and brain in such a negative way? Cocaine is a highly addictive drug, which means that it is hard to give up and hard to stop once it is in the body.

The effects of cocaine on the heart and brain can also be increased when it is taken with other drugs, such as alcohol. When cocaine is combined with alcohol, the combination increases the blood flow to the heart, increasing the heart’s ability to pump the blood. The combination also causes an increase in dopamine, which increases the dopamine levels in the brain and the heart. It also increases the amount of the chemicals in the brain that cause the brain to release dopamine, so that the brain thinks the heart is working harder.

How does cocaine affect the heart and brain in such a negative way? When taken with alcohol, cocaine can cause damage to the heart and brain, making the heart pump at a faster rate, causing the heart to not work correctly, and causing an irregular heart beat in the heart.