Skip to main content

Can Vaso-Meditech EECP Treatment improve my cholesterol levels?

The common risk factor in patients with cardiovascular diseases is hyperlipidemia or high cholesterol level, so when these patients undergo EECP treatment, we have shown the cholesterol level is also positively affected by the treatment. There are two types of cholesterol one is bad cholesterol; another one is good cholesterol. To reduce the bad cholesterol, certain drugs like statin can be used, and to increase the good cholesterol, vigorous exercise is required. So during the EECP, we have shown that EECP can decrease your bad cholesterol and also shown to improve your good cholesterol. So when you are taking EECP for cardiac treatment, it will affect all your cardiac risk factors positively, especially your cholesterol level by decreasing your bad cholesterol and increasing your good cholesterol. EECP can protect your vascular function and prevent future cardiovascular incidences.

For more Information : www.healurheart.com

Take Second Opinion : https://www.healurheart.com/EECP_Second_Opinion.php

Contact Details : 9003070065 / 9003070064




Comments

Popular posts from this blog

Wearing a Holter Monitor: What to Expect and What It Reveals

  If you’ve ever experienced unexplained dizziness, tiredness, or irregular heartbeats, your doctor may recommend a 24-hour Holter monitor test . While the name might sound technical, the concept is simple. This test helps your cardiologist understand what’s going on with your heart when you're away from the hospital and going about your day. Learning about how this device functions and what it shows you can assist in alleviating your concerns and make you better prepared for the experience. What Is a Holter Monitor? A Holter monitor is a small, portable, wearable machine that records your heart's electrical activity over a period of time—typically 24 to 48 hours. It is different from the usual ECG performed in the clinic that takes only seconds. The Holter monitor keeps recording your heart's rhythm round the clock while you carry out your daily activities. Doctors employ it to identify abnormalities that aren't always visible on short ECGs. These may include o...

Daily Water Intake: How Much is Too Much or Too Little?

Water is life, and it constitutes approximately 60% of the human body and aids in digestion, circulation, maintaining a normal temperature, and the process of detoxification.  But how much is one supposed to drink? While hydration is key, the notion that the more water, the better is a myth that many people believe. Numerous individuals follow the "8 glasses a day" prescription or have the myth that too much water drinking cleanses toxins out of their body, is better for the skin, eliminates headaches, and also contributes to losing weight. Is this supported by science or ar they only myths?    Doctors commonly advise remaining hydrated for several reasons, but drinking too much water can have just as adverse an effect as dehydration. Though the body maintains a very effective mechanism for regulating water levels, ignoring the signal to drink or pressuring one's self to consume more than their body can hold can prove catastrophic, especially in individuals with cer...

EECP: A Heart Treatment with Broader Benefits?

Enhanced External Counterpulsation (EECP) has long been recognized as a non-invasive, non-surgical therapy for relieving angina and improving blood flow to the heart. But new research indicates that EECP may offer far more benefits than previously understood. From supporting kidney function to enhancing blood flow to the brain and limbs, EECP could be a promising supportive treatment for various non-cardiac conditions as well. Let’s explore how EECP works and the broader therapeutic effects it may offer. How EECP Works EECP therapy involves placing pneumatic cuffs around the legs, thighs, and hips. These cuffs inflate and deflate in synchronization with the heartbeat. During diastole (when the heart is resting), the cuffs inflate, pushing blood back toward the heart. During systole (when the heart contracts), the cuffs deflate, reducing the heart's workload. This timed compression: Enhances venous return Increases oxygen delivery to the heart Reduces cardiac ...