Coronary Perfusion Pressure

Cardiovascular and Cerebrovascular

Latest measurements

Date Measurement Severity Notes
November 29, 2024 12:11 PM 18.195 Normal (11.719 - 18.418)  
November 18, 2024 12:11 PM 18.193 Normal (11.719 - 18.418) No supplements, animal and fruit diet, electrolytes
November 5, 2024 11:11 AM 18.187 Normal (11.719 - 18.418) No supplements, animal and fruit diet, electrolytes
October 24, 2024 12:10 PM 18.182 Normal (11.719 - 18.418) No supplements, animal and fruit diet, electrolytes
October 17, 2024 07:10 AM 18.172 Normal (11.719 - 18.418) Stopped strict carnivore diet, more fruits, no supplements
October 8, 2024 12:10 PM 12.211 Normal (11.719 - 18.418) Snake juice fasting continues, Beef yesterday. Electrolytes. No supplements. Long walk in the evening.
October 7, 2024 06:10 AM 12.203 Normal (11.719 - 18.418) 36 hours of water fasting with electrolytes, Magnesium
October 5, 2024 10:10 AM 12.199 Normal (11.719 - 18.418) Bacon, Eggs, Vitamin C, Homocysteine Resist, Magnesium, Zinc
October 4, 2024 09:10 AM 12.188 Normal (11.719 - 18.418) Zinc, B complex, Vitamin C, 1 liter blueberry juice, K2, Calcium, Vit D, Collagen, Beef
October 3, 2024 09:10 AM 12.169 Normal (11.719 - 18.418) Vitamin C, Magnesium, B Complex, Vit K, Calcium, Vit D, Zinc

Coronary Perfusion Pressure

Cardiovascular and Cerebrovascular

Think of your heart as a bustling city, with its own intricate network of roads and highways. These "roads" are your coronary arteries, responsible for delivering life-sustaining blood to your heart muscle. Now, imagine the pressure in these arteries as the flow of traffic – it's essential for keeping everything running smoothly.

What is Coronary Perfusion Pressure?

Coronary perfusion pressure is the pressure inside your coronary arteries – the tubes that supply blood to your heart muscle. It's crucial because it determines how effectively your heart receives the vital nutrients and oxygen it needs to keep pumping.

How is it Influenced?

Just like traffic flow can be affected by road conditions and traffic signals, coronary perfusion pressure is influenced by a couple of factors:

  • Diastolic Blood Pressure: This is the pressure in your arteries when your heart is at rest between beats. A healthy diastolic blood pressure ensures a steady flow of blood through your coronary arteries.
  • Left Atrial Pressure: This refers to the pressure in the upper left chamber of your heart. If this pressure is too high, it can make it harder for blood to flow into the coronary arteries.

Why Does It Matter?

Coronary perfusion pressure is crucial for your heart's health. When this pressure is too low, it's like a traffic jam on the way to your heart – the vital nutrients and oxygen can't reach their destination efficiently. This can lead to problems like:

  • Myocardial Ischemia: This occurs when your heart muscle doesn't get enough blood flow and oxygen. It can cause chest pain (angina) and discomfort.
  • Myocardial Infarction (Heart Attack): When there's severe and prolonged lack of blood flow to a part of your heart muscle, it can lead to a heart attack. This is a serious condition that requires immediate medical attention.

Keeping Your Coronary Perfusion Pressure in Check:

Maintaining a healthy lifestyle is key to ensuring optimal coronary perfusion pressure:

  • Eat a Balanced Diet: Foods rich in nutrients like fruits, vegetables, and whole grains support heart health.
  • Stay Active: Regular exercise helps keep your heart strong and your arteries clear.
  • Manage Stress: High stress levels can impact blood pressure and heart health. Find healthy ways to cope with stress, like meditation or spending time with loved ones.
  • Regular Check-ups: Keep an eye on your blood pressure, cholesterol levels, and overall heart health by scheduling regular check-ups with your healthcare provider.

In essence, coronary perfusion pressure is the lifeline of your heart. By understanding its importance and taking steps to keep it in check, you can help ensure that your heart continues to beat strong for years to come.