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High Intensity Health with Mike Mutzel, MS

Why You Should Donate Blood to Reduce Blood Viscosity, Iron Overload and Cardiometabolic Disease Risk

High Intensity Health with Mike Mutzel, MS

Mike Mutzel

Nutrition, Medicine, Health & Fitness

4.71.3K Ratings

🗓️ 18 June 2022

⏱️ 25 minutes

🧾️ Download transcript

Summary

Thick, viscous blood is linked with heart disease development and blood clots. Learn how to assess your blood viscosity and ways to reduce it.

Support Healthy Hydration and Exercise Performance with this new Electrolyte Stix by MYOXCIENCE Nutrition: https://bit.ly/3uAWrV6

Blood work cheat sheet: https://bit.ly/3dyy4zM


Link to research and show notes: https://bit.ly/blood-viscosity-tips


Time Stamps:


00:05 Therapeutic phlebotomy may benefit high ferritin and hemoglobin in men and in post-menopausal women.
00:30 Donating blood once or twice a year brings down stored iron.
00:35 Iron overload and iron excess can drive the process of cardiovascular disease.
01:35 Iron depletion by phlebotomy improves insulin resistance in patients with non-alcoholic fatty liver disease.
01:45 Insulin and hyperinsulinemia cause changes in iron metabolism, iron absorption and iron physiology, and ferritin metabolism.
02:41 Excess iron gets stored in your liver, pancreas, and heart, and can impact your brain.
03:35 More than diet influences iron levels.
06:00 You need iron to transport oxygen in your hemoglobin.
07:18 Iron and ferritin are acute phase reactants.
08:45 COVID 19, even the omicron variant, may increase blood viscosity/thickness.
09:35 Free iron accelerates the process of the oxidation of LDL.
11:15 Ferritin stores iron. It is amino acids that hold molecules of iron.
12:50 Exercise helps with iron metabolism and your cardiovascular system.
14:15 High ferritin and high hemoglobin and hematocrit mean that there is a lot of free iron floating around.
17:50 Phlebotomy therapy for study participants with non-alcoholic fatty liver disease showed improvements in ferritin, hemoglobin, liver enzymes and markers of insulin sensitivity.
21:40 High frequency blood donation is protective against cardiovascular disease and reduced relative risk of having a heart attack.

Transcript

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0:00.0

In today's session, let's take a deeper dive into iron metabolism, iron overload and therapeutic

0:04.8

phlebotomy for individuals who have high ferritin and also hemoglobin. This is really important

0:10.2

for men of all ages and post-menopausal women. This is something that I see so commonly,

0:15.8

unfortunately, on labs that is a reflection of subacute or subclinical elevated or iron overload

0:23.3

and a lot of people don't know what to do about it, but the treatment and the modality

0:27.9

is quite simple. It's bloodletting. It's going to your local blood bank, donating blood once

0:32.8

or twice a year to bring down that stored iron because it turns out that iron is a catalyst.

0:38.3

Iron, especially elevated levels of iron, we'll talk about the blood biomarkers, the proxies,

0:44.3

the things to look out for in your blood work to see if this is elevated in you or somebody

0:48.2

know about, but iron can catalyze and help to cause oxidation of low-density lipoproteins within

0:55.4

the atherosclerotic plaque. It's sufficient to say that iron overload and iron excess can drive

1:03.2

the process of cardiovascular disease, of cardiovascular dysfunction and the coronary artery

1:08.2

occlusion and the narrowing of the arteries. We have a tool, my friends, that is very affordable,

1:13.2

that has been clinically studied, that has been shown in diabetic patients and also patients

1:18.2

with cardiovascular disease to reduce the prevalence of those conditions. Some of the things we'll

1:23.7

also talk about today is fatty liver disease and how fatty liver disease can actually be reversed

1:28.6

by just donating blood. There's a paper actually. We're going to talk about it. I'll just give you

1:33.0

a little hint at what it's called here. Iron depletion by phlebotomy improves insulin resistance

1:38.4

in patients with non-alcoholic fatty liver disease. We know fatty liver disease, unfortunately,

1:43.4

is so common. It's not just for meeting dietary fat. We know that insulin and hyperinsulinemia

1:49.4

causes changes in iron metabolism, iron absorption, and all aspects of iron physiology and ferrets

1:55.1

in metabolism. This paper found that in individuals who have a histologically defined non-alcoholic

...

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