Iron Toxicity Post #12: Find out what the TRUE source of most, if not all, chronic disease especially neurodegenerative conditions.

Iron Toxicity Post #12: Find out what the TRUE source of most, if not all, chronic disease especially neurodegenerative conditions.

(Formerly #14)

Continuing with my theme of iron overload as the true source of most, if not all, chronic disease, here is an important and penetrating look into the origin of all neurodegenerative conditions: Alzheimer’s, Parkinson’s, MS, ALS, etc.

Memory loss and brain aging due to dementia and alzheimer's disease as a medical icon of a group of color changing autumn fall trees shaped as a human head losing leaves as intelligence function on a white background.

Schulz, K., et al. (2011). “Iron Efflux from Oligodendrocytes Is Differentially Regulated in Gray and White Matter.”

www.jneurosci.org/content/31/37/13301.full.pdf

These are not medical diseases. These are clear signs of metabolic dysfunction caused by mineral dysregulation (especially copper, iron and magnesium).

Ceruloplasmin (Cp) and its homologue twin, hephaestin, are called multi-copper oxidases (MCOs). Mother nature uses copper to regulate all facets of iron metabolism. When the bookends of iron dysregulation appear; it’s too high or too low, Cherchez la Cp (Looking for Ceruloplasmin)!

The fact that you now know this should bring a twinge to your Oligodendrocytes!

If the article is too ponderous, please study the pictures. They reveal the true story of the impact this excess dietary/supplemental iron is having, especially in folks with low Ceruloplasmin (Cp) levels.

A votre sante!

MORLEY M. ROBBINS

For Facebook Discussion:

www.facebook.com/groups/MagnesiumAdvocacy/permalink/951512604916809

Iron Toxicity Post #11: If the Sun is the ‘center’ of our Universe, I’m coming to regard Ceruloplasmin as the ‘Sun’ of our universe of metabolic activity.

Iron Toxicity Post #11: If the Sun is the ‘center’ of our Universe, I’m coming to regard Ceruloplasmin as the ‘Sun’ of our universe of metabolic activity.

(Formerly #13)

This will be my last post for 2015.  I realize that the vast majority of folks frequenting this FB site are simply looking for answers to their ailments. I get that, truly I do, and it’s why I spend the majority of my time interacting with clients — the world over.

But my passion is to understand how and why all this misery & chronic disease came about, and make sure that I do enough to impart that information and insight onto the “MAG-pies” and “MAG-nets” who grace this august body of healers helping each other.

In my wildest dreams, I never would have imagined three years ago.  Yes, it has not been just 3 years of MAG activity for me and the original founders of this mineral based group of contrarians to convention that we would have grown this big. Nor we have tackled so many issues. It is amazing how holding a mirror up to the story does to reveal the truth.

I want folks to better understand why I’m not only crazy about magnesium, but also crazy about a vital protein/enzyme produced in our livers and brains: ceruloplasmin (Cp). If the sun is the center of our universe, I’m coming to regard Cp as the “sun” of our universe of metabolic activity.

For those that think this is merely another protein, you’ll find this a fascinating read to better understand the depth and complexity of this protein that has Ferroxidase enzyme activity.

  1. Structure & function of Ceruloplasmin:
    Bento, I., et al. (2006). “Ceruloplasmin revisited: structural and functional roles of various metal cation-binding sites.”
    https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2483498/pdf/d-63-00240.pdf?fbclid=IwAR30b7qKjfMy1HgGUeOIH3WAA0Aj6kUysY-Hv0OtQecIPvkhaAvD5n8YCGA
    What is even more fascinating is to know that Holmberg and Laurell, discovers of this protein in 1941, identified it to have 8 copper ions, and that was the case through the 1970’s in the literature. And then, suddenly the number of copper ions dropped to 6-7, and now it’s recognized that there are only 6 copper ions. The re-calibration of the # of copper ions, I belive, is hardly due to “superior” diagnostic techniques.Now anyone who knows me or knows this group understands the position to stop the mindless dementia in supplementing hormone-D. One of the main reasons is laid out in this article that highlights the vital importance of retinol and retinoic acid. We know this as animal-based vitamin-A which jump-starts the production of Cp. Given that Vit-A and hormone-D are biological antagonists, it’s impossible to do so when drowning our liver in that vitamin D supplement that is wildly misunderstood.
  1. Importance of retinol in producing ceruloplasmin:
    Barber E.F., Cousins, R.J. (1987). Induction of Ceruloplasmin Synthesis by Retinoic Acid in Rats: Influence of Dietary Copper and Vitamin A Status.
    It is well chronicled in the literature that ceruloplasmin (Cp) is the biological agent to keep Iron in a proper valence (# of electrons), and mostly importantly, keep it moving in and around the cell. The scientists like to refer to it as “cellular iron efflux,” but that’s a fancy way of saying “keep it moving!”Keeping it moving is the ideal state for iron. It is not meant to be stored and measuring Iron in its storage state via the ferritin molecule makes no sense at all. It is akin to selecting a car based solely on the size of the trunk, ignoring the size and efficiency of the engine as well as the overall handling of the car. Who does that? Selecting a car based on its trunk?What is also known is that ceruloplasmin (Cp) elevates in response to Inflammation. This is a biological certainty that has been encoded going back millennia of millennia. And now, Big Pharma is seeking to apply the same misinformation strategy to Cp. It is what kept us kidnapped for 60 years on cholesterol. They want us to see Cp as the bad guy, and do what we can to “lower” it. Which makes absolutely no sense, but its elevation is consistent, particularly during an inflammatory state.What they are forgetting to tell us is that Cp must be folded properly and have optimal amino acid composition to function fully as an enzyme. The enzyme of choice is ferroxidase, which is the active component of Cp that regulates iron status and iron movement.This was most confusing until I came across pearl yesterday and learned why iron has to be in a certain valence to turn off the activity of a key enzyme that used by neutrophils to kill bacteria.
  1. Ferrous Iron (Fe++) Inactivation of Myeloperoxidase (MPO):
    Schultz, J., Rosenthal, S. (1959). “Iron (II) Inactivation of Myeloperosidase.”
    http://www.jbc.org/content/234/9/2486.full.pdf?fbclid=IwAR3a9Ld51OY3p9ycNjR53osXPb0xtYF42oxrb7twiDamra_ATpQSaOUtjTE What has also become clear is that inflammation is actually an immune response to an infection but without the pathogen!You might want to re-read that sentence again, slowly, to understand what inflammation is. It is also important to know that lack of sufficient magnesium is the cellular state that triggers the inflammatory cascade.And then the universe dropped this pearl into my lap yesterday morning:
  1. Cp is an Endogenous Inhibitor of Myeloperoxidase (MPO):
    Chapman, A.L.P., et al. (2013). “Ceruloplasmin Is an Endogenous Inhibitor of Myeloperoxidase.”
    http://www.jbc.org/content/288/9/6465.full?fbclid=IwAR28-UrBykhSNZwx97bwAwVaBXpyneUTSPLpkGUAMQZ4fI6pWEd91D_9IUA
    Once again, ceruloplasmin comes to the rescue to regulate, or modulate the myeloperosidase (MPO) response. That is huge! It makes sense that biologically it is coming to the scene of the crime, whether it’s got the enzyme capacity or not. It’s almost like “muscle memory” only this is “immune memory”. And what Cp is doing is managing the iron to stay in the right state and stay active.For those seeking to understand why there’s always a death or two at a marathon (Rick Malter, PhD.) this puts an entirely different spin on it. Endurance exercise depletes our minerals, especially magnesium, and that sets the stage for an inflammatory response in our heart, which then triggers a rise of MPO. If we were short on ceruloplasmin, the degradation of heme releases more iron, which accelerates lipid peroxidation (we know that as plaque) and it’s good night Irene for that Cp-deficient runner. And know that chronic stress is a major cause of under-production of Cp in the Liver.
  1. MPO is elevated following a Marathon, endurance exercise:
    Melanson, S.E.F., et al. “Elevation of Myeloperoxidase in Conjunction With Cardiac-Specific Markers After Marathon Running.”
    https://academic.oup.com/ajcp/article/126/6/888/1760076?fbclid=IwAR25YIQcqr_xG1E7NjYyUtZKlR3HWidE6d4jTh9DeYbQJvJjX24aJrHKQ-k
  1. MPO >> HOCl- >> heme degradation >> iron release
    Souza, C.E.A., et al. (2011). “Hypochlorous Acid-Induced Heme Degradation from Lactoperoxidase as a Novel Mechanism of Free Iron Release and Tissue Injury in Inflammatory Diseases.”
    https://journals.plos.org/plosone/article/file?id=10.1371/journal.pone.0027641&type=printable So this has to be among the most boring and academic post, not just on MAG, but on all of FB, wouldn’t you agree?Here’s the punch line:One of my colleagues/clients/fellow iron researcher/friends, Maria Dolores Chagas Oliveira, has helped me see the light on how ceruloplasmin is getting tweaked, and losing its ferroxidase function. It is being caused by the “nitration of a key amino acid, tyrosine.” Be careful, this is not for the faint of heart or anyone looking for a quick read:
  1. Nitric Oxide, Oxidants and Protein Tyrosine Nitration:
    Radi, R. (2003). “Nitric oxide, oxidants, and protein tyrosine nitration.”
    https://www.pnas.org/content/pnas/101/12/4003.full.pdf?fbclid=IwAR1txfZuhFlQWA45ccNH9t8Z9URqnRM48A70UJbl5oo31B4Cnuah1H_TZFA
    What is the best way to nitrate tyrosine?Expose it to superoxide radicals and nitrogen dioxide (NO2) that is caused by excess, unmanaged iron. This idea that we are iron deficient is beyond ridiculous, despite the countless articles that say we are. In my opinion, it is absolutely just the opposite!We come to a full circle. Iron is the stressor! That is causing excess loss of magnesium. We have come to realize that it is the causative agent to create oxygen stress, and nitrogen stress that is at the heart of neutering ceruloplasmin, the very protein/enzyme that is essential to properly manage this toxic metal.How ironic is that?Have a blessed Xmas Season & New Year’s celebration. I’m going to be keeping a low profile from here until the start of 2016. I have got many consults this week, several clients to catch up with, and will be taking the week between Xmas & New Years off for some much needed R&R…God bless you all. Hope you find this post helpful and informative. Come the New Year, we will be focusing more & more on how to correct this metabolic imbalance that pervades the universe.A votre sante!MORLEY M. ROBBINSFor Facebook Discussion:
    https://www.facebook.com/groups/MagnesiumAdvocacy/permalink/942303632504373/

Iron Toxicity Post #10: OK, know anybody who’s struggling with Arrhythmias?

Iron Toxicity Post #10: OK, know anybody who’s struggling with Arrhythmias?

(Formerly #12)

Know anybody who’s struggling with arrhythmias? 

I just happened upon this gem of an article: 

Kuryshev, Y.A., et al. (1999). “Decreased Sodium and Increased Transient Outward Potassium Currents in Iron-Loaded Cardiac Myocytes”
https://www.ahajournals.org/doi/full/10.1161/01.CIR.100.6.675

It turns out that excess iron is now recognized as the source of “arrhythmogenesis” (a way of saying it creates arrhythmia). The last line of this article: 

“The specific K+ (potassium) channel affected by iron may, therefore be a target for treatment of the arrhythmias caused by iron-overload cardiomyopathy.”

And there’s one other amazing factoid that says it all in this article: 

“Because the rat can excrete excess iron, cardiac iron deposition could not be produced in vivo in this species.”

What this means is that it is a recognized fact that rats have the natural ability to produce vitamin C (not ascorbic acid, mind you) and what surprised me was that rats have the natural ability to excrete iron!

There are two very important conclusions to be drawn:

  1. All cardiac studies based on rats are totally invalid, as the reduced iron status of these rodents puts a wrench in to thousands & thousands of studies.
  2. Take more wholefood vitamin C!  Now this is a stretch, but if a rat can use their natural ability to “excrete excess iron,” why can’t we? No, I can find no research to back that up, but given that I descend from a family that all kicked the bucket via their hearts that stopped working, I’m not going to hesitate to pursue this with a vengeance.

For those of you who are perplexed by arrhythmias, please read this article carefully and know that excess, unmanaged Iron is the bad guy, and wholefood vitamin C is the good guy.

A votre sante!

MORLEY M. ROBBINS

See Facebook Discussion At:
www.facebook.com/groups/MagnesiumAdvocacy/permalink/936684223066314

Iron Toxicity Post #9: Bioavailable copper is essential to reduce iron-induced hydroxyl radical (*OH)!

Iron Toxicity Post #9: Bioavailable copper is essential to reduce iron-induced hydroxyl radical (*OH)!

(Formerly #11)

Ordinarily, I would not burden you with a Doctoral Dissertation, but there are many who wonder where diseases come from: 

Chan. M. (2013). “Effects of iron overload on apoptosis and titin proteolysis in cardiomyocytes.” University of Hong Kong

http://hub.hku.hk/handle/10722/193425?fbclid=IwAR2jbaZ-fCRzq6qPsmwIP6SVT8buSDmCDS9qJ2Pdu7CeqY2aUzpAVyzgOug

PDF version:

https://www.facebook.com/groups/MagnesiumAdvocacy/932036546864415/?hc_location=ufi

What this article was telling us how magnesium gets depleted via iron-induced production of hydroxyl radical (*OH) and how that affects a body that lacks bioavailable copper essential for the production of anti-oxidant enzymes to neutralize these iron-induced toxins. 

newsletter 11

Translation: 

  • Titin proteins are what give cardiomyocytes (heart muscle cells) their *spring!*
  • Think that might be important to a muscle that works 24/7/365?
  • Iron overload (excess, unmanaged iron due to a lack of Cp) kills titin.

And this then begs the obvious question: What other proteins does iron kill?

This becomes a problem when one is on iron supplements as it shuts down copper production in the liver. 

If you want to look beyond the ferritin test only for your iron status and move to the truth of what is really happening via this revealing metabolic blood test: https://therootcauseprotocol.com/order-lab-tests/ 

A votre sante!

MORLEY M. ROBBINS

For Facebook Discussion:

https://www.facebook.com/groups/MagnesiumAdvocacy/931522973582439/

Iron Toxicity Post #8: Why Morley has ‘lost it’ and is obsessing over iron and the proper management of iron.

Iron Toxicity Post #8: Why Morley has ‘lost it’ and is obsessing over iron and the proper management of iron.

(Formerly ITP#9)

Do you wonder why I am so obsessive about iron and the proper management of iron? Have a read of this article:

Irazusta V., et al. (2008). “Major targets of iron-induced protein oxidative damage in frataxin-deficient yeasts are magnesium-binding proteins.”
www.ncbi.nlm.nih.gov/m/pubmed/18280258/

“When iron accumulates, chelatable iron replaces magnesium at the corresponding metal-binding site, promoting selective damage to these proteins.”There are 3,571 proteins that require magnesium to do their work.

Despite the distorted iron blood tests and faulty interpretation of iron status, we are what I call members, from cradle to grave.

We are accumulating iron each and every day. 

The key to optimal management of iron is more ceruloplasmin, not more iron.  Please take a moment and reflect on that.

Our objective as a community is to reduce our iron burden and preserve our precious stores of magnesium.

A votre sante
MORLEY M. ROBBINS

For Facebook Post:
https://www.facebook.com/groups/MagnesiumAdvocacy/permalink/922952637772806/