The Membrane Repair Protocol

There’s a war on seed oils. Artemis Simopoulos put the omega-6 to omega-3 ratio of the modern Western diet at somewhere between 15:1 and 16.7:1 against an ancestral ratio close to 1:1. Her work has been cited for two decades as the case against seed oils, and the case is sound, but somewhere along the way, omega-6 fats (especially seed oils) became the scapegoat for modern metabolic dysfunction. The prevailing message: “avoid at all costs.”

This, frankly, is nonsense.

The ratio I measure on the fatty acid panels of my own patients often runs the other way. These are not people eating fast food. They have read the same literature, cleared every seed oil out of the kitchen, and taken high-dose fish oil daily for years. They’re not overloaded with omega-6s. They’re deficient. And paradoxically, they’re often over-supplemented with omega-3s. Their panels come back with depleted linoleic acid, low gamma linolenic acid and low arachidonic acid, and on the Kennedy Krieger profile I use, markers suggesting demyelination. They have corrected a population-level problem they did not personally have, and they have corrected it past the point where the correction stops helping.

This has real consequences. A cell membrane is built from fats. Strip out the omega-6 fats that form its structure and the membrane loses its integrity, the mitochondria inside it lose the voltage they run on, and the immune and neurological signalling that depends on that architecture starts to drift. Patients arrive describing exhaustion, cognitive dulling, and reactivity to everything, having spent years removing the raw material their membranes are made of. Meanwhile, excess omega-3s can suppress myelination, deplete arachidonic acid (AA), inhibit GLA pathways, and destabilise membranes.

In short, we’re treating modern illness with the wrong fats, and destabilizing the very membranes we need to heal.

What follows in the article below covers:

• How omega-6 fats came to be treated as a single dangerous category and how to distinguish healthy omega-6s from rancid ones.

• My membrane mandate and why a mitochondrion cannot hold its membrane potential without a supply of intact omega-6 fats.

• What the research on fish oil oxidation (rancidity) actually shows, including the two studies that tested the same market and disagreed sharply about how much of the shelf is rancid.

• The Membrane Repair Protocol: 5 steps in the order I run them, the oils and food sources I use, the sequence and the three tests that make an invisible imbalance visible.

If you have been avoiding an entire class of essential fats on the strength of an Instagram headline, two questions are worth putting to your own case. Are the fats your membranes are short of the ones you have spent years removing? And has the supplement you take every morning been quietly deepening the shortage it was bought to correct?