Wrapping up Plasmalogens Week with a summary of my plasmalogen-related experiences over the past two years since Plasmalogens, Part 3 in November 2023.
I took detailed plasmalogen measurements on July 24, 2025, with Dr. Goodenowe’s BioScan product. I’d guess that the populations against which BioScan personal Z-scores are derived are from Dr. Goodenowe’s research during this century, many frozen samples of which he’s kept. If so, I’d guess that these populations’ data probably don’t have bell-shaped curves, and that their data’s means and standard deviations may be skewed as they’re representing people who were diseased and/or old.
Here’s my peroxisomal function panel:
I wasn’t taking ProdromeNeuro or ProdromeGlia at the BioScan blood draw time. ProdromeNeuro and ProdromeGlia supplements contain plasmalogen precursors that bypass peroxisome organelles’ normal plasmalogen synthesis functions. I haven’t reordered these supplements in 2025, but took them until my supplies ran out in January 2025. Don’t know to what extent their effects may have continued for six months.
Every day for months before the BioScan, I took a fish oil capsule with 690 mg EPA and 310 mg DHA, and a flax seed oil capsule (700 mg alpha linolenic acid omega-3, 154 mg linoleic acid omega-6, and 168 mg oleic acid omega-9). I also ate 3 eggs a day.
These practices influenced the above peroxisomal function results. My Z-scores of DHA and EPA ethanolamine plasmalogens (DHA +1.3, EPA +1.7) are more than one standard deviation above their respective population means.
The next step of plasmalogen synthesis after peroxisomes takes place in endoplasmic reticulum organelles. Among other papers describing these steps in the ER link’s results, Improving peroxisomal function states:
“Proper functioning of peroxisomes in metabolism requires the concerted interaction with other subcellular organelles, including the endoplasmic reticulum (ER), mitochondria, lipid droplets, lysosomes, and the cytosol. A striking example of peroxisome-ER metabolic cooperation is de novo biosynthesis of ether phospholipids.”
ER stress involves the unfolded protein response, a protein homeostasis-maintaining system that monitors ER conditions by sensing inadequacy in ER protein folding capacity. ER stress is a very common occurrence for humans, in part because ER protein folding has an over 80% failure rate per Every hand’s a winner, and every hand’s a loser.
I haven’t read papers about ER stress directly influencing plasmalogen abundance. But I’ve curated papers, including several during this Plasmalogens Week, that demonstrate how oxidative stress reduces plasmalogens.
Here’s my BioScan inflammation / oxidative stress panel:
I don’t have a history of these measurements except for hsCRP, which has been below 1 for over five years since I started eating broccoli sprouts every day, along with taking taurine and betaine. That oxidative stress interventions may influence ER stress has been curated in papers such as Eat broccoli sprouts for stress, Part 2 of Eat broccoli sprouts for your eyes, Taurine week #7: Brain, Betaine and diabetes, and All about the betaine, Part 2.
Back to my peroxisomal function panel: I don’t consider my negative Z-scores (below the population mean) of Total PEs and Total PCs to be actionable. Both of them produced positive Z-scores (above the population mean) of their respective total plasmalogens (Total PLEs +1.3, Total PLCs +0.5). I view Total PEs and Total PCs as pools of raw materials for plasmalogen synthesis that are used when needed.
My July 2025 BioScan shows that my current practices provide adequate plasmalogens as compared with unknown populations. It indicates that to produce adequate plasmalogens, I don’t need ProdromeNeuro and ProdromeGlia plasmalogen precursor supplements that bypass normal peroxisomal function plasmalogen synthesis.
This year’s BioScan was a one-time event. I don’t agree with advocates for constantly tweaking health parameters, or obtaining frequent test results for ‘youthful’ targets, or competing with or conforming to other people’s measurements, or unfounded longevity beliefs. It’s every human’s choice whether or not we take responsibility for our own one precious life. Being overly obsessed about one’s health can be among the many symptoms of what’s ruining a person’s life.
I might use a future version of BioScan along with ProdromeNeuro and ProdromeGlia plasmalogen precursor supplements if I had to recover from an accident or some other health emergency that creates a substantial demand for plasmalogens’ antioxidant activities. But I’d first return to past practices I’ve found to be successful in combating oxidative stress, like increasing the frequency of Nrf2 activation by eating broccoli sprouts twice a day rather than once daily.



You make such an interesting point about Goodenowe’s test results being skewed toward the diseased. My partner and I both had non-detectable levels of PEs and PLEs in our early-30s and we would not have spent money on the ProdromeScan if we were healthy and, though we’ve continued to notice significant benefit from plasmalogens, we haven’t rerun the test due to cost.
I fully appreciate your final conclusion. Plasmalogens are ungodly expensive and there are other means of buffering the body against oxidative stress, most which are sufficient for most people not suffering acute or chronic disease. We’ve been on high-dose Glia and Neuro for 4+ years and whenever we try to discontinue or significantly reduce our dosage, our health regresses to an extreme degree. But, I think we’re outliers and it’s because our brains were so atrophied. We’re hoping, though, that eventually we’ll reach a threshold where we aren’t reliant on them to function… but for now, I’m very grateful they exist.
Good to hear from you, Erin! I’m confident that you will address the root of what’s causing you undue oxidative stress.
I do several Nrf2 activators daily in addition to eating broccoli sprouts, and freely available exercising, and otherwise participating in circadian cycle-friendly practices like appropriate light exposures. One that I’m overdue in posting research about is astaxanthin. It has the unusual feature of also incorporating into cell membranes, which may or may not have influenced my BioScan results.
I started with Costco online’s 12 mg astaxanthin product in June 2024. It has poor bioavailability, so I take it twice a day with flax seed oil.
An anti-inflammatory I started during the pandemic is 12 mg ivermectin. I continue to take this preventative dose once a week with flax seed oil to improve its bioavailability.
While I can’t prove causality of my health practices, I still haven’t been sick even one day this decade. It’s kinda like the roach poison I use in my condo. I never see any roaches dead or alive, but can’t definitively state that my observations point to it.
Yes, we’re getting there; we had (unknowingly) a decade of expose to dangerous levels of stachybotrus mold growing inside the wall, and I think there is just a lot of damage that is gradually being repaired.
Yep, the Nrf2 activators are super helpful. We actually recently started Nrf2 Renew from Allergy Research Group, which offers a nice combination. And I love astaxanthin. We’ve been on it for 7-8 years for anti-cancer and anti-sunburn properties. Anecdotally, as a very pale person living in Phoenix, I’ve not had a sunburn since starting astaxanthin, where previously I would often burn on my 20 minute commute to work if I forgot to apply sunscreen. I’m looking forward to reading your experience with it!
The research on ivermectin is fascinating. We have it on-hand in the case of covid exposure, but I’ve read compelling arguments for taking it continually.
Congrats of a decade of good health! That’s an incredible feat, especially in this day and age when illness and disease is almost the norm.
Is this your doctor, John Whitcomb? https://www.youtube.com/watch?v=7r90mTezQVU
I queued up this practitioner video last month, but just got around to viewing it this afternoon.
Yes, Dr. John Whitcomb was the physician that helped us get to the root cause of our illness and start reclaiming our lives with plasmalogens. We’ve moved on to another doctor more specialized in our current needs, but still consult with Dr. Whitcomb occasionally. He’s bright, but a bit fervid when it comes to plasmalogens.