The Diary of a CEOVitamin D Expert: The Supplement World Is Giving The WRONG Advice!
CHAPTERS
- 0:00 – 4:55
Why vitamin supplements (especially D) can be as risky as drugs
Dr. Stasha Gominak argues the supplement world gives dangerously oversimplified advice, especially around vitamin D. She frames modern sleep problems as a biochemical issue tied to deficiency states created by indoor living rather than just poor habits. The conversation sets up her claim that low vitamin D can make the brain “forget” how to sleep.
- •Supplements can cause harm if taken without understanding dosing and physiology
- •Sun avoidance/indoor living as a modern driver of deficiency-related illness
- •Sleep problems often persist despite standard behavioral sleep hygiene
- •Vitamin D is positioned as central to sleep chemistry (preview of her thesis)
- •Vitamin D described as misclassified (hormone vs vitamin)
- 4:55 – 8:16
From headache clinic to sleep medicine: the CPAP discovery and atypical sleep apnea
Gominak explains how a headache patient pushed her into sleep studies, revealing unexpected sleep apnea in young, thin women. CPAP resolved long-standing daily headaches, forcing her to reconsider sleep as upstream of multiple neurologic symptoms. She broadens the lens from “headache treatment” to “sleep architecture as repair.”
- •Young, thin patients can have sleep apnea; not just ‘older overweight men’
- •CPAP can eliminate chronic daily headaches in some cases
- •Repeated 3 a.m. awakenings and morning headaches as common presentations
- •Sleep studies became her tool to investigate ‘invisible’ dysfunction
- •Early observation: modern living seems mismatched with human biology
- 8:16 – 15:52
Sleep architecture explained: REM, deep sleep, and brainstem control
She walks through hypnograms and the sequencing of light sleep, deep (slow-wave) sleep, and REM. The core claim is that the brainstem and autonomic nervous system run sleep, including the paralysis of REM. Abnormalities in REM timing and quantity become her clue that chemistry—not anatomy alone—is failing.
- •Sleep cycles: light sleep → deep sleep/slow-wave → REM across ~90-minute cycles
- •REM involves maximal paralysis; airway stability becomes critical then
- •Brainstem governs sleep stages, autonomic balance, heart rate and blood pressure
- •First half of night framed as more sympathetic; second half more parasympathetic
- •Low REM linked to mood and memory consolidation problems
- 15:52 – 21:03
The acetylcholine hypothesis: parasympathetic deficit and ‘indoor’ neurotransmitter loss
Gominak connects missing REM to a parasympathetic/autonomic chemistry problem, centering acetylcholine. She argues modern indoor life (less sun, more screens/AC) correlates with widespread dysregulation beginning in the 1980s. Her thesis: vitamin D status influences acetylcholine production via gene expression, affecting sleep switches.
- •Key question: what chemistry enables REM/paralysis and stable sleep transitions?
- •Acetylcholine as the parasympathetic neurotransmitter with roles in sleep and focus
- •Indoor lifestyle changes since the 1980s as a turning point for obesity/sleep/mental health trends
- •Vitamin D proposed to regulate enzymes needed for acetylcholine production
- •Critique of purely behavioral sleep advice for complex clinical cases
- 21:03 – 24:58
Chronotypes under dispute: why ‘night owl’ may be reversible
She challenges the strong genetic framing of chronotypes, claiming many patients normalize to ~10 p.m.–6 a.m. after correcting deficiencies. Shift work is framed as biologically incompatible long-term for ‘normal chemistry,’ with disease risk accumulating. The chapter positions circadian timing as more biochemical and environmental than fixed identity.
- •Chronotype as potentially modifiable rather than purely genetic
- •Patients (even long-term night workers) reportedly revert to earlier sleep timing
- •Shift work framed as a contributor to severe health decline in susceptible individuals
- •Population-level disease incidence increases since mid-1980s used as circumstantial support
- •Emphasis on day-hunter biology vs nocturnal species adaptations
- 24:58 – 33:07
Proving deficiency leads to disease: three patient archetypes and the ‘no deep sleep’ alarm
Steven presses on evidence; Gominak uses contrasting patient stories (severe metabolic/pain vs athletic postpartum) to show similar sleep disruption. A pivotal case is an 18-year-old with essentially no deep sleep, which she interprets as a dangerous brainstem chemistry failure. She reframes chronic illness as downstream of non-restorative sleep and impaired nightly repair.
- •Two extremes: ‘Madeline’ (multi-symptom, obese, postpartum) vs ‘Natalie’ (athletic postpartum)
- •Common thread: disrupted sleep and daily headaches despite very different lifestyles
- •18-year-old with no deep sleep highlights ‘invisible’ high-risk physiology
- •Sleep as the body’s repair system (glymphatic/maintenance framing)
- •Critique of symptom-based medicine (‘Band-Aids’) vs root-cause investigation
- 33:07 – 41:14
Finding vitamin D’s role: low levels everywhere, PubMed, and brainstem receptors
After testing vitamin D widely, she finds most patients are low and some improve markedly when supplementing. PubMed leads her to Walter Stumpf’s work showing vitamin D receptors in brainstem nuclei tied to paralysis and sleep timing. This becomes her mechanistic bridge from low D to disrupted REM and sleep-stage control.
- •Vitamin D testing in ~500 patients revealed widespread low levels (especially in fall)
- •Some CPAP users’ headaches/sleep improved only after vitamin D supplementation
- •Discovery of vitamin D receptors in brainstem regions that regulate sleep and paralysis
- •Vitamin D framed as gene-regulating hormone affecting protein/enzyme production
- •Stumpf’s ‘hibernation hormone’ model used to interpret modern deficiency effects
- 41:14 – 53:15
Vitamin D is a hormone: why ‘dose studies’ mislead and blood levels matter
Gominak argues vitamin D should be treated like other hormones: monitored by blood level and kept within a tight band. She criticizes trials that use fixed doses without measuring achieved levels, seasonality, or baseline status. This underpins her view that institutional guidance discourages curiosity and pushes people toward unregulated self-experimentation.
- •Vitamin D produced in skin; oral intake not equivalent to natural biology
- •Hormones require level-based personalization; too high and too low both harmful
- •Critique: many studies give fixed IU doses without checking blood levels
- •Claims Endocrine Society guidance effectively discourages testing and learning
- •Supplements framed as ‘biohacking’ requiring journaling and feedback
- 53:15 – 1:00:37
When vitamin D ‘works’ then backfires: emerging B-vitamin deficiency symptoms
After initial improvements, some patients develop joint aches, burning hands/feet, agitation, and insomnia—symptoms she interprets as induced/revealed B-vitamin deficits. A book on pantothenic acid (B5) and old deficiency experiments provide a symptom cluster that matches her patients. The key lesson: vitamins have narrow optimal ranges and can worsen sleep when overdosed.
- •Reports of new symptoms after D improvement: joint pain, neuropathic burning, agitation
- •Pantothenic acid (B5) linked historically to sleep, gut symptoms, gait changes, burning pain
- •High-dose B5 caused ‘caffeine-like’ effects and insomnia in some patients
- •Idea: improved repair demand may increase need for cofactors (B vitamins)
- •Over- or under-supplying can produce similar complaint: sleep disruption
- 1:00:37 – 1:11:05
Gut microbiome as the B-vitamin factory: ‘poop bacteria’ and why probiotics weren’t enough
She claims the eight B vitamins are primarily made by gut bacteria and absorbed, making microbiome health central to restoring natural B supply. Fecal transplants illustrate how changing gut ecology can reverse severe illness, reframing microbes as allies. She argues D alone didn’t reliably normalize the microbiome, but D plus a full B-complex could provide needed growth factors.
- •Eight B vitamins described as bacterial growth factors produced by gut microbes
- •Fecal transplant example: restoring microbial ecology can be life-saving
- •Human microbiome diversity is vast; only a small portion is well-characterized
- •IBS symptoms seen as a marker of microbiome dysfunction in her patients
- •Thesis: D + B-complex can help ‘grow back’ a normal microbiome ecosystem
- 1:11:05 – 1:24:56
Madeline & Natalie outcomes: D-level target, short-term B50/B100, and why weight loss may lag
Gominak returns to the earlier cases: both women improve substantially when vitamin D is titrated to higher blood levels and B-complex support is added temporarily. Madeline’s recovery includes pain reduction, mood improvement, and functional return to work; Natalie returns to athletic baseline and resolves postpartum issues. She stresses that B-complex is often temporary (about three months) while D maintenance may be longer-term depending on sun exposure and need.
- •Reported target: vitamin D blood level around the 60s associated with sleep improvement
- •Madeline: major symptom reversal, medication reduction, renewed function; high ongoing D dose in her case
- •Natalie: postpartum depression, high resting heart rate, and sleep normalize; returns to training
- •B-complex typically used for ~3 months then tapered to multivitamin or none
- •Claim: weight loss may not occur until ‘deferred repairs’ are completed
- 1:24:56 – 1:30:47
The RightSleep Protocol: step-by-step program and why journaling is mandatory
They formalize the protocol: address behavioral sleep hygiene first, then use labs and staged supplementation (D to target level, B12 if low, B50 for three months, then multivitamin). She warns that many multivitamins contain high B doses and that dosing errors can recreate insomnia or pain. The practical emphasis is on tracking symptoms and interpreting relapse as a new nutrient signal rather than failure.
- •Start with standard sleep hygiene; don’t jump to supplements first
- •Protocol stages: vitamin D titration + B12 if needed + B50 for ~3 months + multivitamin
- •Frequent D testing and dose adjustment based on achieved blood levels
- •High-dose B vitamins can cause insomnia/pain once microbiome recovers
- •Keep a log; interpret changing sleep as feedback about shifting needs
- 1:30:47 – 1:49:12
Sunlight, cloudy days, and lamps: why ‘supplement D’ ≠ ‘being outdoors’
Gominak supports sunlight and fermented foods as the preferred route when problems are mild, but calls supplements the faster, more controllable intervention for severe cases. She explains why outdoor exposure delivers more than vitamin D (multiple UV-derived compounds and infrared/energy effects), and clarifies practicalities: windows block UVB, clouds vary, and UVA tanning won’t make D. The discussion also touches on redheads, melanin, and modern indoor time as a health risk multiplier.
- •Skin-made vitamin D may differ (e.g., sulfation) from oral forms; sunlight makes multiple compounds
- •Infrared exposure outdoors (even in shade) framed as mitochondrial support
- •Windows block UVB; cloudy conditions may still allow some UV penetration
- •UVA tanning beds tan but don’t produce vitamin D; UVB is required
- •Redhead/melanin adaptation discussion; indoor living levels linked to many modern illnesses
- 1:49:12 – 1:53:20
Severe diagnoses (apnea/narcolepsy) and the controversial acetylcholine angle (nicotine)
She argues end-stage sleep disorders may not resolve with lifestyle alone and can worsen transiently as REM returns (e.g., nightmares during transition). Narcolepsy is framed as treatable through the same biochemical lens, including acetylcholine support. She highlights an anecdote of nicotine patches improving narcolepsy-like symptoms, positioning nicotine as an acetylcholine mimic—an intentionally controversial claim.
- •Complex sleep diagnoses may require more intensive, guided intervention
- •Transition effects: REM return can surface nightmares and ‘feels worse before better’ phases
- •Narcolepsy reframed as severe sleep deprivation/chemistry failure rather than fixed destiny
- •Nicotine described as an acetylcholine mimic; anecdotal benefit via patches
- •Broader claim: sleep switches depend on microbiome-supplied metabolites plus vitamin D
- 1:53:20 – 2:00:19
AI, mainstream resistance, and closing reflections: best day and where to learn more
Steven shares an AI-generated summary of the modern sleep epidemic; Gominak notes AI’s ability to synthesize ideas without institutional bias. She states her core dissent: many sleep disorders are rooted in D deficiency and microbiome-derived metabolites. The episode closes with her ‘best day’ story and pointers to her website and sleep Q&A content.
- •AI synthesis seen as a catalyst for changing medical narratives
- •Her central claim: sleep disorders link back to D + microbiome metabolites and deficiencies
- •Bidirectional gut–sleep loop acknowledged as increasingly recognized
- •Personal closing: ‘best day of life’ emphasizes calm companionship over achievement
- •Resources: DrGominak.com and YouTube ‘sleep chats’
