Eric Berg alias The Microbiome Mogul

Eric Berg is not licensed or approved by Florida Board of Chiropractic Medicine to diagnose, treat, or cure Research has found that one of the strongest drivers of gout is insulin resistance. When you have insulin resistance, it becomes more difficult for the kidneys to flush out uric acid..

Research has found that one of the strongest drivers of gout is insulin resistance. When you have insulin resistance, it becomes more difficult for the kidneys to flush out uric acid.

Supports

The index review on the interrelationship of uric acid, gout, and metabolic syndrome explicitly states that gout patients have a higher incidence of metabolic syndrome and insulin resistance, and that decreased urinary uric acid clearance is inversely proportional to increasing insulin resistance, leading to higher serum uric acid. ^[6][7] This review concludes that insulin resistance can be attributed to disturbance of urate regulation such as hyperuricemia, implying a mechanistic link between insulin resistance and impaired renal urate handling. Experimental and clinical work (outside the index list but consistent with ) shows that euglycemic hyperinsulinemia decreases urinary excretion of uric acid in both normal and hypertensive subjects, supporting the idea that insulin action in the kidney promotes urate reabsorption and reduces clearance. ^[2] Large epidemiologic and mechanistic reviews on metabolic syndrome, diabetes and hyperuricemia conclude that hyperinsulinemia reduces renal excretion of uric acid at the proximal tubule, leading to hyperuricemia, and argue that insulin resistance plays a key role in the causal relationship between metabolic syndrome, type 2 diabetes and hyperuricemia, which in turn is strongly associated with gout. ^[5] Observational genetic and cohort data (not in the index list) further support that insulin resistance and metabolic syndrome increase uric acid levels and gout risk, consistent with the influencer’s claim that insulin resistance is an important driver of gout through effects on renal uric acid handling. ^[8]

Contradicts

None of the index papers provided directly contradict the mechanistic link between insulin resistance and decreased renal uric acid excretion; instead, they mostly address other topics (hypertension guidelines, parenteral nutrition, IBD nutrition, miscarriages, phthalate exposure). ^{[2][3][5][6][7][8]} The experimental abstract reporting that lowering uric acid with allopurinol and valproic acid improves insulin resistance and cardiac Na+-K+-ATPase activity suggests bidirectionality: uric acid can worsen insulin resistance, not only be a downstream consequence, indicating a more complex relationship than a simple one-way driver. The miscarriage and phthalate meta-analyses document insulin resistance in other contexts but do not establish it as the strongest driver of gout or demonstrate that insulin resistance alone dominates over other gout risk factors. Overall, high-quality evidence supports insulin resistance as an important contributor to hyperuricemia and gout, but it does not show that it is uniquely “one of the strongest” drivers compared with established factors such as genetic variants in urate transporters, chronic kidney disease, high-purine and high-fructose diets, diuretics, and obesity; thus the quantitative strength of the claim is not directly evidenced.

Mainstream view

Mainstream rheumatology and metabolic literature recognize gout and hyperuricemia as closely linked to metabolic syndrome, insulin resistance, obesity, hypertension, and chronic kidney disease. Reviews and short overviews on tubular handling of uric acid describe that insulin resistance and hyperinsulinemia are associated with low renal urate clearance and reduced uric acid excretion, contributing to higher serum uric acid and gout risk, but position these alongside other renal and dietary factors rather than as a single dominant cause. ^[5][6][7][8] Current consensus is that insulin resistance and the accompanying hyperinsulinemia are important pathophysiologic drivers of hyperuricemia via decreased renal clearance, and that they substantially increase gout risk within the broader context of metabolic syndrome. However, gout is considered multifactorial: genetic variants affecting urate transport, kidney function, diet (purines, fructose, alcohol), medications, and obesity are all major, often interacting drivers. Thus, mainstream opinion is that insulin resistance is a significant and biologically plausible contributor to gout through reduced renal uric acid excretion, but not the sole or definitively strongest driver. Deterministic PubMed cross-check found no matching indexed studies for these terms (absence of indexed evidence is not evidence against the claim).

In their own wordsWatch sourceArchived copy

“Research has found that one of the strongest drivers of gout is insulin resistance.”

Rule: Fla. Stat. §460.403

Eric Berg is not licensed or approved by Florida Board of Chiropractic Medicine to advertise The #1 Best Protocol to Reverse Gout (& Prevent It) as within their scope of practice.

The #1 Best Protocol to Reverse Gout (& Prevent It)

Supports

High-quality guidelines support urate-lowering therapy as the core long-term strategy to prevent recurrent gout, with treat-to-target serum urate lowering and prophylaxis during initiation. ^{[9][10][11][12]} The 2020 American College of Rheumatology guideline strongly recommends urate-lowering therapy for patients with frequent flares, tophi, or radiographic damage, and recommends titrating therapy to a serum urate target of less than 6 mg/dL. It also recommends colchicine, NSAIDs, or glucocorticoids as first-line treatment for acute flares and prophylaxis when starting urate-lowering therapy. Other guideline summaries and reviews agree that allopurinol is generally first-line, and that limiting alcohol, purines, and high-fructose corn syrup plus weight loss may help as adjuncts, although these lifestyle measures have weaker evidence.

Contradicts

The claim is too absolute and overstates the evidence for a single ^{[9][10][11][12]}

Mainstream view

Deterministic PubMed cross-check found no matching indexed studies for these terms (absence of indexed evidence is not evidence against the claim). ^{[9][10][11][12]}

In their own wordsWatch sourceArchived copy

“Reverse Gout”

Rule: Fla. Stat. §460.403

Eric Berg is not licensed or approved by Florida Board of Chiropractic Medicine to advertise Consuming celery and increasing your fluid intake may help your body clear uric acid more quickly. as within their scope of practice.

Consuming celery and increasing your fluid intake may help your body clear uric acid more quickly.

Supports

There is some indirect support from experimental and observational evidence, but it is limited and not definitive for humans. Celery: Animal studies show that celery or celery seed extracts can reduce serum uric acid and xanthine oxidase activity in hyperuricemic mice and ameliorate gout-like arthritis, suggesting a potential urate‑lowering and anti‑inflammatory effect. ^[13] These data indicate a plausible mechanism whereby celery compounds (such as luteolin and other phytochemicals) might help uric acid handling, but they are preclinical and at high doses relative to typical dietary intake. No high‑quality randomized controlled trials or major guidelines currently endorse ordinary dietary celery as an effective uric‑acid–lowering treatment in humans. ^[16] Fluid intake: A systematic review of lifestyle and dietary factors in gout reports that lifestyle modifications, including dietary changes and hydration, can influence serum uric acid and gout activity, although effects are variable and evidence is modest. Increased water intake is biologically plausible for enhancing renal uric acid excretion (since over 70% of uric acid is eliminated through the kidneys, and excretion is proportional to urine flow), and observational data and expert commentary suggest that higher water intake is associated with less hyperuricemia and fewer gout flares. ^[14][15][17] Some clinical and public‑health guidance for gout and hyperuricemia recommends drinking roughly 2–3 liters of water per day to support uric acid clearance, reflecting a consensus view even though based mainly on observational evidence and physiological reasoning rather than large RCTs.

Contradicts

There are no major randomized controlled trials, meta‑analyses, or gout guidelines that specifically conclude that consuming celery (as a food) meaningfully accelerates uric acid clearance in humans. ^[16][17] The supportive data for celery come primarily from animal models using concentrated extracts at doses that are not comparable to ordinary dietary intake, and one small human study used a multi‑ingredient supplement that combined celery seed with tart cherry, devil’s claw, vitamins, and minerals rather than celery alone, making it impossible to attribute any effect specifically to celery. ^[13][14][15] This means the evidence base for celery itself is weak and indirect. For hydration, while higher water intake is advised and appears beneficial, the evidence is largely observational and mechanistic; there are no large, high‑quality RCTs definitively proving that simply drinking more water “clears uric acid more quickly” to a clinically meaningful degree, and individual responses can vary. Some studies of lifestyle factors note that dietary and behavioral changes alone often produce only modest reductions in serum uric acid, and pharmacologic urate‑lowering therapy remains the primary evidence‑based approach, which indirectly limits the strength of claims that hydration alone can substantially normalize uric acid or replace medications.

Mainstream view

Mainstream medical and rheumatology guidance recognizes that hydration and overall plant‑forward dietary patterns can support gout management and kidney function, but does not consider celery a proven therapeutic agent for clearing uric acid. ^[13][15][17] Standard gout and hyperuricemia management is centered on evidence‑based pharmacologic urate‑lowering therapies (such as xanthine oxidase inhibitors and uricosurics), with lifestyle measures including maintaining a healthy weight, limiting alcohol and purine‑rich foods, and ensuring adequate fluid intake used as adjuncts rather than primary treatments. Within this framework, increasing fluid intake to produce adequate urine output is widely recommended to help the kidneys excrete uric acid and reduce the risk of kidney stones, although the recommendation is based on physiology, observational data, and expert consensus rather than robust trials. ^[14] Celery or celery seed supplements are sometimes discussed in complementary and alternative medicine contexts, but major guidelines do not endorse them as standard therapy for uric acid lowering, and the scientific community views existing celery evidence as preliminary, requiring controlled human trials before firm conclusions can be drawn. ^[16] Deterministic PubMed cross-check found no matching indexed studies for these terms (absence of indexed evidence is not evidence against the claim).

In their own wordsWatch sourceArchived copy

“Consuming celery and increasing your fluid intake may help your body clear uric acid more quickly.”

Rule: Fla. Stat. §460.403