Stopping eggs, chicken or lentils and still seeing no fall in uric acid levels can be baffling. Increasingly, clinicians and health coaches are arguing that elevated uric acid is less a direct consequence of protein intake and more a signal of broader metabolic dysfunction — especially when insulin regulation is impaired.
Uric acid as a metabolic signal
On social media, gut and weight-loss coach Dipika Rampal challenged the common prescription to eliminate protein-rich foods, saying that high uric acid is “a metabolic SIGNAL.” Her core point: when insulin levels are persistently raised, the kidneys are less able to excrete uric acid, so the substance accumulates in the bloodstream rather than being flushed out.
“If you’ve cut eggs, chicken and even dal — and your uric acid still won’t budge. Uric acid isn’t a protein problem. It’s a metabolic SIGNAL.”
That view is supported by clinicians contacted for the story. Dr Sukirti Misra, Consultant Endocrinologist at KIMS Hospitals, Thane, says there is a well-established association between insulin resistance and higher uric acid concentrations. In people with obesity, type 2 diabetes or other causes of raised insulin, the kidneys’ ability to excrete uric acid may be reduced, increasing the risk of hyperuricaemia and gout.
What this means for everyday management
Importantly, experts caution that uric acid is a multifactorial problem — not solely a metabolic one. Genetics, long-term medication use and other health conditions also play a role. But if you’ve already cut back on protein and seen no improvement, it is reasonable to consider interventions that target metabolic health rather than further dietary restriction alone.
Practical steps recommended by Rampal and supported by metabolic rationale include:
- Cut sugary drinks and packaged snacks: reducing simple sugars and fructose can lower spikes in insulin and reduce production of uric acid.
- Add fibre before meals: soluble fibre can blunt post-meal glucose and insulin rises, supporting better metabolic control.
- Walk for 10 minutes after eating: light activity aids glucose disposal and improves insulin sensitivity.
- Improve sleep: sleep quality and duration affect hormonal regulation, including insulin dynamics.
| Intervention | Why it helps |
|---|---|
| Cut cola and processed snacks | Reduces fructose-driven uric acid production and insulin spikes |
| Fibre before meals | Slows glucose absorption, lowers insulin response |
| Short walk after meals | Improves postprandial glucose handling |
| Better sleep | Supports overall hormonal and metabolic balance |
What clinicians advise
Doctors stress that these lifestyle measures are complementary to medical assessment and treatment. Dr Misra emphasises that while metabolic dysfunction is an important driver, clinicians must consider other contributors such as heredity and coexisting conditions when assessing elevated uric acid.
Monitoring uric acid levels, assessing metabolic markers (such as fasting glucose and insulin resistance), and discussing any medications with your clinician remain important steps. For many people, modest changes that improve insulin sensitivity will be more effective than continued restriction of protein sources alone.
If you’re concerned about persistently high uric acid, the sensible course is a combined approach: rule out reversible causes, test for metabolic indicators, and adopt targeted lifestyle changes alongside any prescribed therapies. As always, personalised advice from a healthcare practitioner should guide management.
These measures are straightforward, low-risk and can improve more than just uric acid — they support wider metabolic health, energy levels and long-term wellbeing.
