We’ve done the research for you—TryDiabetes takes out all the guesswork.
Each ingredient was chosen with purpose, giving you a clean, natural way to support healthy blood sugar balance, reduce inflammation, assist metabolic function, and reinforce the systems the body relies on to maintain glucose stability.
Pair it with any of our supportive Elixirs for an extra boost.

Here’s why we combined what we did:

Dandelion Greens & Roots Elixir

  • Dandelion contains chlorogenic acid and sesquiterpene lactones that have been shown in preclinical and small human studies to help regulate glucose absorption and improve insulin sensitivity.
  • Supports liver detoxification — a key organ in glucose metabolism — and encourages steady digestion, which can stabilize blood sugar spikes.

How it supports blood sugar resilience:
By improving insulin response and supporting the liver’s processing of carbohydrates, dandelion helps maintain steadier glucose levels throughout the day.

Black Cumin Seed Elixir

  • Rich in thymoquinone, which research shows may improve pancreatic β-cell function and enhance insulin sensitivity in preclinical and early human trials.
  • Demonstrated to reduce fasting blood glucose and HbA1c in several small clinical studies

How it supports blood sugar resilience:
Black cumin helps reduce inflammation in metabolic tissues, improves insulin signaling, and supports the body's ability to use glucose efficiently.

Burdock Root Elixir

  • Contains inulin, a natural prebiotic fiber known to help regulate blood sugar by slowing digestion and improving gut microbiome balance.
  • Demonstrated in herbal studies to support healthy liver and kidney function, which play central roles in metabolic detoxification.

How it supports blood sugar resilience:
By stabilizing digestive speed and improving microbiome activity, burdock promotes smoother post-meal glucose responses and reduces metabolic stress.

Fennel Seed Elixir

  • Contains anethole and polyphenols that may help reduce oxidative stress in metabolic tissues and support smoother digestion.
  • Helps regulate appetite and reduces bloating or discomfort after meals—key factors in healthy glucose balance.

How it supports blood sugar resilience:
Fennel gently stabilizes the digestive process, helping to prevent rapid sugar absorption and supporting calmer insulin responses.

Wild Canadian Chaga Elixir

  • Exceptionally rich in antioxidants (betulinic acid, polyphenols, polysaccharides) shown to support balanced inflammation and metabolic health.
  • May help modulate glucose metabolism and protect pancreatic β-cells from oxidative stress in preclinical studies.

How it supports blood sugar resilience:
Chaga strengthens antioxidant defenses and supports the cells responsible for insulin release—two essential elements in long-term glucose stability.

Wild Stinging Nettle Elixir

  • Studies suggest nettle leaf extracts can lower fasting blood glucose and improve insulin sensitivity due to their phenolic and flavonoid content.
  • Supports healthy inflammation balance and nourishes tissues involved in metabolic regulation.

How it supports blood sugar resilience:
Nettle works as a natural metabolic modulator, helping improve insulin function and reducing inflammatory pressures that can worsen blood sugar instability.

How These Work Together for Comprehensive Blood Sugar Support

When combined, these elixirs support multiple overlapping pathways that matter for metabolic health:

Insulin sensitivity & glucose uptake: Black Cumin + Dandelion + Nettle

Post-meal glucose steadiness & digestive modulation: Burdock + Fennel + Dandelion

Pancreatic cell protection & oxidative stress reduction: Chaga + Black Cumin + Nettle

Liver support & metabolic detoxification: Dandelion + Burdock + Chaga

Inflammation moderation for healthier metabolism: Black Cumin + Nettle + Chaga

Together, they create a multi-angle metabolic support system—focused on balanced blood sugar, improved insulin responsiveness, healthier digestion, and reduced inflammatory and oxidative stress on the organs that control glucose regulation.