Polyphenols
Quercetin Dihydrate (≥98%)
Category: Polyphenol
What it is / origin: A widely studied plant flavonoid found in foods like onions, apples, and berries. Considered as one of the most abundant flavonoids in the human diet.
Signature role: A “signal-calming” polyphenol chosen for broad support of inflammatory balance and oxidative stress control.
Superpower callout: Gut-facing polyphenol with human-study relevance for intestinal inflammatory signaling and barrier-related immune tone.
Why it’s included: Quercetin helps support a healthier inflammatory tone by addressing the oxidative–inflammatory feedback loop that often keeps low-grade inflammation “stuck on.”
Inflammation + resilience contribution: Supports cellular stress tolerance and vascular-endothelial steadiness—two systems commonly strained during chronic inflammatory load.
Delivery / bioavailability: Poor water solubility and extensive metabolism can limit consistent exposure; formulation and dispersion support matter. Phytocelle™
micelle support (where used) is intended to improve day-to-day delivery consistency in a drink mix.
Science Snapshot: NF-κB signaling; oxidative stress/redox tone; endothelial function markers.
(–)-Epicatechin (≥90%)
Category: Polyphenol
What it is / origin: A flavanol abundant in cocoa, tea, and certain fruits.
Signature role: A vascular-focused polyphenol selected to support endothelial function and microvascular resilience.
Superpower callout: Endothelial “NO-support” flavanol that prioritizes microcirculation and vascular responsiveness under oxidative load.
Why it’s included: Chronic inflammation often travels with vascular “irritability” (reduced flexibility, higher oxidative burden). Epicatechin is included to support vascular signaling and healthier redox balance.
Inflammation + resilience contribution: By supporting endothelial responsiveness and oxidative control, it helps reduce upstream physiologic strain that can amplify inflammatory load.
Delivery / bioavailability: More bioavailable than many polyphenols but still rapidly metabolized—steady daily intake and good dispersion matter.
Science Snapshot: Nitric-oxide related signaling; oxidative stress pathways; endothelial activation markers.
Dihydroquercetin (Taxifolin, ≥98%)
Category: Polyphenol
What it is / origin: A small-molecule flavonoid found in larch and also present in some fruits (amounts vary).
Signature role: A high-tolerability antioxidant polyphenol chosen for broad resilience support with a favorable safety profile.
Superpower callout: High-tolerability antioxidant that’s often used as a “quiet stabilizer” to reduce oxidative pressure without stimulating effects.
Why it’s included: Taxifolin supports oxidative balance and helps reduce oxidative “pressure” that can perpetuate inflammatory signaling over time.
Inflammation + resilience contribution: Useful as a “daily-driver” polyphenol—supporting membrane and mitochondrial stress tolerance without relying on stimulant-like effects.
Delivery / bioavailability: Exposure depends on solubility and metabolism; dispersion and (where used) micelle support can improve consistency.
Science Snapshot: Oxidative stress modulation; inflammatory mediator signaling (selected); mitochondrial stress tolerance pathways.
Luteolin (≥98%)
Category: Polyphenol
What it is / origin: A plant flavone found in foods such as celery, parsley, and certain herbs (amounts vary).
Signature role: A targeted immune-signal “discipline” polyphenol selected for inflammation-adjacent signaling control.
Superpower callout: Mast-cell / histamine-adjacent immune signaling modulator with relevance to gut-immune irritation and cytokine over-amplification.
Why it’s included: Luteolin is included to support more proportional inflammatory signaling—helping the body avoid over-amplification in response to routine stress inputs.
Inflammation + resilience contribution: Supports immune signaling balance and oxidative control, which can translate to better systemic steadiness over time.
Delivery / bioavailability: Poor water solubility; dispersion strategies and micelle support can improve delivery reliability in drink formats.
Science Snapshot: NF-κB/APK-related signaling (selected); immune activation signaling.
Dihydromyricetin (DHM, ≥98%)
Category: Polyphenol
What it is / origin: A flavonoid found in vine tea (Ampelopsis) and related plant sources.
Signature role: A metabolic-resilience polyphenol selected for stress tolerance and oxidative–inflammatory coupling support.
Superpower callout: Dual-domain support: hepatic oxidative stress handling plus neuroinflammatory signaling balance (stress-resilience angle).
Why it’s included: DHM is included to support cellular recovery capacity—especially where oxidative stress and metabolic strain feed inflammatory load.
Inflammation + resilience contribution: Supports redox balance and mitochondrial-related resilience, helping maintain function under sustained signaling pressure.
Delivery / bioavailability: Limited natural bioavailability; formulation and (where used) micelle support can improve consistency of exposure.
Science Snapshot: Oxidative stress pathways; inflammatory mediator signaling (selected); mitochondrial stress tolerance.
Proanthocyanidins (Grape Seed Extract, ≥95% OPCs)
Category: Polyphenol
What it is / origin: Concentrated oligomeric polyphenols derived from grape seeds.
Signature role: A microvascular integrity and oxidative defense ingredient chosen for circulatory resilience.
Superpower callout: Microvascular integrity + lipid oxidation defense—useful when vascular activation and oxidative burden travel together.
Why it’s included: OPCs support oxidative balance and endothelial steadiness—useful when inflammation and vascular activation travel together.
Inflammation + resilience contribution: Helps protect lipids and vascular surfaces from oxidative stress that can amplify inflammatory signaling.
Delivery / bioavailability: Includes multiple molecular sizes with variable absorption; consistent dosing and good dispersion improve reliability.
Science Snapshot: Endothelial activation markers; oxidative stress; matrix-degradation signaling.
CurcuRouge® Curcumin (≥95% curcuminoids)
Category: Polyphenol
What it is / origin: A concentrated bioactive from turmeric (Curcuma longa).
Signature role: A “network modulator” chosen as a cornerstone ingredient for broad inflammatory pathway support.
Superpower callout: Broad pathway “hub” modulator—designed as the primary network balancer across multiple inflammatory mediator families.
Why it’s included: Curcumin is included for its studied role in supporting balanced inflammatory mediator signaling and oxidative control—useful in long-duration inflammatory load frameworks.
Inflammation + resilience contribution: Supports systemic steadiness across tissues commonly affected by chronic inflammation (metabolic, musculoskeletal, vascular).
Delivery / bioavailability: Standard curcumin is poorly absorbed; CurcuRouge® is designed to improve absorption, and dispersion/micelle support can further improve consistency in a drink mix.
Science Snapshot: NF-κB signaling; COX-2-related outputs (selected); Nrf2-related antioxidant response.
Bioactives
Thymoquinone (Black Seed Extract, ≥5% TQ)
Category: Bioactive / terpenoid
What it is / origin: A key bioactive from Nigella sativa (black seed).
Signature role: A complementary immune-metabolic resilience compound selected for oxidative balance and inflammatory mediator control.
Superpower callout: Lipophilic immune-metabolic modulator with a distinct ‘redox + immune proportionality’ profile versus standard flavonoids.
Why it’s included: Thymoquinone supports redox tone and balanced inflammatory signaling, complementing polyphenols that focus more heavily on vascular or barrier domains.
Inflammation + resilience contribution: Supports immune response proportionality and oxidative stress handling—important for long-term resilience.
Delivery / bioavailability: Lipophilic; dispersion and (where used) micelle support can improve delivery predictability.
Science Snapshot: Inflammatory mediator signaling (selected); oxidative stress pathways; immune activation markers.
Astaxanthin (Natural, ≥98% all-trans from Haematococcus pluvialis)
Category: Bioactive / xanthophyll carotenoid
What it is / origin: A carotenoid produced by microalgae; responsible for the pink-red color in salmon and shrimp.
Signature role: A membrane-protection antioxidant chosen for lipid-phase oxidative stress control.
Superpower callout: Membrane-and-mitochondria antioxidant—specialized for lipid-phase protection where many polyphenols are water-phase biased.
Why it’s included: Oxidative injury to lipids and membranes can sustain inflammatory signaling. Astaxanthin is included to help protect these lipid environments.
Inflammation + resilience contribution: Supports cellular membrane integrity and mitochondrial resilience—practical foundations for long-term systemic steadiness.
Delivery / bioavailability: Highly lipophilic; delivery format matters substantially. Dispersion and micelle support can improve absorption consistency in powdered formats.
Science Snapshot: NF-κB signaling (selected); Nrf2 antioxidant response (selected); inflammasome-related signaling (selected); cytokine signaling markers.
Betaine Anhydrous (Trimethylglycine)
Category: Bioactive
What it is / origin: A naturally occurring compound found in foods like beets, spinach, and whole grains; in the body it acts as a methyl donor and cellular osmolyte.
Signature role: A “cellular stability” ingredient chosen for methylation support and osmotic stress protection.
Superpower callout: Methylation + osmolyte ‘cell volume’ support—helps maintain cellular stability under metabolic stress.
Why it’s included: In chronic inflammatory load states, methylation and hepatic processing capacity can be stressed. Betaine supports methyl-group availability and homocysteine metabolism.
Inflammation + resilience contribution: Supports metabolic steadiness and cellular stress tolerance—useful when chronic inflammation taxes recovery bandwidth.
Delivery / bioavailability: Water soluble, generally well absorbed; consistency of intake is the main factor.
Science Snapshot (selected): One-carbon metabolism; osmolyte/cellular hydration pathways; homocysteine metabolism.
N-Acetyl L-Cysteine (NAC, vegan)
Category: Bioactive / thiol
What it is / origin: A stabilized form of cysteine used by the body to build glutathione.
Signature role: Glutathione and detox-capacity support.
Superpower callout: Glutathione precursor—distinct for supporting endogenous antioxidant capacity and hepatic processing bandwidth (not just ‘antioxidant’).
Why it’s included: Supports intracellular antioxidant capacity (glutathione), reducing oxidative pressure that can perpetuate inflammation.
Inflammation + resilience contribution: Supports cellular stress tolerance and hepatic processing capacity via glutathione availability.
Delivery / bioavailability: Generally well absorbed; taste management is a practical consideration in drink mixes.
Science Snapshot: Glutathione synthesis; redox balance; oxidative–inflammatory coupling.
Fiber
Organic Acacia Gum Fiber (FibreGum Bio L ≥90% soluble fiber)
Category: Prebiotic Fiber
What it is / origin: A soluble, fermentable fiber from the sap of Acacia trees (gum arabic).
Signature role: An upstream gut–immune “foundation” ingredient chosen for microbiome and barrier support.
Superpower callout: Upstream lever: feeds SCFA production and supports barrier ecology while also acting as a functional dispersion matrix in drink formats.
Why it’s included: The gut is a primary immune interface; fermentable fibers support beneficial microbial metabolism that influences barrier integrity and immune tone.
Inflammation + resilience contribution: Supports digestive steadiness and reduces upstream triggers that can contribute to systemic inflammatory load.
Delivery / bioavailability: Also functions as a dispersion matrix; in Phytocelle™ formats it can support consistent delivery of hydrophobic actives.
Science Snapshot: SCFA production; barrier integrity signaling; immune tone regulation.
Probiotics
Bacillus coagulans (LactoSpore® / MTCC 5856)
Category: Probiotic
What it is / origin: A spore-forming probiotic strain designed for stability through manufacturing and GI transit.
Signature role: A gut-immune steadiness ingredient chosen for reliability and tolerance.
Superpower callout: Spore-forming, shelf-stable probiotic—selected for survivability and tolerance rather than fragile high-CFU marketing.
Why it’s included: Gut dysbiosis and barrier stress can increase immune activation. Bacillus coagulans supports a healthier microbial environment and digestive steadiness.
Inflammation + resilience contribution: Helps reduce upstream immune noise originating from the GI tract—important for systemic resilience.
Delivery / bioavailability: Spore form improves survivability; key practical considerations are viability through shelf-life and compatibility with the finished powder matrix.
Science Snapshot: Gut barrier/immune signaling (selected); microbiome balance markers.
Minerals
Magnesium Citrate
Category: Mineral
What it is / origin: An essential mineral; citrate is a commonly used absorbable form.
Signature role: Energy and neuromuscular resilience.
Superpower callout: Energy cofactor mineral—supports ATP enzyme systems and neuromuscular calm; deficiency is common and amplifies stress load.
Why it’s included: Magnesium supports ATP-related enzyme systems and normal immune function. Suboptimal intake is common.
Inflammation + resilience contribution: Helps maintain cellular energy handling and stress tolerance.
Delivery / bioavailability: Generally absorbable; GI tolerance can be dose-dependent. Drink-mix dispersion helps distribute intake.
Science Snapshot: Energy metabolism; neuromuscular signaling; inflammatory marker associations (population-level).
Calcium Citrate
Category: Mineral
What it is / origin: An essential mineral; citrate form absorbs well even with lower stomach acid.
Signature role: Structural and signaling stability.
Superpower callout: Signaling mineral—supports muscle/nerve firing stability and long-term structural resilience.
Why it’s included: Supports normal muscle and nerve signaling and long-term skeletal resilience.
Inflammation + resilience contribution: Helps prevent deficiency-related physiologic strain that can compound systemic stress.
Delivery / bioavailability: Well tolerated; consistent daily intake is the primary consideration.
Science Snapshot: Calcium-dependent signaling; skeletal homeostasis.
Potassium Bicarbonate
Category: Electrolyte
What it is / origin: An essential electrolyte plus bicarbonate buffer.
Signature role: Electrolyte balance and buffering support.
Superpower callout: Electrolyte + buffering—supports acid–base balance and neuromuscular stability (physiologic steadiness).
Why it’s included: Supports cardiovascular and neuromuscular stability and acid–base balance.
Inflammation + resilience contribution: Improves day-to-day physiologic steadiness and reduces compounding stress load.
Delivery / bioavailability: Water soluble; taste and GI tolerance are practical considerations. Total potassium exposure should be considered in kidney disease or potassium-sparing medication use.
Science Snapshot: Membrane potential stability; acid–base buffering.
Dicalcium Phosphate
Category: Mineral
What it is / origin: A stable mineral source providing calcium and phosphorus.
Signature role: Structural support plus energy substrate support.
Superpower callout: Phosphate substrate—supports ATP-related metabolism plus structural mineral support.
Why it’s included: Supports skeletal integrity and ATP-related metabolism via phosphorus availability.
Inflammation + resilience contribution: Contributes to musculoskeletal resilience and cellular energy fundamentals.
Delivery / bioavailability: Commonly used in powders; consistency and total mineral balance are the main considerations.
Science Snapshot: ATP/phosphate metabolism; skeletal homeostasis.
Potassium Chloride
Category: Electrolyte
What it is / origin: An essential electrolyte salt.
Signature role: Neuromuscular electrical stability.
Superpower callout: Membrane potential driver—core electrical stability for nerves and muscle.
Why it’s included: Supports membrane potentials and muscle/nerve function.
Inflammation + resilience contribution: Improves baseline physiologic stability, reducing compounding stress.
Delivery / bioavailability: Highly soluble; taste masking is often limiting. Consider total potassium exposure in at-risk populations.
Science Snapshot: Membrane potential; neuromuscular signaling.
Vitamins
Vitamin C (Ascorbyl Palmitate; 25% vitamin C equivalent)
Category: Vitamin
What it is / origin: A fat-soluble vitamin C derivative used to support lipid-phase antioxidant activity.
Signature role: Antioxidant recycling and tissue integrity support.
Superpower callout: Antioxidant network recycler—supports collagen/tissue integrity and regenerates other antioxidants in the redox system.
Why it’s included: Supports redox balance and collagen-related tissue maintenance, helping reduce oxidative pressure that can amplify inflammatory signaling.
Inflammation + resilience contribution: Supports barrier/tissue integrity and antioxidant network capacity.
Delivery / bioavailability: Lipid handling and dispersion influence uptake; delivery format can affect consistency.
Science Snapshot: Redox balance; collagen-related tissue maintenance; antioxidant recycling.
Vitamin E (d-Alpha Tocopheryl Succinate)
Category: Vitamin
What it is / origin: A natural vitamin E form used for lipid membrane protection.
Signature role: Lipid antioxidant defense.
Superpower callout: Lipid peroxidation brake—protects membranes and lipoproteins where oxidative stress can propagate inflammatory tone.
Why it’s included: Protects membranes and lipoproteins from oxidative stress that can amplify inflammatory signaling.
Inflammation + resilience contribution: Supports mitochondrial and vascular resilience by helping preserve lipid structures under stress.
Delivery / bioavailability: Fat soluble; dispersion can improve practical absorption consistency in powders.
Science Snapshot: Lipid peroxidation control; membrane integrity.
Vitamin D3 (Cholecalciferol)
Category: Vitamin
What it is / origin: A fat-soluble vitamin critical for immune regulation and musculoskeletal health.
Signature role: Immune signaling proportionality.
Superpower callout: Immune proportionality vitamin—links innate/adaptive signaling balance with broad resilience.
Why it’s included: Supports balanced immune responses and resilience; low status is common in many populations.
Inflammation + resilience contribution: Supports long-term systemic steadiness and musculoskeletal resilience.
Delivery / bioavailability: Fat soluble; dispersion and dietary fat influence absorption consistency.
Science Snapshot: Immune regulation markers (selected); musculoskeletal homeostasis.
Vitamin K2 (MK-7)
Category: Vitamin
What it is / origin: A vitamin K2 subtype found in certain fermented foods; MK-7 has a longer functional half-life.
Signature role: Vascular and skeletal calcium handling.
Superpower callout: Calcium traffic director—supports vascular/skeletal calcium handling alongside D3.
Why it’s included: Supports appropriate calcium utilization as part of long-term resilience.
Inflammation + resilience contribution: Helps maintain vascular and skeletal stability over time.
Delivery / bioavailability: Fat soluble; consistent intake supports predictable exposure.
Science Snapshot: Vitamin K–dependent protein activation.
Vitamin B1 (Thiamine Mononitrate)
Category: Vitamin
What it is / origin: A water-soluble B vitamin.
Signature role: Carbohydrate-to-energy conversion support.
Superpower callout: Carb-to-energy gatekeeper—supports mitochondrial throughput when demand is higher.
Why it’s included: Supports energy metabolism under higher physiologic demand.
Inflammation + resilience contribution: Helps maintain cellular energy fundamentals that support recovery capacity.
Delivery / bioavailability: Generally well absorbed; consistency of intake is the main factor.
Science Snapshot: Energy metabolism enzymes.
Vitamin B2 (Riboflavin)
Category: Vitamin
What it is / origin: A water-soluble B vitamin.
Signature role: Redox enzyme support.
Superpower callout: FAD/FMN cofactor—supports mitochondrial redox and glutathione cycling enzyme systems.
Why it’s included: Supports antioxidant systems and energy metabolism.
Inflammation + resilience contribution: Supports repair capacity and redox balance under stress.
Delivery / bioavailability: Generally well absorbed; steady intake supports enzyme cofactor availability.
Science Snapshot: Glutathione-related enzyme systems (selected); mitochondrial redox.
Vitamin B3 (Niacinamide)
Category: Vitamin
What it is / origin: A B vitamin form that supports NAD-related metabolism without flushing.
Signature role: Cellular energy and repair support.
Superpower callout: NAD support—cellular energy + repair bandwidth without the flushing profile.
Why it’s included: Supports NAD-dependent metabolism relevant to resilience.
Inflammation + resilience contribution: Supports cellular repair and energy stability.
Delivery / bioavailability: Water soluble and well absorbed; consistency matters.
Science Snapshot: NAD-dependent metabolic pathways.
Vitamin B5 (Calcium Pantothenate)
Category: Vitamin
What it is / origin: A B vitamin needed to make coenzyme A (CoA).
Signature role: Fat metabolism and energy flexibility.
Superpower callout: CoA builder—supports fat metabolism and energy flexibility.
Why it’s included: Supports mitochondrial fuel handling via CoA-dependent pathways.
Inflammation + resilience contribution: Supports metabolic resilience and recovery bandwidth.
Delivery / bioavailability: Water soluble; generally well absorbed.
Science Snapshot: CoA-dependent metabolism.
Vitamin B6 (Pyridoxine HCl)
Category: Vitamin
What it is / origin: A water-soluble B vitamin.
Signature role: Amino acid metabolism and neurotransmitter support.
Superpower callout: Amino-acid + neurotransmitter cofactor—supports nervous system resilience and homocysteine pathway support with folate/B12.
Why it’s included: Supports normal immune function and methylation-related metabolism (with folate/B12).
Inflammation + resilience contribution: Supports nervous system resilience and metabolic steadiness.
Delivery / bioavailability: Water soluble; generally well absorbed at nutritional dosing.
Science Snapshot: Amino acid metabolism; homocysteine-related metabolism.
Folate (BioFolate®; L-5-MTHF)
Category: Vitamin
What it is / origin: A bioactive folate form that avoids conversion steps required by folic acid.
Signature role: Methylation and cellular repair substrate.
Superpower callout: Active methyl-folate—supports one-carbon metabolism and cellular renewal without conversion bottlenecks.
Why it’s included: Supports one-carbon metabolism and repair capacity.
Inflammation + resilience contribution: Supports methylation stability and cellular renewal processes.
Delivery / bioavailability: Active form with reliable absorption; consistency of intake is primary.
Science Snapshot: One-carbon metabolism; nucleotide synthesis/repair.
Vitamin B12 (Methylcobalamin)
Category: Vitamin
What it is / origin: An active B12 form supporting methylation and neurologic function.
Signature role: Neurologic and methylation resilience.
Superpower callout: Carb-to-energy gatekeeper—supports mitochondrial throughput when demand is higher.
Why it’s included: Supports energy capacity and homocysteine metabolism (with folate/B6).
Inflammation + resilience contribution: Supports neurologic resilience and overall metabolic steadiness.
Delivery / bioavailability: Absorption varies by GI status; consistency of intake supports reliability.
Science Snapshot: Methylation pathways; red blood cell formation (selected); neurologic function.
Trace Element
Zinc Citrate
Category: Trace Element
What it is / origin: An essential mineral for immune function and tissue repair.
Signature role: Immune readiness and barrier repair support.
Superpower callout: Barrier + immune enzyme mineral—supports tissue repair and proportional immune function.
Why it’s included: Supports normal immune function; inadequate intake is common.
Inflammation + resilience contribution: Supports barrier integrity and proportional immune signaling.
Delivery / bioavailability: Bioavailable form; GI tolerance can be dose-dependent.
Science Snapshot: Immune function markers; antioxidant enzyme systems.
Selenium (Selenomethionine)
Category: Trace Element
What it is / origin: An essential trace element; selenomethionine is well absorbed.
Signature role: Antioxidant enzyme infrastructure.
Superpower callout: Selenoprotein infrastructure—supports glutathione peroxidase and oxidative control (tight dose discipline).
Why it’s included: Supports selenoproteins involved in oxidative control.
Inflammation + resilience contribution: Supports cellular protection systems that reduce oxidative pressure.
Delivery / bioavailability: Narrow safety window; dose discipline and total exposure matter.
Science Snapshot: Glutathione peroxidase-related systems.
Manganese Gluconate
Category: Trace Element
What it is / origin: A trace mineral cofactor (including for mitochondrial MnSOD).
Signature role: Mitochondrial antioxidant support.
Superpower callout: MnSOD cofactor—mitochondrial antioxidant enzyme support at micro-doses.
Why it’s included: Supports core enzyme systems relevant to energy resilience.
Inflammation + resilience contribution: Supports mitochondrial stress tolerance and structural enzyme systems.
Delivery / bioavailability: Used at low doses; total exposure should remain within nutritional ranges.
Science Snapshot (selected): MnSOD-related antioxidant defense.
Chromium Picolinate
Category: Trace Element
What it is / origin: A trace mineral used for glucose handling support.
Signature role: Metabolic stability.
Superpower callout: Metabolic steadiness trace mineral—supports glucose handling patterns that can influence inflammatory load indirectly.
Why it’s included: Supports insulin signaling-related metabolism, which can influence inflammatory load indirectly.
Inflammation + resilience contribution: Supports steadier metabolic signaling and reduced glycemic stress.
Delivery / bioavailability: Widely used form; consistent intake is the main factor.
Science Snapshot: Insulin signaling (selected); glucose metabolism markers.
Boron (Bororganic Glycine)
Category: Trace Element
What it is / origin: A trace element found in fruits and nuts; often lower in modern diets.
Signature role: Mineral utilization and structural resilience.
Superpower callout: Mineral utilization helper—supports bone/mineral metabolism and broader resilience context.
Why it’s included: Supports bone/mineral metabolism and broader resilience context.
Inflammation + resilience contribution: Supports long-term structural and metabolic steadiness.
Delivery / bioavailability: Microgram-range dosing; avoid unnecessary stacking across products.
Science Snapshot: Mineral metabolism; vitamin D/mineral utilization
Potassium Iodide (Iodine)
Category: Trace Element
What it is / origin: An essential micronutrient for thyroid hormone production.
Signature role: Metabolic rate regulation.
Superpower callout: Thyroid substrate—supports metabolic rate regulation; precision dosing matters.
Why it’s included: Supports thyroid-driven energy regulation; total intake should be considered in thyroid conditions.
Inflammation + resilience contribution: Supports metabolic resilience and energy regulation that influence systemic steadiness.
Delivery / bioavailability: Microgram dosing requires precision; consider total iodine exposure from diet and other supplements.
Science Snapshot: Thyroid hormone synthesis.
