Functional Ingredient

Coq10

Coenzyme Q10 transfers electrons within the mitochondrial respiratory chain, a pathway used to generate ATP. It also cycles between oxidised and reduced forms within cell membranes.

It supports normal cellular energy processes and contributes to the body's antioxidant-related systems.

In everyday life, CoQ10 supports the mitochondrial energy systems that help cells meet daily demands, together with antioxidant protection.

Its contribution depends on ingredient form, quantity and the complete formulation.

Ingredient overview

What it is

Coenzyme Q10 transfers electrons within the mitochondrial respiratory chain, a pathway used to generate ATP. It also cycles between oxidised and reduced forms within cell membranes.

  • Scientific identity: CoQ10; molecule: Ubiquinone-10, benzoquinone with ten isoprenoids.
  • How it works: Absorbed with fat: It is large and highly fat-soluble, so absorption is the central challenge - best taken with a meal and supplied in an oil or emulsion base. Distributed to mitochondria: It embeds in the inner mitochondrial membrane, where the energy chain runs.
  • Primary function: It supports normal cellular energy processes and contributes to the body's antioxidant-related systems.
  • What it supports: CoQ10 supports the mitochondrial energy systems that help cells meet daily demands, together with antioxidant protection.
  • Important consideration: Its contribution depends on ingredient form, quantity and the complete formulation.

Formulation rationale

Why we use it

CARPEDIEM selected CoQ10 for a clearly defined role within a thoughtfully balanced formulation.

  • Formulation purpose: It supports normal cellular energy processes and contributes to the body's antioxidant-related systems.
  • Used in: CARPEDIEM MultiMen, CARPEDIEM Men’s Daily Performance Stack and CARPEDIEM Family Daily Essentials Pack and other appropriate CARPEDIEM formulations.
  • Works alongside: CoQ10 complements L-Carnitine, Taurine and Algal DHA (Omega-3) to support a more complete functional-wellness formulation.
  • Meaningful contribution: CoQ10 supports the mitochondrial energy systems that help cells meet daily demands, together with antioxidant protection. Contributes to antioxidant-related activity within energy-producing cell membranes.
  • Quality and scientific context: Its contribution depends on ingredient form, quantity and the complete formulation. 3 ingredient-specific studies are included because the research reports a relevant benefit.

Ingredient intelligence

How it works

A carrier that ferries electrons through the cell's energy chain.

Step 01 / 04

Hard to absorb.

It is large and very fat-soluble, so it needs a meal containing fat and an oil-based formulation to be taken up well.

01 / 04

Also called

Ubiquinone; the reduced form is ubiquinol

Works in

The mitochondrial energy chain

Main challenge

Absorption - take with fat

Second role

Antioxidant in fatty tissue

Descriptive of the ingredient's established biology. Not a claim to diagnose, treat, cure or prevent any disease.

All key functions

The complete functional profile connected with this ingredient.

Participates in mitochondrial pathways that help cells produce usable energy.

Supports the electron-transfer processes involved in normal ATP generation.

Contributes to antioxidant-related activity within energy-producing cell membranes.

Supports cellular functions that rely on efficient mitochondrial metabolism.

Provides coenzyme Q10, a compound naturally present throughout the body's tissues.

Complements nutrients used in performance-focused and daily energy formulations.

Supports the mitochondrial energy systems that help cells meet daily demands, together with antioxidant protection.

Works alongside L-Carnitine and Taurine to create a more coordinated, science-led nutritional formula.

Selected research

Open the original paper, PubMed record or DOI page for the full publication.

Complementary by function

Ingredient intelligence

How it works

A carrier that ferries electrons through the cell's energy chain.

Step 01 / 04

Hard to absorb.

It is large and very fat-soluble, so it needs a meal containing fat and an oil-based formulation to be taken up well.

01 04

Also called

Ubiquinone; the reduced form is ubiquinol

Works in

The mitochondrial energy chain

Main challenge

Absorption - take with fat

Second role

Antioxidant in fatty tissue

Descriptive of the ingredient's established biology. Not a claim to diagnose, treat, cure or prevent any disease.