Co-Enzyme Composition Single Vial Ampule

It is a multi-component homeopathic injectable that contains very small dilutions of many metabolic cofactors designed to support cellular enzyme systems.

It’s commonly used in biological medicine / bioregulatory medicine protocols.

Typical intended actions:

• mitochondrial support
• enzyme activation
• detox support
• fatigue and metabolic dysfunction

How practitioners usually use 

Co Enzyme  is often used:

IM injection

• 1 ampoule (2.2 ml) once or twice weekly

IV drip

• 1–2 ampoules added to a vitamin drip

Subcutaneous / mesotherapy

• smaller depot injections

Important clinical note

Even though the label says IV is permitted, practitioners often prefer IM or SC because:

• it is a homeopathic dilution mixture
• IV can occasionally cause flushing or lightheadedness
• IM provides slower absorption

💡 One interesting thing about Coenzyme compositum:

It contains over 20 metabolic cofactors (NAD-related, Krebs cycle intermediates, vitamins, etc.), which is why it’s sometimes used in mitochondrial therapy protocols alongside things like:

• NAD+
• alpha-lipoic acid/ thioctic acid 
• glutathione
• vitamin B 

Why Coenzyme compositum is often used before NAD+ therapy and what biochemical pathway they’re targeting.

The concept comes from bioregulatory medicine, which aims to stimulate metabolic pathways rather than directly supply the substrate.

The idea is that small amounts of many cofactors may trigger enzymatic pathways involved in mitochondrial metabolism.

What’s actually inside it

The formula contains very small dilutions of substances involved in cellular energy pathways, including components related to:

• Krebs cycle intermediates

• NAD-dependent reactions

• electron transport chain activity

• vitamin cofactors

• metabolic enzymes

These are the biochemical pathways that generate ATP inside mitochondria.

Why some clinics use it before NAD+

Some practitioners add Coenzyme compositum before NAD+ therapy because the theory is:

1. The metabolic cofactors “prime” mitochondrial enzyme systems
2. NAD+ is then given as the actual substrate for energy production

So the sequence is intended to support:

Mitochondrial enzymes → NAD+ availability → ATP production