EVIDENCE-BASED
The Science
Why bioavailability is everything.
Why cellular aging starts decades
before you notice it.
And why the form of a nutrient matters as much as the dose.
The supplement industry's dirty secret
BIO-AVAILABILITY
The label says 500mg. Your body absorbs 20mg. This is the reality of most supplement formulations — particularly for minerals, where the cheapest forms (oxides, carbonates) are used precisely because they are inexpensive, not because they work.
Bioavailability refers to the proportion of a nutrient that actually reaches systemic circulation and is available for use by the body. For magnesium oxide, this can be as low as 4%. For chelated forms like glycinate or malate, it routinely exceeds 50%. The difference is not marginal — it is the difference between a supplement that works and one that doesn't.
EverNutri formulates exclusively for bioavailability — using chelated minerals, liposomal delivery, phytosome complexes and stabilised active forms to ensure that the dose on the label is the dose that reaches your cells.
Why Therapeutic Dosing Matters
THERAPEUTIC DOSES
01
The ideal approach
A well-formulated supplement should have:
✔️ Ingredients supported by evidence
✔️ Ingredients provided at clinically relevant doses
✔️ High-quality raw materials
✔️ Appropriate delivery systems (such as liposomal technology where relevant)
✔️ Transparency about ingredient amounts
02
Benefits of therapeutic dosing
When a supplement is provided at an evidence-based therapeutic level:
✅ Greater likelihood of achieving the benefits observed in studies
✅ More predictable outcomes
✅ Better value for money
✅ Allows healthcare practitioners to use the supplement with confidence
✅ Supports long-term compliance because users are more likely to notice results
03
Why do some companies underdose?
There are a few reasons:
1. Cost
* Active ingredients are expensive.
* Lower doses improve profit margins.
2. Marketing
* A label can feature a trendy ingredient regardless of whether it’s included at an effective level.
3. Capsule space
* Capsules can only hold so much material.
* Some brands squeeze many ingredients into one formula but provide too little of each.
Why manufacturing conditions matter
MANUFACTURING
Supplement manufacturing is largely unregulated in the UK and EU. The majority of products are produced in standard food-grade facilities where contamination, inaccurate dosing and degraded active compounds are routine risks.
EverNutri manufactures in an ISO Class 8 cleanroom — the same environmental classification used in pharmaceutical manufacturing. Particle counts, microbial contamination, temperature and humidity are all continuously controlled and logged. Every batch is third-party tested for identity, purity and potency before release.
This level of manufacturing is more expensive. It is also the only way to guarantee that what is on the label is what is in the capsule — and that it will remain stable throughout the product's shelf life.
DELIVERY SYSTEMS
Hydrolisation
The hydrolysation (more correctly, hydrolysis) process is what turns regular collagen into the collagen peptides found in supplements like EverCol.
Step 1: Collagen is extracted
Collagen is typically sourced from bovine hides, fish skin, chicken cartilage, or other collagen-rich tissues. The raw material is cleaned and purified to isolate the collagen protein.
Step 2: Enzymatic hydrolysis
The collagen is then treated with specific enzymes and water.
These enzymes act like molecular scissors, cutting the long collagen protein chains into much smaller fragments called collagen peptides.
Think of it like this:
* Native collagen = a long rope
* Hydrolysed collagen = the same rope cut into many short pieces
The addition of water during this process is why it’s called hydrolysis (“hydro” = water, “lysis” = breaking apart).
Step 3: Filtration and purification
The resulting peptides are filtered and refined to remove impurities and ensure a consistent molecular weight.
Step 4: Drying
The liquid peptide solution is then spray-dried into the powder you see in collagen supplements.
Why hydrolyse collagen?
Hydrolysed collagen:
✅ Dissolves easily in hot or cold liquids
✅ Has very little taste or odour
✅ Is easier for the body to absorb compared with intact collagen
✅ Can achieve specific molecular weights (e.g., 2 kDa, 3 kDa, 5 kDa) depending on the manufacturing process
Does a lower molecular weight matter?
Generally, smaller peptides are absorbed more efficiently through the intestinal wall. However, the quality of the raw material, manufacturing process, and clinical research behind the collagen are often more important than chasing the lowest molecular weight number.
For example:
* Standard collagen peptides: ~5–10 kDa
* Premium bioactive collagen peptides (such as many beauty-focused formulations): often around 2–5 kDa
This is why brands often highlight a low molecular weight as a marker of advanced processing and potential bioavailability.
What happens after absorption?
The peptides enter the bloodstream and some are delivered to tissues such as:
* Skin
* Joints
* Bones
* Tendons
* Ligaments
Research suggests certain collagen peptides can act as signalling molecules, essentially telling fibroblasts to increase production of collagen, elastin and hyaluronic acid, rather than simply serving as building blocks.
So the hydrolysis process isn’t just about making collagen easier to mix into a drink—it’s what transforms a large, difficult-to-use protein into the bioactive collagen peptides that have been studied for skin, joint and connective tissue health.
Liposomal
Liposomal delivery is one of the more interesting advances in supplementation because it’s designed to help protect nutrients from digestion and improve absorption.
What is liposomal technology?
A liposome is a tiny microscopic sphere made from phospholipids—the same type of fat molecules that make up our cell membranes.
Think of it as:
🥥 Nutrient = the passenger
🚗 Liposome = the vehicle
The nutrient (such as vitamin C or hyaluronic acid) is encapsulated inside a protective phospholipid shell, allowing it to travel through the digestive system more effectively.
Why is this important?
Normally, when you swallow a supplement:
1. It enters the stomach.
2. Stomach acid and digestive enzymes begin breaking it down.
3. Only a proportion survives and is absorbed through the intestinal wall.
4. The rest is excreted.
With liposomal delivery:
1. The nutrient is enclosed within the phospholipid membrane.
2. The liposome helps shield the ingredient from harsh digestive conditions.
3. The liposome can merge more readily with intestinal cell membranes because they’re made from similar phospholipids.
4. More of the nutrient may be delivered into circulation.
Liposomal Vitamin C
Vitamin C is water-soluble and has a limited absorption rate at higher doses.
For example:
* Absorption from standard vitamin C decreases as doses increase.
* Taking 1,000 mg doesn’t necessarily mean you’ll absorb 1,000 mg.
A liposomal delivery system may:
* Improve uptake
* Reduce digestive upset in some people
* Potentially achieve higher blood levels compared with some standard oral forms
Liposomal Hyaluronic Acid
Hyaluronic acid is a large molecule that naturally occurs in:
* Skin
* Joints
* Eyes
* Connective tissues
Traditional oral hyaluronic acid already has evidence supporting its benefits, but liposomal delivery aims to:
* Protect the HA during digestion
* Improve transport across the intestinal wall
* Enhance delivery to tissues
This is particularly attractive for beauty and anti-ageing formulations where hydration of the skin is a key goal.
Why phospholipids?
Phospholipids are the ideal carrier because:
* They’re biocompatible
* They’re naturally found in human cell membranes
* They help nutrients interact with cells more effectively
Many premium liposomal supplements use phosphatidylcholine derived from sunflower lecithin as the phospholipid source.
A simple analogy
Imagine trying to deliver a valuable package through a storm:
* Standard supplement = package sent without protection.
* Liposomal supplement = package sealed inside a waterproof, shockproof delivery capsule.
The package has a better chance of arriving intact.
What makes a good liposomal supplement?
Not all “liposomal” products are equal. Key factors include:
✔ Genuine encapsulation technology
✔ Stable liposome structure
✔ High-quality phospholipids
✔ Appropriate particle size
✔ Evidence of stability and bioavailability
Some products simply contain lecithin alongside an ingredient and market themselves as liposomal, whereas true liposomal technology involves actually encapsulating the active ingredient within the phospholipid structure.
A consumer-friendly explanation for EverHydra
“EverHydra uses advanced liposomal delivery technology, where hyaluronic acid is encapsulated within microscopic phospholipid spheres similar to the body’s own cell membranes. This protective delivery system helps shield the ingredient during digestion and supports efficient absorption, allowing the hyaluronic acid to be delivered where it’s needed most to support skin hydration, joint comfort and healthy connective tissues.”
