Hyaluronic Acid Beyond Volume with Profhilo® 

Understanding bio-remodelling: Hyaluronic acid is one of the most widely used substances in aesthetic medicine, but not all hyaluronic acid treatments behave in the same way. In some cases, it is used to replace volume. In others, it is used to support hydration. Treatments such as Profhilo® sit in a different category altogether — one defined by bio-remodelling rather than replacement.

A different form of hyaluronic acid

Profhilo® is composed of stabilised hyaluronic acid, but unlike traditional dermal fillers, it is not cross-linked to hold shape or projection.

Instead, it is designed to disperse within the tissue, spreading across the dermis rather than remaining in a fixed position. 

This behaviour is central to its function. It does not create structure. It influences the environment in which the skin operates.

Hydration as a biological signal

Hyaluronic acid is inherently hydrophilic, meaning it attracts and retains water. When introduced into the skin, it increases hydration within the extracellular matrix, improving the conditions in which cells function.  However, its role is not limited to moisture. Clinical observations show that this environment also supports:

• fibroblast activity
• collagen production
• elastin synthesis

This process, often described as bio-remodelling, allows the skin to gradually improve in elasticity and texture. 

Distribution rather than placement

A defining feature of Profhilo® is how it is delivered. Rather than being placed throughout the skin in multiple small deposits, it is injected at specific anatomical points and allowed to diffuse. This controlled spread enables a more even effect across the treatment area, rather than a localised one. The outcome is therefore not a change in shape, but a change in skin quality as a whole.

Time as part of the mechanism

Unlike treatments that provide immediate structural change, bio-remodelling develops progressively. Hydration may be noticeable early, but improvements in elasticity and firmness emerge as collagen and elastin production increases. This reflects the biological nature of the process:

• stimulation occurs first
• structural change follows

The result is gradual, but integrated.