Why Product Choice Matters in Aesthetic Treatments: A Doctor's Perspective
When patients explore aesthetic treatments, the focus is often on the procedure itself — microneedling, skin boosters, or injectable therapies.
In clinical practice, however, outcomes are rarely determined by the procedure alone.
They are influenced by three key factors:
- The quality and composition of the product used
- The technique and delivery method
- The clinical judgement behind the treatment plan
As both a GP and aesthetic practitioner, my approach is grounded in the same principles that guide medical practice: safety, evidence-informed decision-making, and long-term tissue health.
For this reason, I use a structured, system-based approach in clinic, working with the DermaFocus range, which includes Purasomes, Plinest polynucleotides, and Celora Vita. My choice is based on careful consideration of product composition, scientific rationale, and consistency in clinical use, rather than trends or branding alone.
Supporting Skin Function, Not Overstimulating It
The skin has an inherent ability to repair and regenerate. Many aesthetic treatments work by initiating this response through controlled stimulation.
However, stimulation alone does not ensure optimal outcomes.
For effective repair, the skin requires:
- A well-regulated inflammatory response
- Effective cell-to-cell communication
- A supportive biochemical environment
In ageing, sensitive, or previously compromised skin, these processes are often less efficient. Without appropriate support, healing can be inconsistent.
This is where considered product selection becomes clinically important.
Purasomes: Supporting the Skin's Healing Environment
Microneedling creates controlled micro-injury within the skin, triggering a repair response and temporarily increasing permeability.
During this phase, what is applied to the skin can influence how that repair process unfolds.
Purasomes are used within this context to help support the healing environment. They contain extracellular vesicles — naturally occurring particles involved in cellular communication.
These vesicles carry a range of biological components, including:
- Proteins involved in signalling pathways
- Lipids that contribute to cellular structure
- Small regulatory molecules that influence how cells respond and repair
In regulated formulations, these components are produced under controlled laboratory conditions and undergo purification processes to support consistency and safety.
Their role is not to force regeneration, but to help coordinate the skin's natural repair processes, particularly by:
- Supporting balanced inflammatory responses
- Facilitating communication between skin cells
- Assisting the transition from inflammation to tissue repair
Clinically, this approach is particularly relevant in patients where healing may be slower, or where inflammation needs to be carefully managed.
Polynucleotides (Plinest): Improving the Skin's Internal Environment
Polynucleotides represent a different aspect of regenerative treatment.
Plinest consists of highly purified DNA-derived fragments that interact with the skin at a deeper level, contributing to the environment in which cells function.
Rather than producing an immediate visible change, they support processes associated with tissue repair and resilience.
Their effects are understood to include:
- Supporting fibroblast activity, contributing to collagen and elastin production
- Enhancing hydration through water-binding properties
- Helping regulate inflammatory responses
- Supporting protection against oxidative stress
This makes them particularly useful in clinical scenarios such as:
- Thin or fragile skin
- The under-eye area
- Skin that is reactive, inflamed, or slower to recover
Results tend to develop gradually, reflecting improvements in skin quality and function, rather than temporary cosmetic change.
Celora Vita: Replenishing the Building Blocks of Skin Repair
Ageing skin is characterised not only by structural changes, but also by a gradual depletion of the components required for repair.
This includes amino acids, which are essential for protein synthesis, and molecules responsible for maintaining hydration and tissue integrity.
Celora Vita is designed to help address this by providing:
- Amino acids that support collagen and elastin formation
- Hyaluronic acid to maintain hydration and dermal structure
This approach focuses on replenishing what the skin requires, rather than relying solely on stimulation.
In clinical practice, this can help:
- Support ongoing repair processes
- Improve hydration within the skin
- Enhance overall skin quality and resilience over time
A Structured, Individualised Approach
In medicine, outcomes are rarely achieved through a single intervention.
Similarly, in aesthetic practice, optimal results often come from combining different mechanisms in a controlled and thoughtful way.
Using a structured system allows for the integration of:
- Mechanical stimulation (e.g. microneedling)
- Cellular support (e.g. polynucleotides)
- Biological signalling support (e.g. extracellular vesicles)
- Nutritional and structural components (e.g. amino acids and hyaluronic acid)
Every treatment plan is tailored, taking into account:
- Skin type and condition
- Medical history
- Sensitivity and inflammatory tendencies
- Long-term goals
Final Thoughts
Aesthetic medicine is increasingly moving towards a regenerative and evidence-informed model, focused on improving how the skin functions over time.
My choice of products is based on reviewing available scientific literature, understanding formulation composition, and applying clinical experience.
The aim is not rapid or exaggerated change, but:
- Healthier skin
- Natural, balanced results
- Sustainable, long-term improvement
Individual results vary. A consultation is required to assess suitability for treatment.
