The thinking
behind the practice.
What the work taught me.
Plastic and reconstructive surgery teaches you to think in systems. When you work at the level of anatomy — understanding how the retaining ligaments of the face interact with the fat compartments, how tissue planes relate to each other, how the structure beneath determines what the surface shows — you develop a way of reading visible concerns that is, by necessity, three-dimensional. A wrinkle is not simply a textural change. It is the visible result of a Matrix Metalloproteinase (MMP) — an enzyme that breaks down the Extra Cellular Matrix (ECM) scaffold — cascade progressively breaking down the collagen scaffold beneath the skin — a process driven by Ultraviolet (UV) radiation-generated Reactive Oxygen Species (ROS) — unstable molecules that damage skin cells — accelerated by glycation, and compounded by the accumulation of senescent fibroblasts over time. A patch of hyperpigmentation is not a cosmetic inconvenience. It reflects Melanocyte Inducing Transcription Factor (MITF) — the molecular switch that controls pigment production — activity in a melanocyte population responding to UV, hormonal signalling, and the paracrine environment of the dermis beneath it. The surface is the signal. The biology is the message. And the highest-value intervention is always upstream.
“The surface is the signal. The biology is the message. And the highest-value intervention is always upstream.”
Where this practice sits.
I practise in South Africa, and most of my patients have Fitzpatrick IV–VI skin. This is not a niche clinical context. It is the dominant skin biology across an entire continent — and it brings considerations that a globally standardised approach to aesthetic medicine does not always adequately address. Post-inflammatory hyperpigmentation behaves differently across the Fitzpatrick spectrum. Melanocortin 1 Receptor (MC1R) — a genetic receptor that determines pigmentation response — polymorphisms common in African and mixed-heritage populations produce distinct melanogenesis patterns that respond differently to the same topical protocols. The Western Cape UV index — routinely 10 to 14 — imposes an oxidative burden that most formulations were not specifically designed for. These are not edge cases. They are the daily clinical reality of practising aesthetic medicine in this part of the world. Building a precision platform from this starting point — with African skin biology as the foundation rather than an afterthought — feels less like a strategic choice and more like a clinical responsibility.
The formation.
- 2005MBChBMedical degree
- 2008Surgical trainingNeurosurgery residency
- 2010Plastic & Reconstructive Surgery residency
- 2016FC Plast Surg (SA)Fellowship of the College of Plastic Surgeons
- 2016–presentPrivate practiceMediclinic Constantiaberg, Cape Town
- 2022HEC Paris Executive MBACertificate in Luxury Brand Management
- 2021Harvard Medical SchoolPost-Graduate Surgical Leadership Programme
- —APRASSA member · HPCSA registered
Beyond the consulting room.
I am building three things simultaneously, in sequence. The practice — this clinical space, where every intervention is grounded in the biological framework of The Skin as a System™. The platform — SKNCODE™, a precision skin intelligence platform that extends that framework beyond the clinic to anyone who wants to understand the biology driving what their skin shows. And in time, an African Craniofacial Foundation — a properly endowed surgical centre and fellowship programme dedicated to craniosynostosis surgery for children on the African continent. The practice funds the platform. The platform scales the thinking. The foundation expresses the purpose. None of these is incidental. All three are the same idea, expressed in different forms.
The platform.
Visit SKNCODE™.
SKNCODE™ is the precision skin intelligence platform founded on this practice's biological framework. AI facial analysis, genetic profiling, and targeted biomarker protocols — all grounded in The Skin as a System™.