About Professor Paul Lee

About Professor Paul Lee

Regenerative Orthopaedic Surgeon | Cartilage & Joint Preservation Specialist

Professor Paul Lee is a UK-based orthopaedic surgeon, professor, and innovation-led clinician whose work centres on cartilage, joint preservation, and more thoughtful decisions before replacement becomes the default.

His perspective is increasingly sought by patients, professionals, and collaborators in the UK and internationally — particularly where decisions are more individual and standard pathways may not fully answer the question.

Professor Paul Lee - Surgeon, Scientist, Engineer

A specialist perspective on what may still be possible

Professor Lee's work is built around a simple but important belief:

Not every patient is the same. Not every joint should be placed on a standard pathway.

Across clinical practice, research, and innovation, his focus has been on helping patients and professionals understand:

  • what may still be preserved
  • what may still be repaired
  • where regeneration may still have a role
  • and when replacement is genuinely the right decision

This perspective sits at the centre of his work in cartilage, joint preservation, and regenerative orthopaedics — particularly in the space before replacement, where decisions are often most consequential.

Selected Recognition & Contribution

Professor Lee's work spans clinical practice, education, research, translational innovation, and wider contribution to the future of musculoskeletal care.

Cartilage & Joint Preservation

International Cartilage Regeneration Society (ICRS) Teaching Centre of Excellence

Clinical Service

Over 20 years of NHS and private clinical practice, including NHS Long Service recognition

Academic Contribution

Honorary Professorial and visiting academic appointments across sports medicine, orthopaedics, and medical engineering

Research & Innovation

Innovate UK, Health Foundation, and council-supported translational innovation and grant-funded development

Publishing & Editorial Work

Editor of Musculoskeletal Regeneration Medicine (Springer)

Public Thought Leadership

Author of internationally recognised and Amazon No.1 bestselling regenerative medicine titles

Innovation & Systems

Founder and developer of multiple regenerative and musculoskeletal systems, concepts, and pathways

Clinical Perspective

Specialist work in cartilage, joint preservation, regeneration, and more individual decisions before replacement

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Surgeon. Scientist. Engineer. System Builder.

Professor Lee's work is shaped by a cross-disciplinary foundation that integrates:

Clinical OrthopaedicsSports & Exercise MedicineMedical EngineeringRegenerative ScienceSystems-Based Thinking

This allows musculoskeletal problems to be approached not only through treatment — but through pathway design.

If a better pathway does not yet exist — build one.

Professor Paul Lee in clinical setting

Defining a space before replacement

Professor Lee is particularly recognised for work in the space before joint replacement — where patients seek to understand whether a joint may still be preserved, repaired, or approached more thoughtfully.

His clinical and academic focus includes:

Cartilage damage and joint preservation
Meniscus preservation and restoration
Knee and hip preservation strategies
Alternatives to joint replacement
Sports-related joint injury and recovery
Specialist second-opinion decision-making
Measuring motion and quantifying MRI scans
Professor Lee demonstrating joint anatomy with a pelvis model

Why this work matters beyond the individual patient

For many patients, decisions around a joint are not simply clinical.

They affect:

  • Movement and physical capability
  • Independence and daily living
  • Long-term joint function
  • Identity and confidence
  • Quality of life

Yet many decisions are still made:

  • Too routinely — without exploring alternatives
  • Too broadly — without individual assessment
  • Too late in the pathway — when options have narrowed

To improve how decisions are made — not just how procedures are performed.

earlier thinkingmore individual pathwaysbetter preservation strategiesmore thoughtful use of regeneration

Clinical, academic, and innovation-led contribution

Alongside clinical practice, Professor Lee's work extends into:

  • research and clinical publication
  • academic teaching and professorial roles
  • editorial and textbook leadership
  • translational innovation and grant-supported development
  • musculoskeletal technology and systems design

Surgery, science, engineering, and education

— with the aim of improving how musculoskeletal care is delivered, understood, and developed.

Professor Lee presenting research at a European medical conference
International keynote — European Academy

Appointments and wider leadership

Honorary Professor in Sports Medicine
Visiting Professor in Medical Engineering
Academic and clinical teaching roles across orthopaedics and regeneration
Leadership within an ICRS Teaching Centre of Excellence
NHS and private sector clinical leadership
Contribution to translational and innovation programmes
ICRS
University of Lincoln
STARR
Authority Magazine
On-MRI
ICRS
University of Lincoln
STARR
Authority Magazine
On-MRI
ICRS
University of Lincoln
STARR
Authority Magazine
On-MRI
ICRS
University of Lincoln
STARR
Authority Magazine
On-MRI
ICRS
University of Lincoln
STARR
Authority Magazine
On-MRI
REGENERATION

Books, writing, and public thought leadership

Professor Lee's work extends beyond clinical practice into writing, publishing, and education — helping make complex ideas around cartilage, regeneration, and musculoskeletal care more understandable and more usable.

Musculoskeletal Regeneration Medicine

Musculoskeletal Regeneration Medicine

Springer, Editor — Latest Release 2025

Regeneration by Design

Regeneration by Design

Amazon No.1 Bestseller

Practical Regeneration

Practical Regeneration

New Book 2026

Sports Muscle Injuries & Actovegin

Sports Muscle Injuries & Actovegin

Foundation Publication

This body of work reflects a wider mission: to move the conversation from routine replacement towards more thoughtful preservation, repair, and regeneration where appropriate.

Developing new pathways and systems

A defining feature of Professor Lee's work has been the development of new frameworks and concepts where existing pathways have not gone far enough.

Surgical technique

STACi

A structured cartilage repair technique designed around biological augmentation and optimised tissue integration.

Surgical technique

STARR

A specialist soft tissue and reconstruction approach for complex revision and biological repair scenarios.

Regenerative concept

Liquid Cartilage

A regenerative cartilage concept exploring injectable biological strategies for earlier-stage joint preservation.

Recovery system

Regen Pod

A structured recovery and optimisation environment built around regenerative support and controlled biological exposure.

Measurement framework

R.E.U.

Regenerative Energy Units — a conceptual framework for understanding and measuring regenerative energy delivered over time.

Preservation framework

G.O.A.T.

A biologically augmented shoulder preservation concept reflecting the wider preservation-first philosophy.

Surgical team using AR smart glasses during an innovative procedure
AR-assisted surgery — innovation in practice
Prof Paul Lee BIKINI HIP — patented surgical instrument
BIKINI HIP — patented instrument

Not simply accepting the standard pathway — but improving it.

A perspective sought in the UK and internationally

UK patientsinternational patientsclinical professionalscollaborators and partners

This is not built around volume. It is built around:

Specialist thinking, more individual decisions, and work that often sits beyond standard pathways.

The Journey

The path to specialist perspective: a timeline of expertise

2024 – Onwards

Recent Ventures & Future Focus

Launched dedicated business ventures: Regen PhD, onMRi, and MAI Motion. Amazon #1 international bestseller “Regeneration by Design” published 2024. Continues to develop MSK Regen charity.

Regen PhD
onMRI
MAI Motion
MSK Regen
Regeneration by Design
2017 – Present

Consultant Roles & Research Leadership

Appointed NHS Consultant Orthopaedic Surgeon in 2017. Established MSK Doctors, The Keep Clinic, and London Cartilage Clinic. Honorary Professorships at Lincoln and Chester Universities. Secured major Innovate UK funding in 2023.

MSK Doctors
London Cartilage Clinic
University of Lincoln
University of Chester
ICRS
Innovate UK
2014 – 2017

Fellowships & Early Innovation

Achieved FRCS (T&O) in 2015 and CCT in 2016. Selected for BOA Clinical Leadership Fellowship and NHS Clinical Entrepreneur Fellowship. First book published 2016. Consent PLUS project received Health Foundation funding.

BOA
Royal College of Surgeons
Health Foundation
Consent Plus
2009 – 2014

Specialisation & Academic Deep Dive

Earned MSc in Sports Medicine (2011) and a PhD in Medical Engineering (2014) from Cardiff University. Achieved FEBOT certification (2014) and PRINCE 2 Practitioner status (2013).

Cardiff Metropolitan University
Cardiff University
EBOT
PRINCE2
2000 – 2009

Medical Degree & Early Surgical Training

Completed Medical Degree (MBBch) at Cardiff University in 2005. Gained Membership of the Royal College of Surgeons (MRCS) in 2008 and MFSEM in 2009.

Royal College of Surgeons
Faculty of Sports Medicine
Cardiff University
Pre-2000

Foundations & Early Engineering Insight

Professor Lee's unique perspective began in Hong Kong, observing his family repair complex mechanical typewriters. This instilled an early appreciation for systems thinking — seeing how interconnected parts affect the whole — influencing his approach long before his medical career began.

Key Qualifications

PhD (Med Eng)FRCS (T&O)FEBOTCCTMSc (Sports Med)MFSEMMRCSMBBchPRINCE 2

As Featured In

The Sun
Daily Express
Daily Mail
The Guardian
Telegraph
Stylist
Golf Chic
Nike
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The Sun
Daily Express
Daily Mail
The Guardian
Telegraph
Stylist
Golf Chic
Nike
Coach
The Sun
Daily Express
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The Guardian
Telegraph
Stylist
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Nike
Coach

Because not every joint should be placed on a standard pathway

For some patients, the most important decision is not simply what comes next — but whether a more thoughtful, more individual, and more specialist approach should come first. That is often where the right pathway begins.

Global Influence & Recognition

A Globally Recognised
Authority & Educator

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University of Lincoln
STARR
Authority Magazine
On-MRI
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University of Lincoln
STARR
Authority Magazine
On-MRI
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University of Lincoln
STARR
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University of Lincoln
STARR
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On-MRI
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University of Lincoln
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