Future-facing research programmes in preparation for launch
Upcoming Research · In Preparation

Programmes shaping
what comes next.

Initiatives currently being structured for clinical launch — study design, recovery protocols, and partner delivery pathways already taking shape, ready to enter active enrolment.

5

In Preparation

AI

& Wearables

Soon

Active Enrolment

Programme Pipeline

5 initiatives, already taking shape.

Filter by launch stage or body area to find the programme closest to your interest.

Showing 5 of 5 programmes

UDM™ Hip Follow-Up Study
Clinical Follow-Up Study

Hip

Hip Replacement · Dual MobilityIn preparation

UDM™ Hip Follow-Up Study

A UK clinical follow-up study of the UDM™ Hip System in total hip replacement

A prospective UK follow-up study of the UDM™ dual mobility acetabular system, collecting patient-reported outcomes, routine imaging and long-term clinical data to better understand implant performance, hip stability and recovery in real-world practice. Non-interventional — a follow-up study of an approved implant, not a treatment trial.

Approx. 85 patients · PROMs, imaging and long-term data after dual-mobility THR

Cohort

Approx. 85 Patients

Evidence

UK Follow-Up

Sponsor

United Orthopedic

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Motion Age
AI Study · MAI Motion

Whole body

Artificial Intelligence · Markerless MotionIn preparation

Motion Age

An AI-based assessment of musculoskeletal health from markerless motion

A cross-sectional study of 1,139 adults on the MAI Motion platform identifying the biomechanical features that most influence an age-equivalent movement index — a feasibility and feature-attribution study, not a diagnostic test.

1,139 adults · which movement features drive an age-equivalent index

Participants

1,139 Adults

Capture

Markerless 3D

Index

Motion Age

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NanoACi 100
Protocol in Development

Knee

Cartilage Repair · Regenerative SurgeryIn preparation

NanoACi 100

A one-stage, needle-delivered surgical technique study

A planned prospective consecutive case series evaluating the safety, reproducibility and clinical signal of a surgeon-led, point-of-care autologous chondrogenic technique for knee cartilage disease — measured with Motion Age, patient-reported outcomes and MRI.

100 consecutive cases · 24-month follow-up with Motion Age, PROMs and MRI

Cohort

100 Cases

Follow-Up

24 Months

Primary

Motion Age

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G.O.A.T.
Surgical Technique Paper

Shoulder

Shoulder · Arthroscopic Joint PreservationIn preparation

G.O.A.T.

Glenohumeral Osteoplasty Augmented Therapy

A novel modification of comprehensive arthroscopic management for the arthritic, contracted shoulder — pairing capsular release and controlled inferomedial osteoplasty with a three-layer biological construct. A surgical technique description requiring prospective clinical validation.

Arthroscopic osteoplasty with a three-layer biological construct, awaiting validation

Approach

Arthroscopic

Biological

3 Layers

Evaluation

Prospective

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SENSUIT™ Musculoskeletal Monitoring Initiative
Translational Programme

Whole body

Space Health · Digital MonitoringIn preparation

SENSUIT™ Musculoskeletal Monitoring Initiative

Space-health innovation, brought back to Earth

A translational innovation programme combining AI, smart textiles, and the MAI Motion Platform to deliver continuous musculoskeletal insight — from extreme environments to preventative healthcare on Earth.

Continuous monitoring from AI, smart textiles and the MAI Motion platform

Capability

AI Driven

Interface

Smart Textiles

Platform

MAI Motion

Preview the study vision and launch status.Project Preview

Want In Early?

Industry, academic, and clinical partners welcome.

These programmes are still being shaped. If you’re working on adjacent science or service delivery, get in touch before the protocols freeze.

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