Comprehensive Guide to Tennis Elbow: Diagnosis, Recovery, and Preventionis often effective, whilesurgeryis reserved for severeis often effective, while surgery is reserved for severe
The Future of 3D Printing in Customised Shoulder Implantspersonalised care in orthopaedicsurgery. Don't miss out onpersonalised care in orthopaedic surgery. Don't miss out on
Solving Shoulder Pain: A Comprehensive Guide to Rotator Cuff Injuries and Rehabilitation Strategiestherapy, medication, injections, andsurgery, discussing their pros andtherapy, medication, injections, and surgery, discussing their pros and
Comprehensive Approach to Managing Tendinopathies: A Guide for Athletesinjections offer promising alternatives.Surgerymay be necessary forinjections offer promising alternatives. Surgery may be necessary for
MACI Recovery From Six Weeks to Two YearsOnly a third of MACI patients return to their pre-operative sport level, despite most achieving pain-free function within six months and return to sport by 12–18 months. Kinesiophobia—fear of re-injury—emerges as a statistically significant independent predictor of this shortfall, distinct from tissue maturity.Only a third of MACI patients return to their pre-operative sport level, despite most achieving pain-free function within six months and return to sport by 12–18 months. Kinesiophobia—fear of re-injury—emerges as a statistically significant independent predictor of this shortfall, distinct from tissue maturity.
OATS mosaicplasty for sports knee cartilage repairIn a ten-year trial of athletes, osteochondral autograft transfer showed 14% treatment failure versus 38% for microfracture, a divergence emerging between years five and ten because fibrocartilage stimulated by microfracture degrades under repetitive athletic loading whilst transplanted hyaline cartilage retains structural integrity.In a ten-year trial of athletes, osteochondral autograft transfer showed 14% treatment failure versus 38% for microfracture, a divergence emerging between years five and ten because fibrocartilage stimulated by microfracture degrades under repetitive athletic loading whilst transplanted hyaline cartilage retains structural integrity.
ACI versus MACI for knee cartilage repairCartilage defect size on MRI drives the choice between single-stage repair (AMIC, OATS) and two-stage cell therapy (MACI): below 2–4 cm², simpler alternatives often provide comparable results; at 3 cm² or larger, MACI demonstrates superiority.Cartilage defect size on MRI drives the choice between single-stage repair (AMIC, OATS) and two-stage cell therapy (MACI): below 2–4 cm², simpler alternatives often provide comparable results; at 3 cm² or larger, MACI demonstrates superiority.
AMIC versus ACI for knee cartilage repairAMIC completes knee cartilage repair in a single operation using bone-marrow stem cells held by a collagen scaffold; ACI requires two procedures to culture and reimplant the patient's own cartilage cells. A 2024 meta-analysis found outcomes between the two approaches broadly equivalent.AMIC completes knee cartilage repair in a single operation using bone-marrow stem cells held by a collagen scaffold; ACI requires two procedures to culture and reimplant the patient's own cartilage cells. A 2024 meta-analysis found outcomes between the two approaches broadly equivalent.
Knee Cartilage Repair and PreservationArticular cartilage lacks blood vessels, so when damaged it forms fibrocartilage—a mechanically inferior scar tissue that typically deteriorates within two to three years. This biological constraint shapes every treatment option, from temporary symptom relief to procedures attempting true cartilage regeneration.Articular cartilage lacks blood vessels, so when damaged it forms fibrocartilage—a mechanically inferior scar tissue that typically deteriorates within two to three years. This biological constraint shapes every treatment option, from temporary symptom relief to procedures attempting true cartilage regeneration.
When cartilage repair is the right choiceCartilage repair is suited to younger, active patients with isolated damage in otherwise healthy joints where conservative care has not worked. It is mechanistically impossible when underlying bone is worn smooth, degeneration spans multiple compartments, or malalignment and instability persist uncorrected.Cartilage repair is suited to younger, active patients with isolated damage in otherwise healthy joints where conservative care has not worked. It is mechanistically impossible when underlying bone is worn smooth, degeneration spans multiple compartments, or malalignment and instability persist uncorrected.
Knee cartilage repair versus stem cell therapyEstablished cartilage repair using autologous chondrocytes shows 10–17 year durability for focal knee defects; mesenchymal stem cell therapies have not been tested in large-scale trials against them.Established cartilage repair using autologous chondrocytes shows 10–17 year durability for focal knee defects; mesenchymal stem cell therapies have not been tested in large-scale trials against them.
Ten-Year Success Rates for OATS MosaicplastyTen-year success rates for OATS mosaicplasty span 72–89% in young, active patients; failure rates drop to 12.5–14% in optimal candidates (under 40, lesion under 3 cm²) but rise to 38–40% in older patients with larger defects.Ten-year success rates for OATS mosaicplasty span 72–89% in young, active patients; failure rates drop to 12.5–14% in optimal candidates (under 40, lesion under 3 cm²) but rise to 38–40% in older patients with larger defects.