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- ICRS Presidents Issue
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- Bradsell, Hannah1
- Carstens, Mason1
- Cercone, Marta1
- Dallo, Ignacio1
- Fortier, Lisa A1
- Frank, Rachel M1
- Ghisa, Claudia1
- Gobbi, Alberto1
- Greenfield, Michelle R1
- Hevesi, Mario1
- Hollander, Anthony P1
- Krych, Aaron J1
- Leja, Liana1
- Minas, Tom1
- Murrel, William1
- Olson, Nicholas1
- Saenz, Ivan1
- Salerno, Anna1
- Saris, DBF1
- van Genechten, Wouter1
- van Wijnen, Andre J1
- Verdonk, Peter1
- Zaslav, Kenneth R1
Keyword
- Knee2
- Anterior cruciate ligament1
- Autologous chondrocyte implantation1
- Biology1
- BMA1
- Bone marrow concentrate1
- Bone Marrow Lesions1
- Cartilage1
- Chondral defects1
- Graft survivorship1
- Growth factors1
- Healing1
- Knee osteoarthritis1
- Meniscus1
- Meniscus implants1
- Meniscus replacements1
- Meniscus scaffolds1
- Mesenchymal stem cells1
- Osteo-Core-Plasty1
- Osteoarthritis1
- Osteochondral defects1
- Osteochondral Unit1
- Periosteal hypertrophy1
- Subchondral Bone Augmentation1
- Tissue engineering1

ICRS Presidents Issue
ICRS past presidents share their insights and research that impact the global community.
6 Results
- State of the ArtOpen Access
Current state of off the shelf scaffolds and implants for meniscal replacement
Journal of Cartilage & Joint PreservationVol. 2Issue 1100040Published online: January 15, 2022- Claudia Ghisa
- Kenneth R. Zaslav
Cited in Scopus: 0Partial meniscectomy has been a mainstay of treatment for mechanical symptoms of meniscal tear for decades. Yet, clear changes in load distribution have been reported after loss of meniscal integrity and degenerative changes have been seen after these procedures over time. While meniscal repair is preferred whenever possible, these repairs are not always possible or successful. In recent years options have been developed to try to mitigate these post meniscectomy symptoms and sequelae, including off-the-shelf scaffolds and implants for meniscal replacement. - Narrative ReviewOpen Access
The biology of mesenchymal stem/stromal cells in the treatment of osteoarthritis
Journal of Cartilage & Joint PreservationVol. 2Issue 1100035Published online: November 30, 2021- Anthony P. Hollander
- Anna Salerno
Cited in Scopus: 0Osteoarthritis affects the whole joint and is usually treated using pain relief for many years followed by arthroplasty. Mesenchymal stem/stromal cells have the potential to form cartilage and bone and have been investigated for their capacity to repair these tissues, but until recently there has been no strong rationale for their use in the treatment of age-related, idiopathic osteoarthritis. - Original ResearchOpen Access
Anterior cruciate ligament graft healing by peptide-based vascular endothelial growth factor and bone morphogenetic protein recruitment
Journal of Cartilage & Joint PreservationVol. 1Issue 4100030Published online: October 11, 2021- Wouter Van Genechten
- Mario Hevesi
- Nicholas Olson
- Mason Carstens
- Aaron J. Krych
- Peter Verdonk
- and others
Cited in Scopus: 0The frequency of adverse outcomes after revision ACLR emphasizes the importance of the primary reconstruction regarding intra-articular graft healing and tunnel osteointegration. - Narrative ReviewOpen Access
A review of bone marrow lesions in the arthritic knee and description of a technique for treatment
Journal of Cartilage & Joint PreservationVol. 1Issue 3100021Published online: August 18, 2021- Alberto Gobbi
- Ignacio Dallo
- Rachel M. Frank
- Hannah Bradsell
- Ivan Saenz
- William Murrel
Cited in Scopus: 3Subchondral bone pathology includes a wide range of pathologies, such as osteoarthritis, spontaneous insufficiency fractures, osteonecrosis, transient bone marrow lesions syndromes, and trauma. They show typical magnetic resonance imaging (MRI) findings termed bone marrow lesions (BMLs). However, the etiology and evolution of BMLs in multiple conditions remains unclear. There is still no gold standard treatment protocol in treating BMLs in the knee, and a variety of treatment modalities have been tested in the hope that they might reduce pain and stop disease progression. - ICRS Presidents CollectionOpen Access
Bone Marrow Concentrate Mesenchymal Stromal Cells Do not Correlate With Nucleated Cell Count or Colony Forming Units
Journal of Cartilage & Joint PreservationVol. 1Issue 3100017Published online: June 21, 2021- Marta Cercone
- Michelle R. Greenfield
- Lisa A. Fortier
Cited in Scopus: 3Bone marrow aspirate concentrate (BMC) is a point-of-care biologic for cartilage repair and treatment of osteoarthritis. BMC contains mesenchymal stromal cells (MSCs) which are technically difficult to measure, and therefore the extent to which they influence joint restoration is unknown. Nucleated cell count (NCC) and colony forming units (CFUs) have been proposed as surrogate markers to quantify MSCs in BMC. - Original ResearchOpen Access
Periosteum-covered ACI (ACI-P) versus collagen membrane ACI (ACI-C): A single-surgeon, large cohort analysis of clinical outcomes and graft survivorship
Journal of Cartilage & Joint PreservationVol. 1Issue 2100010Published online: May 22, 2021- Liana Leja
- Tom Minas
Cited in Scopus: 1Autologous chondrocyte implantation (ACI) has undergone several technical modifications.