Applications of magnetically labeled BMSCs or scaffolds in orthopedic research

CategoryStudy focusReference
SPIO labeling techniquesOptimization of iron oxide nanoparticle uptake for MRI contrast enhancementJasmin et al. [54] 2011
In vivo trackingHigh-resolution MRI monitoring of SPIO-labeled BMSCs in orthopedic applicationsLu et al. [55] 2025
Cartilage repairEvaluation of magnetically guided BMSC transplantation for cartilage repairChen et al. [56] 2013
Muscle repairEvaluation of magnetically guided BMSC transplantation for muscle repairOshima et al. [57] 2014
Tendon-bone healingInvestigation of magnetic targeting for enhanced BMSC retention in bone defectsZhang et al. [58] 2024
Nerve regenerationApplication of SPIO-labeled BMSCs in spinal cord injury modelZhang et al. [59] 2015
Angiogenesis rromotionContribution of SPIO-labeled BMSCs to vascular network formationCao et al. [60] 2009
Scaffold integrationCompatibility and differentiation potential of BMSC in SPIO-labeled scaffoldsChen et al. [61] 2018

SPIO: superparamagnetic iron oxide; BMSCs: bone marrow mesenchymal stem cells; MRI: magnetic resonance imaging