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Our Summary
Due to the beneficial effects of PEMF on osteoporosis treatment and improving bone fracture healing, this study now aims to investigate the effect of PEMF on osteoblastogenesis utilizing superparamagnetic iron oxide nanoparticle (SPION)-labeled BMMSCs. Rats with SPION were exposed to 50 Hz frequency and 1.1 mT intensity low-frequency pulsed electromagnetic field (LPEMF). Results confirm that the combined LPEMF and SPION stimulated migration and osteogenic differentiation of BMMSCs which can be used in bone defect treatment.
Pubmed Study Link
PDF Study Link
Study Categories
Authors
[‘Shaoyu Wu’, ‘Qiang Yu’, ‘Yang Sun’, ‘Jing Tian’]
PMID
29887957
PMCID
PMC5992538
Published Date
more study details
Frequency (Hz)
Frequency Range
Intensity (G)
Intensity Range
Waveform
PEMF/EMF/RF/LT
Study Subject Types
Keywords Listed
Pulsed electromagnetic fields, bone marrow mesenchymal stem cells, superparamagnetic iron oxide nanoparticles, osteoblastogenesis
Added Descriptive Keywords
bone, bone matrix, bone formation, bone marrow, tissue, bone defect, osteogenesis, osteoporosis, rat
Disclaimer
All intellectual property and copyright of this research study sourced from PubMed, is the property of the authors and associates and is not the property of HealthMatReview.com. This research study has been included in our custom PEMF research database for the educational purposes of our readers. The on page summary, added descriptive keywords and other study details are copyright of HealthMatReview.com and were added to improve the search function of this custom research database.
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