Periodontal regeneration is a complex goal, which is commonly pursued with a combination
of surgical techniques, biomaterials, and bioactive compounds. One such compound is …

The effects of electromagnetic fields and magnetic fields on cell proliferation is currently an
active area of interest. In light of the widespread applications of electromagnetic stimulation …

Human periodontal ligament mesenchymal stem cells (hPDLSCs) are a promising cell type
model for regenerative medicine applications due to their anti-inflammatory …

Noninvasive electromagnetic fields (EMFs) have been known to be able to improve bone
health; however, their optimal application parameters and action mechanisms remain …

Low-energy electromagnetic fields pulsed at frequencies of 60-90 Hz significantly increase
healing of chronic fracture nonunions in man. These fields are effective at tissue current …

In recent years many studies have demonstrated stimulatory effects of pulsed
electromagnetic fields (PEMF) on biological tissue. However, controversies have also …

Several clinical studies have suggested the impact of sinusoidal and pulsed electromagnetic
fields in quickening wound repair processes and tissue regeneration. The clinical use of …

Data in the literature revealed that bone formation around dental implants can be promoted
due to PEMF treatment significantly. Since PEMF decreases the rate of residual ridge …

Odontoblasts produce proteins that form the dentinal extracellular matrix, which can protect
the dental pulp from external stimuli and is required for tooth regeneration. This study …

Pulsed electromagnetic fields (PEMFs) have been considered as a potential candidate for
the prevention and treatment of osteoporosis, however, the mechanism of its action is still …