Micro-morphologic changes around biophysically-stimulated titanium implants in ovariectomized rats

Disclaimer: this research study’s copyright belongs to the authors and PubMed and not HealthMatReview.com, further details below.

Our Summary

This study aims to investigate the effects on PEMF and low-magnitude high-frequency mechanical vibration (MECHVIB) on micro-morphological changes in bone around titanium implants. A total of 15 rats that developed osteoporosis were implanted with titanium in the proximal metaphyses of the tibia after 8 weeks of healing. They were divided into PEMF group and MECHVIB group. Results showed that both treatments significantly improved bone volume around titanium implants on rats with osteoporosis with MECHVIB slightly edging PEMF in effectivity.

Pubmed Study Link

PDF Study Link

Study Categories

back pain, bone healing, brittle bone, pain relief

Authors

[‘Kivanc Akca’, ‘Ebru Sarac’, ‘Ugur Baysal’, ‘Mete Fanuscu’, ‘Ting-Ling Chang’, ‘Murat Cehreli’]

PMID

17634134

PMCID

PMC1947957

Published Date

more study details

Frequency (Hz)

50

Frequency Range

Low

Intensity (G)

2

Intensity Range

Low

Waveform

unknown

PEMF/EMF/RF/LT

PEMF

Study Subject Types

animal

Keywords Listed

Added Descriptive Keywords

osteoporosis, brittle bone, bone, spine, back pain, bone regeneration, 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.

Ask me a Question

See our Best Rated PEMF Mat!

Check out our review on the Healthy Wave Multi-Wave Mat to see why we say it’s the Best PEMF Mat!

And find out how you can use the Multi-Wave mat to almost exactly replicate the Nasa PEMF Waveform!