Genetic Impact on Bone Modulation-A Review Bridging Bioscience to Genetic Engineering.

Area of Science:

• Genetics
• Bone Biology
• Oral Medicine

Background:

• Genes account for 60-75% of peak bone mass variance, with a smaller role in bone loss rate.
• Bone mass peaks during growth and subsequently declines, with most genetic influence during development.
• The precise genetic impact on the rate of bone loss remains less clear.

Purpose of the Study:

• To review oral and systemic conditions arising from altered gene function.
• To emphasize the complex consequences of genetic polymorphisms and mutations on bone quality.
• To highlight the link between genetics and oral manifestations of skeletal diseases.

Main Methods:

• Literature review focusing on genetic influences on bone remodeling.
• Analysis of syndromic manifestations due to genetic alterations affecting bone quality.
• Exploration of scientific literature connecting genetics to oral deformities.

Main Results:

• Altered gene function leads to various oral and systemic conditions.
• Genetic changes significantly impact bone quality and treatment prognosis.
• Understanding molecular mechanisms aids in identifying pathogenic causes of bone diseases.

Conclusions:

• A deeper understanding of bone remodeling genetics is essential for identifying and treating skeletal diseases.
• Genetics plays a critical role in oral health, potentially causing deformities.
• Future research into genetic modulation interventions could reduce human mortality.