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[Morphometry of anatomical objects using holographic interferometric technics]
Arkhiv Anatomii, Gistologii I Embriologii
|March 1, 1981
Summary
Holographic interferometry offers precise quantitative data for functional anatomy, aiding the study of circulatory vessels and skeletal bones. This method enhances biological morphology analysis and has practical applications in medicine, particularly stomatology.
Area of Science:
- Biomedical Engineering
- Applied Anatomy
- Optical Metrology
Context:
- Functional and applied anatomy research often relies on traditional morphological techniques.
- Investigating dynamic physiological processes requires advanced imaging methods.
- Existing methods may lack the precision for detailed anatomical and deformational analysis.
Purpose:
- To present the theoretical basis and application results of holographic interferometry in functional anatomy.
- To demonstrate the utility of topographic and deformity analysis methods using holographic interferometry.
- To explore the application of these techniques in understanding circulatory vessels, skeletal bones, and practical medicine, including stomatology.
Summary:
- Holographic interferometry provides precise quantitative information for analyzing functional and applied anatomy.
- The study demonstrates its application in examining circulatory vessels and skeletal bones.
- Topographic and deformity analysis methods are highlighted for their utility in biological morphology.
Impact:
- Holographic interferometry serves as a valuable supplement to existing biological morphology methods.
- The findings support the integration of advanced optical techniques in anatomical studies.
- Precise data from holographic interferometry can improve diagnostic and treatment approaches in practical medicine, especially stomatology.