Using Micro-CT and CAD to Analyze Safety Factor of Mouse Tibia

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MLA citation style (9th ed.)

Chappell, Paul, Gepfert, Addison, and Kang, Kyung. Using Micro-ct and Cad to Analyze Safety Factor of Mouse Tibia. . 2023. marian.palni-palci-staging.notch8.cloud/concern/generic_works/ff84e585-1ce7-4c10-829a-2720280a9177?locale=en.

APA citation style (7th ed.)

C. Paul, G. Addison, & K. Kyung. (2023). Using Micro-CT and CAD to Analyze Safety Factor of Mouse Tibia. https://marian.palni-palci-staging.notch8.cloud/concern/generic_works/ff84e585-1ce7-4c10-829a-2720280a9177?locale=en

Chicago citation style (CMOS 17, author-date)

Chappell, Paul, Gepfert, Addison, and Kang, Kyung. Using Micro-Ct and Cad to Analyze Safety Factor of Mouse Tibia. 2023. https://marian.palni-palci-staging.notch8.cloud/concern/generic_works/ff84e585-1ce7-4c10-829a-2720280a9177?locale=en.

Note: These citations are programmatically generated and may be incomplete.

Traditional mechanical tests, such as a three-point bending, compression, and torsion, are common methods to measure macro mechanical properties, however, such tests do not provide spatial stress distribution in bones. Since signals released from mechanosensitive osteocytes control neighboring bone-forming and bone-resorbing activities, region-specific mechanical stress is considered as a key contributor to local bone remodeling and may have the potential to be scanned and analyzed with accurate and useful methods.

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