학술논문

Physicochemical and biochemical spatiotemporal maps of a mouse penis
Document Type
article
Source
Subject
Engineering
Health Sciences
Sports Science and Exercise
Biomedical Engineering
Urologic Diseases
1.1 Normal biological development and functioning
Underpinning research
Animals
Biomechanical Phenomena
Chemical Phenomena
Collagen
Humans
Male
Mice
Penis
X-Ray Microtomography
Biomechanics
Baculum
Mouse penis
Elastin
Mechanobiology
Mechanical Engineering
Human Movement and Sports Sciences
Biomedical engineering
Sports science and exercise
Language
Abstract
Spatiotemporal mechanobiology resulting in penile pathologies continues to be investigated using small scale animals models such as mice. However, species-dependent functional biomechanics of a mouse penis, is not known. In this study, spatial mapping of a mechanosensitive transcription factor, scleraxis (Scx), at ages 4, 5, 6 weeks, and 1 year were generated to identify mechanoactive regions within penile tissues. Reconstructed volumes of baculum collected using micro X-ray computed tomography illustrated significantly increased baculum length with decreased porosity, and increased mineral density (p