Individual temporal evolution of macroscale BMD in osteoporotic hind metatarsi.

Individual temporal evolution of macroscale BMD in osteoporotic hind metatarsi.

<p><b>(A)</b> Cortical <i>BMD</i><sub><i>CT</i></sub> in <i>M</i><sub><i>O</i></sub>: proximal, transport and distal fragments. <b>(B)</b> Woven <i>BMD</i><sub><i>CT</i>...

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Bibliographic Details
Main Author: Juan J. Toscano-Angulo (21238347) (author)
Other Authors: Juan Mora-Macías (17712130) (author), Pablo Blázquez-Carmona (17712127) (author), Juan Morgaz (315056) (author), Rocío Navarrete-Calvo (21238350) (author), Jaime Domínguez (17712136) (author), Esther Reina-Romo (11240307) (author)
Published: 2025
Subjects:
Biophysics
Biochemistry
Medicine
Cell Biology
Genetics
Physiology
Evolutionary Biology
Ecology
Developmental Biology
Cancer
Infectious Diseases
systemic skeletal disorder
systemic skeletal change
limited osteogenic capacity
complex multiscale dynamics
sheep &# 8217
osteoporotic subjects leads
osteoporotic patients due
fifteen merino sheep
different bone tissues
bone mineral density
right hind metatarsus
bone regeneration processes
bone regeneration process
woven ossification whilst
trabecular tissue experienced
several skeletal locations
chemical composition analyses
cortical tissue quality
xlink "> osteoporosis
osteoporotic sheep
bone regeneration
bone quality
xlink ">
chemical composition
trabecular bone
operated metatarsus
osteoporosis induction
osteoporosis alone
work evaluates
size defect
significant changes
randomly sacrificed
iliac crest
fragility fractures
fragility fracture
early deterioration
deeper understanding
days 40
damage caused
contralateral one
condition may
computed tomography
7 %.
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