Explanation The compact connective tissue that is mineralized and is low porous in nature is called as cortical bone. Cortical bone is found in the shaft of long bones. The less compact connective tissue compared to cortical bone that is also mineralized and is highly porous in nature is called as trabecular bone. It found in the vertebrae of the spinal cord and end of long bones. Porosity and mineralizaion of the bones are inversely proportional to each other. The cortical bones and trabecular bones are susceptible to shear forces and thus fractures...

The reason why bone tissue is organized differently (cortical versus trabecular bone). Concept introduction: Bones provide the structural framework for human body, protects other body tissues, and forms a system of levers for purpose of movement along with muscles. Bones are subjected to a lot of forces like compression, tension and shear force.

BASIC BIOMECHANICS

8th Edition

ISBN: 9781259913877

Author: Hall

Publisher: RENT MCG

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Chapter 4, Problem 5IP

Summary Introduction

To explain: The reason why bone tissue is organized differently (cortical versus trabecular bone).

Concept introduction: Bones provide the structural framework for human body, protects other body tissues, and forms a system of levers for purpose of movement along with muscles. Bones are subjected to a lot of forces like compression, tension and shear force.

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Solution Summary: The author explains why bone tissue is organized differently (cortical versus trabecular).

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