Chapter 6, Problem 2.2BGL

(a).

Summary Introduction

To review: The location and function of each connective tissue type in Table 6.7.

Introduction: The connective tissue connects in-between the tissues and organs and also separates them at the same time. The connective tissue has a variety of functions like supports, connects, and binds the tissue and organs. The connective tissue has an extracellular matrix that can bear the stress and protects the tissues.

(b).

Summary Introduction

To review: The location and function of each connective tissue type in Table 6.8.

Introduction: The connective tissue connects in-between the tissues and organs and also separates them at the same time. There are a variety of connective tissues like dense connective tissue where they are packed mostly with fibers and only a few fibroblasts. The dense connective tissue can be of two types, elastic, dense regular connective tissues, and dense irregular connective tissues.

(c).

Summary Introduction

To review: The location and function of each connective tissue type in Table 6.9.

Introduction: The cartilage is a special type of connective tissue, where the collagen makes up the extracellular matrix, and frim gelatinous ground substance is embedded with the elastic fibers. The elastic fiber gives elasticity to the cartilage and collagen gives strength to the tissue.

(d).

Summary Introduction

To review: The location and function of each connective tissue type in Table 6.10.

Introduction: When compared with all the connective tissues, the bones are considered to be the hardest of all the connective tissues. The bone consists of an organized layer of extracellular matrix called lamella. The lamella has collagen fibers, calcium (inorganic salts), and ground substance. The bones can be of compact and spongy depending upon the location.

(e).

Summary Introduction

To review: The location and function of each connective tissue type in Table 6.11.

Introduction: The blood is also considered to be a connective tissue due to its extracellular matrix present in the plasma. Yet, the fibers of the extracellular matrix are exposed or observed only during an injury. The blood contains white blood cells, red bell cells, plasma, and platelets.