Crowdly

The structure indicated with the red arrow is:

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Adipose tissue

Bone marrow

Trabecular bone

Tendon

Compact bone

Haversian canal

Hyaline cartilage

The structure/tissue on the left is:

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Ligament

Adipose tissue

Tendon

Fibroblast tissue

Hyaline cartilage

Bone

The tissue below is:

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Adipose tissue

Spongy bone

Tendon

Elastic cartilage

Fibrocartilage

Fibroblasts

Hyaline cartilage

The tissue below is:

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Adipose tissue

Trabecular bone

Tendon

Compact bone

Fibroblasts

Hyaline cartilage

Match the following structures with their function:

Provides strong connection between a muscle and a bone

Helps guarantee patency of bronchial lumen

Provide a framework that houses bone marrow

Synthesises and secretes connective tissue fibres and ground substance

Allows bone matrix in compact bone to be well vascularised

Storage of triglycerides (energy)

Produce and excretes bone matrix

Weight bearing & helps provide frictionless movement between bones

Osteoclasts (choose the correct option/s):

Are big multinucleated cells that resorb bone

Are derived from haematopoietic stem cells

Are derived from osteoprogenitor cells

Secrete the organic components of bone matrix (osteoid)

Differentiate from osteoblasts

Bony trabeculae

Is commonly known as lamellar bone

Are surrounded by bone marrow

Are lined by osteocytes

Have an upper thickness as they have no direct blood supply (i.e no osteons) and must get nourishment from the bone marrow via diffusion

Bone extracellular matrix is composed of inorganic and organic matter.

The organic component is:

Primarily collagen fibres type II

Calcium hydroxide, calcium carbonate, sodium, magnesium, fluoride

Primarily collagen fibres type III

Primarily collagen fibres type I

Hydroxyapatite crystals composed of calcium phosphate

Osteoprogenitor cells (choose the correct option/s):

Are multipotent mesenchymal stem cells

Can be found in the adult

Can give rise to cartilage

33%

Can proliferate and mature to form osteoblasts

Are derived from mesenchymal stem cells

Can give rise to bone