3. Connective Tissue
Function:
- Binds structures together
- Provides support & protection
- Fills spaces
- Produces blood cells
- Stores fat
For energy, insulation, organ protection
4. Structure:
- Tissue cells are widely separated by
extracellular matrix
- Can be solid, semisolid, or liquid
Matrix of connective tissue determine its
properties
5. Fibers of the Matrix
White fibers – contain collagen which
gives the fibers flexibility and strength
Yellow fibers – contain elastin more elastic
than collagen but not as strong
Reticular fibers – thin, highly branched
collagenous fibers that provide support
8. A. Loose (areolar) Connective Tissue
Lies between other
tissues or between
organs binding them
Cells made of
fibroblasts – large,
star-shaped cells
Contains many white
fibers (strong and
flexible) and yellow
fibers (very elastic)
9.
10. Adipose tissue is a
type of loose
connective tissue
- stores fats,
provides insulation
- found beneath
skin, around kidney
& heart, breast
11.
12. B. Dense Connective Tissue
Regular
Consists of parallel
bundles of
collagenous fibers
Found in tendons &
ligaments
Binds organs together
Irregular
Bundles run in
different direction
Found in inner portion
of skin
14. C. Reticular Connective
Has reticular cells and
reticular fibers
Also called lymphatic
tissue
Found in lymph nodes,
spleen, thymus, and red
bone marrow
Store and produce white
blood cells
Part of immune system
15.
16. 2. Cartilage
The cell
(chondrocytes)
lies in small
chambers called
lacunae
Matrix is solid yet
flexible
Lacks direct
blood supply, as
a result, it heals
slowly
18. A. Hyaline Cartilage
Most common
Matrix contains fine collagenous fibers
Glassy, white, opaque
Found in the nose, ends of the long bones
and ribs, rings in the trachea
22. C. Fibrocartilage
Matrix contains strong
collagenous fibers
Function: absorbs
shocks and reduces
friction between joints
Found in the pads
between the
vertebrae and knee
joints