Requirements of Presentation
For your assigned tissue
You are the teacher for the one tissue that you are assigned.
-3-D model (labeled as in book’s illustration) *
-Drawing of where it is found in the body –at least half poster board size.
-Function, description of structure, and location in the body—your classmates will take
notes in the chart below.
Include one location that is not from the section-you can get it online
or in another chapter.
*The model can be part of a poster, but must be 3-D
Full credit only given to clear, presentable, creative presentations
You must remove your poster from my room by end of school day after you present, or
there is a 10% penalty.
Tissue Type
1.Simple Squamous Epithelium
2. Simple Cuboidal Epithelium
3. Simple Columnar Epithelium
4. Pseudostratified Columnar Epithilium
5. Stratified Squmaous Epithelium
6. Transitional Epithelium
7. Bone
8. Hyaline Cartilage
9. Fibrocartilage/ Elastic Cartilage
10. Dense fibrous connective tissue
11. Areolar
12. Adipose
13. Reticular
14. Blood
15.Smooth muscle
16. Skeletal muscle
17. Cardiac muscle
Student Name
18. Nervous tissue
19 Glands (page 81) Endocrine and exocrine
Serous membranes (page 97)
20. Peritonium
21. Pericardiuim
22. Pleura
23, 24 Synovial joints pg 98
25.26 Cell Types
27 Cytoskeleton (pg 63)
28 Mucus Membrane (pg 96)
2 students present together to teach this page
Can be a team
HUMAN BODY TISSUES
TISSUE TYPE
EPITHELIAL
Simple Squamous
Epithelium
Simple Cuboidal
Epithelium
Simple Columnar
Epithelium
Pseudostratified
(ciliated) columnar
FUNCTION
With key terms underlined
NAME ________________
DESCRIPTION
Of STRUCTURE
LOCATION
Epithelium
Stratified
Squamous
Epithelium
Transitional
Epithelium
FUNCTION
DESCRIPTION
CONNECTIVE TISSUE—All connective tissue is composed of living cells in a non-living matrix.
Bone
Hyaline Cartilage
Fibrocartilage
Elastic cartilage
Dense fibrous
Areolar
LOCATION
Adipose
Reticular
Blood
FUNCTION
DESCRIPTION
LOCATION
Smooth muscle
Skeletal muscle
Cardiac muscle
Nervous tissue
Serous
membranes
All have same basic function
Peritonium
Pericardium
Pleura
Synovial
membranes
Glands
.
HUMAN BODY TISSUES
TISSUE TYPE
FUNCTION
With key terms underlined
Allows passage of materials by diffusion
DESCRIPTION
LOCATION
Single layer of
flattened cells
Delicate
Air sacs of lungs, blood
vessels
Simple Cuboidal
Epithelium
Secretion and absorption
Single layer of
cubelike cells
Kidney tubules, ovary
surface
Simple Columnar
Epithelium
Absorption, secretion of mucous
May contain mucous secreting goblet cells.
Ciliated type propels mucous
Single layer of tall
cells, some with cilia
Lines digestive tract from
stomach to anus
Simple Squamous
Epithilium
Ciliated type lines bronchi
and uterine tubes.
Pseudostratified
(ciliated) columnar
Epithelium
Mainly secretion and propulsion of mucous. (also
contains goblet cells.)
Single layer of cells of
different heights,
some w/ cilia
Ducts of large glands,
ciliated in trachea
Stratified
Squamous
Epithelium
Protect underlying tissue from friction
Thick w several cell
layers
Esophagus, mouth,
vagina
Epidermis of skin
Transitional
Epithilium
Readily stretches to allow distension of bladder
Several layers of
various shape that
slide past one another
and thin when
stretched
Urinary tract including
bladder
Osteocytes (bone
cells) in lacunae
(cavities in the matrix)
Bones
Rubbery matrix with
glassy appearance
Ends of long bones,
attaches ribs to sternum,
Embryonic skeleton
Connective Tissue -- Always constists of living cells in a non-living matrix
Bone
Protects and supports other organs
Provides levers for muscles to act on
Calcium storage
Blood cell production
Hyaline Cartilage
Support structures and cushioning
“Gristle”
Fibrocartilage
Strong support and withstands heavy pressure
Similar to hyaline but
slightly softer
Intervertebral discs
Discs of knee joints
Allows great flexibility while maintaining shape
Also similar to hyaline, but
most elastic
External ear
Epiglottis
Attaches muscles to bones, or bones to bones.
Parallel collagen fibers
Tendons and ligaments
Elastic cartilage
Dense fibrous
Areolar
Wraps, cushions, protects organs. Holds tissue fluids. During
inflammation, holds fluid like a sponge-edema. Contains hungry
phagocytes that look for debris
Soft, pliable, “cobwebby “
tissue
Lamina propria, underlies of all
mucous membranes
Adipose
Insulation, protects organs, fuel reserves
Contains large droplet of
oil
“Signet ring cells”
(like a class ring)
Under skin (sub Q “fat”)
Around kidney and eyeballs,
breasts.
Reticular
Forms a soft internal skeleton called stroma,, which supports
white blood cells and other cell types.
Interwoven fibers with
reticular cells
Lymph nodes, spleen,
bone marrow
Blood
Transport of nutrients, gases, wastes
Liquid tissue
Matrix is the proteins
in plasma
Within blood vessels
Smooth muscle
Propels materials along a passageway (peristalsis),
involuntary control
Walls of hollow organs:
stomach, bladder, uterus,
blood vessels
Skeletal muscle
Voluntary control of muscles, and facial expression
Spindle shaped
(fusiform) pointed at
both ends, with no
striations, uninucleate
Long, cylindrical,
multinucleate, with
straitions
Cardiac muscle
Contractions of the heart by involuntary control
Walls of the hear
Nervous tissue
Transmit electrical signals in body coordination
Display irritability and conductivity
Branching, striated,
uninucleate, cells
connected by
intercalated discs
Branching cells with
processes
(extensions) that can
Attached to bone or
occasionally to skin.
Brain, spinal cord, nerves
be quite long
Serous
membranes
Protects internal organs by reducing friction
Simple squamous
epithilium on thin layer of
areolar tissue
Synovial
membranes
Provide a smooth surface and lubricate joints to reduce friction
Soft areolar connective
tissue
Parietal pericardium
Visceral pericardium
Parietal peritonioum
Visceral peritonium
Parietal and visceral pleura
Line the joints
Describe the 3 steps of tissue repair and discuss which tissues regenerate well and which regenerate poorly.