CELLULAR MICROSCOPY
EXERCISE 3. CELL DIAGRAM AND
11. Plasma membrane
3. Centrioles
EXERCISE 5. PREPARE AND EXAMINE
A WET MOUNT SLIDE
Cell Anatomy and Physiology
CHAPTER
3
EXERCISE 1. COLOR AND LABEL PLASMA
MEMBRANE
1. Carbohydrate chains
EXERCISE 2. MATCH DEFINITIONS AND TERMS
n. Mitochondria
r. Mitosis
h. Nucleoli
EXERCISE 6. DETERMINE TYPE OF FLUID ADMINISTRATION
FLUID ADMINISTRATION
CONDITION RESUSCITATION REPLACEMENT MAINTENANCE COLLOID CRYSTALLOID
Quickly raise the blood pressure X X X
CHAPTER 3 Cell Anatomy and Physiology
58.e2
EXERCISE 7. ESTIMATE PERCENT OF DEHYDRATION
CONDITION PERCENTAGE DEHYDRATION
Animal is recumbent and unconscious, in cardiovascular shock. Pulse is very rapid and thready.
Eyes are severely sunken and recessed in the orbits. MM ⫽ very dry and contracted, tongue is dry
and contracted, CRT ⫽ 5-8 seconds. Skin remains tented with no skin tugor. 12%-15%
EXERCISE 8. DIAGRAM OF STAGES
OF MITOSIS
6. Anaphase
8. Cell membrane
EXERCISE 9. IDENTIFY STAGES OF MITOSIS
EXERCISE 10. DIAGRAM OF STAGES
OF MITOSIS
11. Two diploid cells
12. Four haploid cells
5. Anaphase 1
EXERCISE 11. CLINICAL THINKING CHALLENGE
1. Embedded within the phospholipid bilayer are globular
proteins called integral proteins, which span the entire width
of the membrane and serve many functions. Channel pro-
contained a single strand of deoxyribonucleic acid (DNA),
which fl oated freely in gelatinous protoplasm. The cells did
4. Because of the relationship between the surface area and
the volume of a cell. Small cells have smaller nutritional
requirements than large cells but have a proportionately
larger surface through which they can absorb the sub-
stances they need.
5. The more active a cell the greater its metabolic needs.
58.e3
CHAPTER 3 Cell Anatomy and Physiology
8. Because of its surprising thinness (about 60 to 100 ang-
stroms), the cell membrane cannot be seen using light
concentrated it may be. In addition, insensible water loss
from respiration and evaporation on skin cannot be