final exam review: general a&p distinguish between anatomy & physiology what is homeostasis?...

21
Final Exam Review: General A&P • Distinguish between anatomy & physiology • What is homeostasis? How do negative and positive feedback loops contribute to maintenance of homeostasis? • Describe the anatomical position • Define the following words: – Lateral/medial – Inferior/superior – Anterior/posterior – Dorsal/ventral

Upload: melina-watts

Post on 28-Dec-2015

217 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: General A&P

• Distinguish between anatomy & physiology

• What is homeostasis? How do negative and positive feedback loops contribute to maintenance of homeostasis?

• Describe the anatomical position• Define the following words:– Lateral/medial– Inferior/superior– Anterior/posterior– Dorsal/ventral

Page 2: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: General A&P

• Identify the anatomical planes shown on the following body

Page 3: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Exam Review: Histology1. Identify each of the following descriptions as pertaining to either

epithelial or connective tissues– Composed largely of non-living extracellular matrix, important

in protection & support– Avascular but innervated– Lines body cavities, covers surfaces & forms glands

2. Explain the meaning of the following categories used to classify epithelial tissue– Simple v. Stratified v. Pseudostratified– Squamous v. Cuboidal v. Columnar

3. Identify and differentiate between the three types of fibers (collagen, elastin & reticular) produced in connective tissue cells.

Page 4: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: Histology

• Tissue Types:– Simple columnar– Pseudostratified columnar– Adipose– Hyaline Cartilage– Fibrocartilage– Dense fibrous

• Tissue functions?

Page 5: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: Integumentary

• What are the main components of the integumentary system?

• What functions are served by the integumentary system?

• Identify and describe the 3 dermal layers seen in the cross section of skin below:

Page 6: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to
Page 7: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: Skeletal• List the functions of

the skeletal system• Distinguish between

the axial and appendicular skeleton.

• Describe the parts of a bone shown on the long bone and cross section to the right.

Page 8: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to
Page 9: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: Muscular

• What functions are carried out by the muscular system?

• Distinguish between cardiac, smooth and skeletal muscles in terms of striations, nucleation, structure (branching? spindled?), control (voluntary or involuntary?) and location .

• Refer to the structure of a sarcomere shown below to explain the sliding filament theory of muscle contraction

Page 10: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: Nervous

Page 11: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: Nervous

Page 12: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: Cardiovascular

• Follow the pathway of the drop of blood through the heart (chambers & valves), major vessels, body & lungs starting in the left atrium.

• Distinguish between systemic and pulmonary circulation.

• Describe the endocardium, epicardium, myocardium & pericardium, with respect to heart structure

• Distingiush between arteries, veins & capillaries in terms of structure and direction of transport.

• Describe the composition of blood• Distinguish between systole & diastole;

Summarize the five events of the cardiac cycle

Page 13: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to
Page 14: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to
Page 15: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to
Page 16: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to
Page 17: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to
Page 18: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: Respiratory

• Distinguish between the conducting & true respiratory structures of the respiratory system

• Describe what happens during inspiration with respect to volume, pressure & diaphragm movement

• What triggers breathing/gas exchange?

• Identify the structures indicated on the diagram to the right.

Page 19: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to
Page 20: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to

Final Exam Review: Digestive

• Distinguish between alimentary/G.I. organs & accessory organs of the digestive system

• Differentiate between mechanical & chemical digestion and give an example of each

• Identify & describe the function of the structures on the diagram to the right

Page 21: Final Exam Review: General A&P Distinguish between anatomy & physiology What is homeostasis? How do negative and positive feedback loops contribute to