1) Respiratory Physiology

2) Normal Lung Section

3) Heart-Lungs in Situ

4) Thorax-Lung Relationships

5) Contraction of the Diaphrgam in Inspiration

6) Inspiration

7) Expiration

8) Forced Inspiration

9) Forced Expiration

10) Pressure Changes During Ventilation

11) Balance Between Two Processes

12) The Respiratory Volumes

13) The Minute Volume

14) The Alveolar Ventilation Rate

15) Restrictive Disorders

16) Emphysema Lung Section

17) Emphysema, micrograph

18) Alpha 1 antitrypsin

19) Emphysema, Gross

20) Obstructive Disorders

21) The FEV₁

22) The FEV₁

23) Bronchial Asthma, L.P.

24) Disorders Which Are
Both Restrictive and Obstructive

25) Dalton’s Law of Partial Pressures

26) Figure 23.17

27) Gas Exchange in the Alveoli

28) Figure 23.20

29) Oxy-Hemoglobin Dissociation

30) Figure 23.17

31) Oxy-Hemoglobin Dissociation

32) 2,3 Diphosphoglycerate

33) Effect of pH on Respiration

34) The Bohr Effect:

35) The Bohr Effect Occurs in the
Systemic Capillaries

36) In the Pulmonary Capillaries
the Process Reverses

37) The Haldane Effect

38) Control Over Respiration

39) Inputs to the Respiratory Center

40) Summary of Respiratory Stimuli