1. A&P 2 Lab Practical 1 Review

2. Chapter 30

3. Vena cavas
Pulmonary trunk/ pulmonary arteries
Pulmonary veins
Right & left atriums
Apex
Cardiac arteries/ veins
Aortic arch
brachiocephalic, L common carrotid, L subclavian

4. Pulmonary seminlunar valve
Right atrium
Tricuspid valve
Chordae tendineae
Papillary muscles
Intraventricular septum
Myocardium
Bicuspid valve
Aortic semilunar valve

5. Page 480
Left common carotid
Brachiocephalic
Left subclavian

7. Tricuspid valve
Bicuspid valve
Aortic valve
Pulmonary valve

8. Cardiac muscle structure

9. Intercalated discs & nucleus

12. Heart valve
Chordae tendineae
papillary muscles

14. From systemic circulation by vena cavas Right atrium tricuspid valve  right ventricle  Pulmonary semilunar valve  pulmonary arteries  Lungs  Pulmonary veins  Left atrium  Bicuspid valve  Left ventricle  aortic semilunar valve 
aorta  systemic circulation  vena cavas

16. Chapter 32

17. 6 1 2 5 3 4

22. Vertebral
Common, internal, & external carotid
Subclavian
Brachiocephalic

23. Anterior communicating
Anterior cerebral
Middle cerebral
Posterior communicating
Posterior cerebral
Basilar

24. Page 358

25. Common coarotids
R&L Subclavians
R&L Axillary
Brahiocephalic
Brachial
Radial
Ulnar
aorta

26. Celiac trunk

27. Celiac trunk
Renal & suprarenal
Gonadal
Inferior messenteric
Common iliac

28. Common Iliac
Internal iliac
External iliac
Femoral
Anterior tibial

29. Great saphenous
Fibular
Anterior tibial
Femoral
External iliac
Internal iliac
Common iliac

30. Gonadal
Renal & suprarenal
Vena cava
Hepatic
Common iliac
External & internal iliac

31. Internal & external jugular
Brachiocephalic
subclavian
Ulnar
Radial
Brachial
Cephalic
basilic
Axillary

32. Subclavian
Brachiocephalic
Internal jugular
External jugular
vertebral

33. Superior mesenteric
Inferior mesenteric
Gastric
Splenic
Hepatic portal

45. Chapter 29

51. Chapter 35

53. Lymphatic Vessel 40X
valve cusps

55. Lymphatic capillaries  Lymphatic collecting vessels  Lymph nodes  Lymphatic trunks Collecting ducts (Lymphatic and Thoracic)  Subclavian veins

57. bone marrow serves as site of maturation of B lymphocytes
Thymus: Functions to produce hormones required for T cell maturity
After maturation lymphocytes enter blood stream and travel to secondary lymphoid organs

58. Thymus 40 X
Lobule
Septum
cortex
medulla

59. Outer cortex
Inner medulla
Hilus

60. germinal centers of follicles
Lymph Node 40X
trabecula
capsule
cortex
germinal centers of follicles
medulla

61. germinal centers of follicles
Lymph Node 40X
capsule
cortex
germinal centers of follicles
medulla

62. Spleen: Sites where lymphocytes encounter antigen and interact with other cells of the immune
system – Clonal Selection
B cells become: memory B cells or antibody producing plasma cells
T cells become: helper T cells, suppressor T cells, and cytotoxic T cells
It is divided into two compartments:
a. White pulp is situated around arterial blood vessels and consists of
lymphocytes suspended by reticular fibers. Concerned with immune
function.
b. Red pulp consists of venous sinuses, reticular tissue macrophage. Concerned
with disposal of old RBC’s, and other waste products.

63. Spleen 40X
white pulp
red pulp
capsule
trabeculae

64. Humoral Immune response
Clonal Selection

65. Humoral Immune response
Clonal Selection

72. Chapter 36 Respiratory System

80. Branches of the respiratory tree

81. Branches of the respiratory tree continued

85. Diaphragm

89. seromucous submucosal glands
Trachea 40X
cartilage
seromucous submucosal glands
lamina propria
pseudostratified columnar epithelium
adventitia

90. Larynx Epiglottis 40X Elastic Cartilage Perichondrium Stratified
Squamous
Epithelium

94. Left lung

95. Right lung