Practice quiz on the heart. Multiple choice, true/false, and matching questions with answer highlighted on following slide.

1. Practice Quiz

2.  Left, systemic circuit
 Right, systemic circuit
 Left, pulmonary circuit
 Right, pulmonary circuit

3.  Left, systemic circuit
 Right, systemic circuit
 Left, pulmonary circuit
 Right, pulmonary circuit

4.  Left, systemic circuit
 Right, systemic circuit
 Left, pulmonary circuit
 Right, pulmonary circuit

5.  Left, systemic circuit
 Right, systemic circuit
 Left, pulmonary circuit
 Right, pulmonary circuit

6.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

7.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

8.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

9.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

10.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

11.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

12.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

13.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

14.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

15.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

16.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

17.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

18.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

19.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

20.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

21.  Pericardium
 Fibrous pericardium
 Serous pericardium
 Pericardial cavity
 Myocardium
 Epicardium
 Cardiac skeleton
 Endocardium

22.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

23.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

24.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

25.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

26.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

27.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

28.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

29.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

30.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

31.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

32.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

33.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

34.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

35.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

36.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

37.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

38.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

39.  Interatrial septum
 Interventricular septum
 Coronary sulcus
 Anterior interventricular sulcus
 Posterior interventricular sulcus
 Auricles
 Pectinate muscles
 Crista terminalis
 Fossa ovalis

40.  Superior vena cava
 Inferior vena cava
 Coronary sinus
 Pulmonary veins

41.  Superior vena cava
 Inferior vena cava
 Coronary sinus
 Pulmonary veins

42.  Superior vena cava
 Inferior vena cava
 Coronary sinus
 Pulmonary veins

43.  Superior vena cava
 Inferior vena cava
 Coronary sinus
 Pulmonary veins

44.  Superior vena cava
 Inferior vena cava
 Coronary sinus
 Pulmonary veins

45.  Superior vena cava
 Inferior vena cava
 Coronary sinus
 Pulmonary veins

46.  Superior vena cava
 Inferior vena cava
 Coronary sinus
 Pulmonary veins

47.  Superior vena cava
 Inferior vena cava
 Coronary sinus
 Pulmonary veins

48.  Trabeculae carneae
 Papillary muscles
 Pulmonary trunk
 Aorta

49.  Trabeculae carneae
 Papillary muscles
 Pulmonary trunk
 Aorta

50.  Trabeculae carneae
 Papillary muscles
 Pulmonary trunk
 Aorta

51.  Trabeculae carneae
 Papillary muscles
 Pulmonary trunk
 Aorta

52.  Trabeculae carneae
 Papillary muscles
 Pulmonary trunk
 Aorta

53.  Trabeculae carneae
 Papillary muscles
 Pulmonary trunk
 Aorta

54.  Trabeculae carneae
 Papillary muscles
 Pulmonary trunk
 Aorta

55.  Trabeculae carneae
 Papillary muscles
 Pulmonary trunk
 Aorta

56.  Bicuspid, 2, mitral, 3
 Mitral, 2, tricuspid, 3
 Tricuspid, 3, bicuspid,2
 Tricuspid, 3, mitral, 2

57.  Bicuspid, 2, mitral, 3
 Mitral, 2, tricuspid, 3
 Tricuspid, 3, bicuspid,2
 Tricuspid, 3, mitral, 2

58.  Ventricles, chordae tendineae
 Atria, papillary muscles
 Papillary muscles, atria
 Papillary muscles, chordae tendineae

59.  Ventricles, chordae tendineae
 Atria, papillary muscles
 Papillary muscles, atria
 Papillary muscles, chordae tendineae

60.  Contraction of the papillary muscles
 Rising intraventricular pressure forcing blood against the valves
 Tension on the chordae tendineae
 Contraction of the atria

61.  Contraction of the papillary muscles
 Rising intraventricular pressure forcing blood against the valves
 Tension on the chordae tendineae
 Contraction of the atria

62.  Semilunar valves prevent backflow into the heart ventricles from the aorta
and the pulmonary trunk
 The aortic and pulmonary valves open when the ventricles contract, allowing
blood to pass
 Blood flowing back toward the heart during diastole fills the cusps and closes
the semilunar valves
 The vena cava and pulmonary veins do not have SL valves, because the atrial
walls compress the entrances during contraction

63.  Semilunar valves prevent backflow into the heart ventricles from the aorta
and the pulmonary trunk
 The aortic and pulmonary valves open when the ventricles contract, allowing
blood to pass
 Blood flowing back toward the heart during diastole fills the cusps and closes
the semilunar valves
 The vena cava and pulmonary veins do not have SL valves, because the atrial
walls compress the entrances during contraction

64.  Long, low pressure
 Short, low pressure
 Long, high pressure
 Short, high pressure

65.  Long, low pressure
 Short, low pressure
 Long, high pressure
 Short, high pressure

66.  Long, low pressure
 Short, low pressure
 Long, high pressure
 Short, high pressure

67.  Long, low pressure
 Short, low pressure
 Long, high pressure
 Short, high pressure

68.  Anterior interventricular artery, posterior interventricular artery
 Right coronary artery, right marginal artery
 Circumflex artery, posterior interventricular artery
 Anterior interventricular artery, circumflex artery

69.  Anterior interventricular artery, posterior interventricular artery
 Right coronary artery, right marginal artery
 Circumflex artery, posterior interventricular artery
 Anterior interventricular artery, circumflex artery

70.  Anterior interventricular artery, posterior interventricular artery
 Right coronary artery, right marginal artery
 Right marginal artery, posterior interventricular artery
 Anterior interventricular artery, circumflex artery

71.  Anterior interventricular artery, posterior interventricular artery
 Right coronary artery, right marginal artery
 Right marginal artery, posterior interventricular artery
 Anterior interventricular artery, circumflex artery

72.  Cardiac veins, coronary sinus, right atrium
 Cardiac veins, coronary sinus, left atrium
 Coronary arteries, cardiac veins, right atrium
 Coronary arteries, coronary sinus, left atrium

73.  Cardiac veins, coronary sinus, right atrium
 Cardiac veins, coronary sinus, left atrium
 Coronary arteries, cardiac veins, right atrium
 Coronary arteries, coronary sinus, left atrium

74.  Cardiac muscle is short, fat, and branched
 Cardiac muscle is connected by gap junctions
 Cardiac muscle behaves as a functional syncytium
 Myofibrils in cardiac muscle branch extensively to accomodate the large
numbers of mitochondria
 Cardiac muscle has fewer T tubules and simpler sarcoplasmic reticulum

75.  Cardiac muscle is short, fat, and branched
 Cardiac muscle is connected by gap junctions
 Cardiac muscle behaves as a functional syncytium
 Myofibrils in cardiac muscle branch extensively to accomodate the large
numbers of mitochondria
 Cardiac muscle has fewer T tubules and simpler sarcoplasmic reticulum

76.  The heart recruits additional muscle fibers to contract with more force during
vigorous exercise
 Some myocardium cells are self-excitable
 A heart attack is an example of tetanic contraction
 The heart relies almost exclusively on aerobic respiration

77.  The heart recruits additional muscle fibers to contract with more force during
vigorous exercise The heart acts as a single unit
 Some myocardium cells are self-excitable
 A heart attack is an example of tetanic contraction Tetanic contractions
cannot occur in heart muscles due to a long absolute refractory period that
allows time for the chambers to fill
 The heart relies almost exclusively on aerobic respiration

78.  Atrioventricular node, sinoatrial node, atrioventricular bundle, bundle
branches, subendocardial conducting network
 Sinoatrial node, atrioventricular node, bundle branches, atrioventricular
bundle, subendocardial conducting network
 Sinoatrial node, atrioventricular node, atrioventricular bundle,
subendocardial conducting network, bundle branches
 Sinoatrial node, atrioventricular node, atrioventricular bundle, bundle
branches, subendocardial conducting network

79.  Atrioventricular node, sinoatrial node, atrioventricular bundle, bundle
branches, subendocardial conducting network
 Sinoatrial node, atrioventricular node, bundle branches, atrioventricular
bundle, subendocardial conducting network
 Sinoatrial node, atrioventricular node, atrioventricular bundle,
subendocardial conducting network, bundle branches
 Sinoatrial node, atrioventricular node, atrioventricular bundle, bundle
branches, subendocardial conducting network

80.  Pacemaker potential
 Depolarization
 Repolarization

81.  Pacemaker potential
 Depolarization
 Repolarization

82.  Pacemaker potential
 Depolarization
 Repolarization

83.  Pacemaker potential
 Depolarization
 Repolarization

84.  Pacemaker potential
 Depolarization
 Repolarization

85.  Pacemaker potential
 Depolarization
 Repolarization

86.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

87.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

88.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

89.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

90.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

91.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

92.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

93.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

94.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

95.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

96.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

97.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

98.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

99.  Arrhythmias
 Sinus rhythm
 Fibrillation
 Ectopic focus
 Extrasystole
 Heart block
 Junctional rhythm

100.  Angina pectoris
 Myocardial infarction
 Insufficient valve
 Valvular stenosis

101.  Angina pectoris
 Myocardial infarction
 Insufficient valve
 Valvular stenosis

102.  Angina pectoris
 Myocardial infarction
 Insufficient valve
 Valvular stenosis

103.  Angina pectoris
 Myocardial infarction
 Insufficient valve
 Valvular stenosis

104.  Angina pectoris
 Myocardial infarction
 Insufficient valve
 Valvular stenosis

105.  Angina pectoris
 Myocardial infarction
 Insufficient valve
 Valvular stenosis

106.  Angina pectoris
 Myocardial infarction
 Insufficient valve
 Valvular stenosis

107.  Angina pectoris
 Myocardial infarction
 Insufficient valve
 Valvular stenosis

108.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

109.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

110.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

111.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

112.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

113.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

114.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

115.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

116.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

117.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

118.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

119.  P wave
 QRS complex
 T wave
 P-R interval
 S-T segment
 Q-T interval

120.  Systole
 Diastole
 Cardiac cycle
 Quiescent period

121.  Systole
 Diastole
 Cardiac cycle
 Quiescent period

122.  Systole
 Diastole
 Cardiac cycle
 Quiescent period

123.  Systole
 Diastole
 Cardiac cycle
 Quiescent period

124.  Systole
 Diastole
 Cardiac cycle
 Quiescent period

125.  Systole
 Diastole
 Cardiac cycle
 Quiescent period

126.  Systole
 Diastole
 Cardiac cycle
 Quiescent period

127.  Systole
 Diastole
 Cardiac cycle
 Quiescent period

128.  Isovolumetric relaxation, ventricular systole, ventricular filling
 Ventricular filling, ventricular systole, isovolumetric relaxation
 Ventricular systole, ventricular filling, isovolumetric relaxation

129.  Isovolumetric relaxation, ventricular systole, ventricular filling
 Ventricular filling, ventricular systole, isovolumetric relaxation
 Ventricular systole, ventricular filling, isovolumetric relaxation

130.  Ventricular filling
 Ventricular systole
 Isovolumetric relaxation
 Early Diastole
 Atria in diastole
 Mid/late diastole

131.  Ventricular filling
 Ventricular systole
 Isovolumetric relaxation
 Early Diastole
 Atria in diastole
 Mid/late diastole

132.  Ventricular filling
 Ventricular systole
 Isovolumetric relaxation

133.  Ventricular filling
 Ventricular systole
 Isovolumetric relaxation

134.  Ventricular filling
 Ventricular systole
 Isovolumetric relaxation

135.  Ventricular filling
 Ventricular systole
 Isovolumetric relaxation

136.  Ventricular fibrillation
 Ventricular systole
 Isovolumetric relaxation

137.  Ventricular fibrillation
 Ventricular systole
 Isovolumetric relaxation

138.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

139.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

140.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

141.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

142.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

143.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

144.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

145.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

146.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

147.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

148.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

149.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

150.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

151.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

152.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

153.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

154.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

155.  Cardiac output
 Stroke volume
 Cardiac reserve
 End diastolic volume
 End systolic volume
 Preload
 Venous return
 Contractility
 Afterload

156.  Epinephrine
 Excess EC H+
 Thyroxine
 Excess EC K+
 Glucagon
 Calcium channel blockers
 Digitalis
 High levels of EC Ca2+

157.  Epinephrine
 Excess EC H+
 Thyroxine
 Excess EC K+
 Glucagon
 Calcium channel blockers
 Digitalis
 High levels of EC Ca2+

158.  Epinephrine
 Excess EC H+
 Thyroxine
 Excess EC K+
 Glucagon
 Calcium channel blockers
 Digitalis
 High levels of EC Ca2+

159.  Epinephrine
 Excess EC H+
 Thyroxine
 Excess EC K+
 Glucagon
 Calcium channel blockers
 Digitalis
 High levels of EC Ca2+

160.  In the triad region of the sarcoplasmic reticulum and the plasma membrane
 In the functional syncytium
 In the intercalated discs
 In the T tubules of the sarcolemma

161.  In the triad region of the sarcoplasmic reticulum and the plasma membrane
 In the functional syncytium
 In the intercalated discs
 In the T tubules of the sarcolemma

162.  Left side, peripheral congestion
 Right side, peripheral congestion
 Left side, pulmonary congestion
 Right side, pulmonary congestion

163.  Left side, peripheral congestion
 Right side, peripheral congestion
 Left side, pulmonary congestion
 Right side, pulmonary congestion

164.  Left side, peripheral congestion
 Right side, peripheral congestion
 Left side, pulmonary congestion
 Right side, pulmonary congestion

165.  Left side, peripheral congestion
 Right side, peripheral congestion
 Left side, pulmonary congestion
 Right side, pulmonary congestion