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Ch ng 3: ươ GI I PH U – SINH LÝ Ả Ẩ H TU N HOÀN Ệ Ầ (Anatomy and physiology of circulatory system) Dr Vo Van Toan- Quynhon university
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Ch ng 3:ươGI I PH U – SINH LÝ Ả Ẩ
H TU N HOÀNỆ Ầ(Anatomy and physiology of circulatory system)
Dr Vo Van Toan- Quynhon university
Tuần hoàn tôm
Tim 2 ngăn
Tim cá (2 ngăn)
Blood Flow in Birds and Mammals
rest of body
lungs
rightatrium
leftatrium
right ventricle left ventricle
In birds and mammals, the heart is fullypartitioned into two halves. Blood circulatesin two circuits: from the heart’s right half tolungs and back, then from the heart’s lefthalf to oxygen-requiring tissues and back.
Tuần hoàn cơ thể
capillary beds of headand upper extremities
(to pulmonarycircuit)
aorta
(frompulmonarycircuit)
heart
capillary beds of otherorgans in thoracic cavity
capillary bed of liver
capillary beds of intestines
Tuần hoàn phổiright pulmonary artery left pulmonary artery
capillarybed ofrightlung
pulmonarytrunk
capillary bedof left lung
(to systemic circuit)
pulmonary veins
lungs
(fromsystemiccircuit)
heart
right lung left lung
diaphragmpericardium
rib cage
1
2
3
4
5
6
7
8
superior vena cava (from head, upper limbs)
right semilunar valve (shownclosed); to the pulmonary trunk
right pulmonaryveins (from lungs)
right atrium
right AV valve(shown open)
right ventricle
(muscles thatprevent valvefrom everting)
inferior vena cava(from trunk, legs)
septum (partitionbetween heart's two halves)
myocardium heart’s apex
arch of aorta
trunk of pulmonary arteries
left semilunarvalve (shownclosed); to aorta
left pulmonaryveins (from lungs)
left atrium
left AV valve(shown open)
left ventricle
endotheliumand underlyingconnective tissue
inner layer ofpericardium
Thần kinh tim
Figure 19.4a
Figure 19.3c
Figure 19.1b
Figure 19.4a
Figure 19.7a
Figure 19.4a
Figure 19.3c
Figure 19.1b
Figure 19.4a
Figure 19.7a
Blood Pressure
• Highest in arteries, lowest in veins
• Systolic pressure is __________________(ventricular contraction)
• Diastolic pressure is
the lowest • Greatest pressure drop is in
arterioles
Red blood cells mustpass through capillariesin single file.
Capillary walls are thin and permeable to gases, nutrients, and cellular wastes.
Fig. 49.10
Human Cardiovascular System
JUGULAR VEINS
SUPERIOR VENA CAVA
PULMONARY VEINS
HEPATIC PORTAL VEIN
RENAL VEIN
INFERIOR VENA CAVA
ILIAC VEINS
FEMORAL VEIN
CAROTID ARTERIES
ASCENDING AORTA
PULMONARY ARTERIES
CORONARY ARTERIES
RENAL ARTERY
BRACHIAL ARTERY
ABDOMINAL AORTA
ILIAC ARTERIES
FEMORAL ARTERY
p.550b
plateletstrapped redblood cell fibrin network
ABO and Transfusions
Rh Markers in Pregnancy
Rh+ Rh –
Rh+
markerson the redblood cellsof a fetus
fetus
anti-Rh+
antibodymolecules
anysubsequentRh+ fetus
Lymphatic SystemTONSILS
RIGHT LYMPHATIC DUCT
THYMUS GLAND
THORACIC DUCT
SPLEEN
SOME OF THELYMPH VESSELS
SOME OF THELYMPH NODES
BONE MARROW
Lymph Nodes
Fig. 33-22, p.567
X v a ơ ữđ ng m chộ ạ
Tuần hoàn Bò sữa
Figure 19.9
Figure 19.10
Figure 20.4a
Figure 20.4b
Figure 20.4c
Figure 20.7
Figure 20.8
Figure 20.9
Figure 20.10
Figure 20.11
Figure 20.12
Figure 20.13
Figure 20.16
Figure 20.17a
Figure 20.17b
Figure 20.18a
Figure 20.18b
Figure 20.24
