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REVISION

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leads to fibrin formation. TRANSPORT IN MAMMALS. double circulation fish single. blood ... leads to fibrin formation. blood vessels. arteries. away heart ... – PowerPoint PPT presentation

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Title: REVISION


1
REVISION
  • Transport in mammals

2
TRANSPORT IN MAMMALS
3
double circulation fish single
TRANSPORT IN MAMMALS
4
double circulation fish single
TRANSPORT IN MAMMALS
blood
5
double circulation fish single
TRANSPORT IN MAMMALS
blood
plasma
6
double circulation fish single
TRANSPORT IN MAMMALS
blood
plasma
WBC aka leucocyte
7
double circulation fish single
TRANSPORT IN MAMMALS
blood
plasma
WBC aka leucocyte
RBC aka erythrocytes
8
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma
WBC aka leucocyte
RBC aka erythrocytes
9
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
10
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
11
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
digested food
12
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
digested food
waste
13
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
digested food
waste
hormones salts
14
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
digested food
waste
hormones salts
15
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
digested food
lymphocyte
waste
hormones salts
16
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
digested food
lymphocyte
waste
regular shaped nucleus
hormones salts
17
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
digested food
lymphocyte
waste
regular shaped nucleus
hormones salts
produce antibodies
18
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
digested food
lymphocyte
neutrophyl
waste
regular shaped nucleus
hormones salts
produce antibodies
19
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
digested food
lymphocyte
neutrophyl
waste
regular shaped nucleus
irregular shaped nucleus
hormones salts
produce antibodies
20
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
digested food
lymphocyte
neutrophyl
waste
regular shaped nucleus
irregular shaped nucleus
hormones salts
produce antibodies
made red bone marrow
21
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
digested food
lymphocyte
neutrophyl
waste
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
22
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
biconcave
digested food
lymphocyte
neutrophyl
waste
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
23
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
biconcave
digested food
no nucleus
lymphocyte
neutrophyl
waste
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
24
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
biconcave
digested food
no nucleus
contain Hb
lymphocyte
neutrophyl
waste
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
25
double circulation fish single
TRANSPORT IN MAMMALS
platelets
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
biconcave
digested food
no nucleus
contain Hb
lymphocyte
neutrophyl
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
26
double circulation fish single
TRANSPORT IN MAMMALS
platelets
fragments
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
biconcave
digested food
no nucleus
contain Hb
lymphocyte
neutrophyl
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
27
double circulation fish single
TRANSPORT IN MAMMALS
platelets
fragments
clotting
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
biconcave
digested food
no nucleus
contain Hb
lymphocyte
neutrophyl
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
28
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
biconcave
digested food
no nucleus
contain Hb
lymphocyte
neutrophyl
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
29
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
biconcave
digested food
no nucleus
contain Hb
lymphocyte
neutrophyl
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
30
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
biconcave
digested food
no nucleus
contain Hb
lymphocyte
neutrophyl
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
31
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
plasma protein
protect from disease
biconcave
digested food
no nucleus
contain Hb
lymphocyte
neutrophyl
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
32
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
plasma protein
protect from disease
biconcave
digested food
no nucleus
contain Hb
lymphocyte
neutrophyl
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
33
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
plasma protein
away heart
protect from disease
biconcave
digested food
no nucleus
contain Hb
lymphocyte
neutrophyl
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
34
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
plasma protein
away heart
protect from disease
biconcave
digested food
no nucleus
muscular
contain Hb
lymphocyte
neutrophyl
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
35
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
plasma protein
away heart
protect from disease
biconcave
digested food
no nucleus
muscular
contain Hb
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
phagocytic
produce antibodies
made red bone marrow
36
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
plasma protein
away heart
protect from disease
biconcave
digested food
no nucleus
muscular
contain Hb
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
phagocytic
produce antibodies
made red bone marrow
37
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
plasma protein
away heart
protect from disease
biconcave
digested food
no nucleus
muscular
contain Hb
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
phagocytic
produce antibodies
made red bone marrow
pulse
38
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
vein
plasma protein
away heart
protect from disease
biconcave
digested food
no nucleus
muscular
contain Hb
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
phagocytic
produce antibodies
made red bone marrow
pulse
39
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
vein
plasma protein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
contain Hb
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
phagocytic
produce antibodies
made red bone marrow
pulse
40
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
vein
plasma protein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
contain Hb
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
phagocytic
produce antibodies
made red bone marrow
pulse
41
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
vein
plasma protein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
phagocytic
produce antibodies
made red bone marrow
pulse
42
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
vein
plasma protein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
produce antibodies
made red bone marrow
pulse
43
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
vein
plasma protein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
valves
produce antibodies
made red bone marrow
pulse
44
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
valves
produce antibodies
made red bone marrow
pulse
45
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
valves
produce antibodies
made red bone marrow
pulse
46
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
valves
produce antibodies
made red bone marrow
pulse
47
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
valves
produce antibodies
made red bone marrow
pulse
48
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
produce antibodies
made red bone marrow
pulse
49
leads to fibrin formation
attract clotting factors
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
50
leads to fibrin formation
attract clotting factors
heart
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
51
leads to fibrin formation
attract clotting factors
heart
pulse
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
52
leads to fibrin formation
attract clotting factors
heart
pulse
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
53
leads to fibrin formation
KNOW ITS STRUCTURE!
attract clotting factors
heart
pulse
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
54
leads to fibrin formation
KNOW ITS STRUCTURE!
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
55
leads to fibrin formation
KNOW ITS STRUCTURE!
cardiac artery
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
56
carries O2 nutrients
leads to fibrin formation
KNOW ITS STRUCTURE!
cardiac artery
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
57
branch off aorta
carries O2 nutrients
leads to fibrin formation
KNOW ITS STRUCTURE!
cardiac artery
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
58
branch off aorta
carries O2 nutrients
leads to fibrin formation
cardiac cycle
KNOW ITS STRUCTURE!
cardiac artery
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
59
ventricular systole
branch off aorta
atrial systole
carries O2 nutrients
leads to fibrin formation
cardiac cycle
KNOW ITS STRUCTURE!
cardiac artery
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
60
atrial ventricular diastole
ventricular systole
branch off aorta
atrial systole
carries O2 nutrients
leads to fibrin formation
cardiac cycle
KNOW ITS STRUCTURE!
cardiac artery
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
61
atrial ventricular diastole
ventricular systole
branch off aorta
atrial systole
initiated by SA node
carries O2 nutrients
leads to fibrin formation
cardiac cycle
KNOW ITS STRUCTURE!
cardiac artery
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
62
atrial ventricular diastole
ventricular systole
branch off aorta
atrial systole
initiated by SA node
carries O2 nutrients
leads to fibrin formation
cardiac cycle
pacemaker
KNOW ITS STRUCTURE!
cardiac artery
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
63
atrial ventricular diastole
ventricular systole
branch off aorta
atrial systole
initiated by SA node
carries O2 nutrients
leads to fibrin formation
cardiac cycle
pacemaker
KNOW ITS STRUCTURE!
cardiac artery
wave of electrical impulse
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
64
atrial ventricular diastole
ventricular systole
branch off aorta
atrial systole
initiated by SA node
carries O2 nutrients
leads to fibrin formation
cardiac cycle
atrial systole
pacemaker
KNOW ITS STRUCTURE!
cardiac artery
wave of electrical impulse
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
65
atrial ventricular diastole
ventricular systole
branch off aorta
AV node (pauses)
atrial systole
initiated by SA node
carries O2 nutrients
leads to fibrin formation
cardiac cycle
atrial systole
pacemaker
KNOW ITS STRUCTURE!
cardiac artery
wave of electrical impulse
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
66
bundle of His
atrial ventricular diastole
Purkinje fibres
ventricular systole
branch off aorta
AV node (pauses)
atrial systole
initiated by SA node
carries O2 nutrients
leads to fibrin formation
cardiac cycle
atrial systole
pacemaker
KNOW ITS STRUCTURE!
cardiac artery
wave of electrical impulse
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
67
electrocardiogram
bundle of His
atrial ventricular diastole
Purkinje fibres
ventricular systole
branch off aorta
AV node (pauses)
atrial systole
initiated by SA node
carries O2 nutrients
leads to fibrin formation
cardiac cycle
atrial systole
pacemaker
KNOW ITS STRUCTURE!
cardiac artery
wave of electrical impulse
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
68
electrocardiogram
bundle of His
atrial ventricular diastole
Purkinje fibres
ventricular systole
branch off aorta
AV node (pauses)
atrial systole
initiated by SA node
carries O2 nutrients
leads to fibrin formation
cardiac cycle
atrial systole
pacemaker
KNOW ITS STRUCTURE!
cardiac artery
wave of electrical impulse
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contraction of artery
platelets
fragments
clotting
blood
blood vessels
plasma 55
WBC aka leucocyte
RBC aka erythrocytes
arteries
capillaries
vein
plasma protein
link art-vein
away heart
protect from disease
biconcave
toward heart
digested food
no nucleus
muscular
thin
no muscle
contain Hb
not v elastic
lymphocyte
neutrophyl
elastic
one cell thick
waste
carry O2 CO2
endothelium
regular shaped nucleus
irregular shaped nucleus
hormones salts
high pressure
low pressure
phagocytic
small lumen
valves
pressure falls
produce antibodies
made red bone marrow
pulse
69
P atrial systole
electrocardiogram
bundle of His
atrial ventricular diastole
Purkinje fibres
ventricular systole
branch off aorta
AV node (pauses)
atrial systole
initiated by SA node
carries O2 nutrients
leads to fibrin formation
cardiac cycle
atrial systole
pacemaker
KNOW ITS STRUCTURE!
cardiac artery
wave of electrical impulse
attract clotting factors
heart
pulse
blood supply
double circulation fish single
TRANSPORT IN MAMMALS
release thromboplastin
stretching contractio
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