circulatory system - unit 2 - TTO

Welcome 
  • Come to class without your coat and cap
  • Phone silent and in the phonebag
  • Books/laptop on table 
  • No food in the classroom 
  • 5 minutes to sit ready  
timer
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Slide 1: Slide
BiologieMiddelbare schoolvwoLeerjaar 2

This lesson contains 53 slides, with interactive quizzes and text slides.

time-iconLesson duration is: 45 min

Items in this lesson

Welcome 
  • Come to class without your coat and cap
  • Phone silent and in the phonebag
  • Books/laptop on table 
  • No food in the classroom 
  • 5 minutes to sit ready  
timer
5:00

Slide 1 - Slide

Program 
  • Welcome 
  • Start with checking the test 
  • Explanation thema 2 'the circulatory system'
  • making excercises 

Slide 2 - Slide

Circulatory system
unit 2

Slide 3 - Slide

How many heartbeats per minute?

Slide 4 - Mind map

The heart pumps around 5-6 litres blood per minute throughout the body
A
True
B
False

Slide 5 - Quiz

Interesting facts about the heart
1. Your heart beats over 100.000 times a day
2. There are bout 96.000 km of bloodvessels in your body!!
3. Your heart pumps about 5 to 6 litres blood through your whole body in just 1 minute!
4. The first open-heart surgery was performed in 1893
5. A woman's heart beats slightly faster than a man's heart


Slide 6 - Slide

The circulatory system:
1. The heart
2. Bloodvessels

Slide 7 - Slide

How many chambers do you think the heart has?
A
2
B
4
C
6
D
8

Slide 8 - Quiz

The heart
- four chambers
- 2 atria
- 2 ventricles

Blood always enters the heart via an atrium

Slide 9 - Slide

This type of muscle makes your heart pump.
A
smooth muscles
B
voluntary muscles
C
involuntary muscles
D
cardiac muscles

Slide 10 - Quiz

The heart
-left side pumps oxygen rich 
  blood into the systemic 
  circulation 
-right side pumps oxygen poor
  blood into the pulmonary 
  circulation

Slide 11 - Slide

left = right
Yes, in the picture the left side is blue - this indicates oxigen poor blood, but actually it is the right side of the heart
We always see the heart from the front, but we consider it our own heart.
When I raise my right hand, you will not say that it is my left hand...

Slide 12 - Slide

one way valve
As you can see, a valve only opens in one direction

Valves only open in one way,
just like a door, if you push from one side the door opens easily, but if you push from the other side you will push it even closer...

Slide 13 - Slide

Bloodflow
Bloodflow in the heart is a 
one-way street.
It follows the direction of the arrows

Slide 14 - Slide

When blood flows back to the heart, where does it go first?
A
into the valves
B
into the atria
C
into the ventricles
D
into the septum

Slide 15 - Quiz

Which valve is at the beginning of the left (big) bloodvessel?
A
Pulmonary valve
B
Bicuspid valve
C
Tricuspid valve
D
Aortic valve

Slide 16 - Quiz

How is it possible that blood only flows one way?
Because:
A
of the blood pressure
B
blood cells know how to flow
C
there are valves
D
how the heart contracts

Slide 17 - Quiz

Which valves are located between the atria and ventricles?
A
Tricuspid valve & bicuspid valve
B
Bicuspid valve & aortic valve
C
aortic valve & pulmonary valve
D
Pulmonary valve & tricuspid valve

Slide 18 - Quiz

Pulmonary circulation

To the lungs to pick up oxygen and drop off carbondioxide


 

Slide 19 - Slide

Systemic circulation

To every part of your body to drop of oxygen and nutrients and pick up carbondioxide and other waste products


 

Slide 20 - Slide

Coronary circulation

Blood circulation of the heart
-Arteries: towards the heart
  muscle
-Veins: away from the heart 
  muscle

Slide 21 - Slide

The pathway of blood from the heart to the lungs, back to the heart is called the .... circulation.

Slide 22 - Open question

The systemic circulation makes sure your kidneys get oxygenated blood
A
True
B
False

Slide 23 - Quiz

Our blood circulation is a 'double circulatory system'. What does it mean?

Slide 24 - Open question

When is blood 'deoxygenated'?
A
When the concentration oxygen is low and the concentration carbon dioxide high
B
When the concentration of oxygen is high and the concentration of carbon dioxide high

Slide 25 - Quiz

Which part of the circulatory system prevents blood from flowing back?
A
Veins
B
Arteries
C
Valves
D
Atria

Slide 26 - Quiz

The heart 
- is a double pump
 - left side pumps oxygen rich
    blood (red) towards your
    body
- right side pumps oxygen
   poor blood (blue) towards
   your lungs 

Slide 27 - Slide

Through which side of the heart flows oxygenated blood?
A
Right side
B
Left side

Slide 28 - Quiz

When blood goes to the heart, it flows into the ventricles first.
A
Correct
B
False

Slide 29 - Quiz

Describe the pulmonary circulation and the systemic circulation

Slide 30 - Open question

Bloodvessels 

Slide 31 - Slide

Bloodvessels

Slide 32 - Slide

Artery - capillaries - vein

Slide 33 - Slide

Where is your blood?
blood with oxygen
blood with carbon dioxide
respiration

Slide 34 - Slide

Bloodvessels connected to the heart
  • Aorta
  • Pulmonary artery
  • Pulmonary vein
  • Superior Vena Cava
  • Superior means 'upper' in Latin
  • Inferior Vena Cava
  • Inferior means 'lower' in Latin

Slide 35 - Slide

Which type of bloodvessel has a thick and muscular wall?
A
Veins
B
Arteries
C
Capillaries
D
All of them

Slide 36 - Quiz

Slide 37 - Slide

Veins contain _______ to prevent blood from flowing back
A
Openings
B
Capillaries
C
Valves

Slide 38 - Quiz

(1)____________ transport blood to the heart.
(2)____________ transport blood away from the heart

Slide 39 - Open question

Give an explanation why arteries lay deep in the body while veins lay more on the surface

Slide 40 - Open question

how does the body produce blood?
  • the bone marrow of bones produces bloodcells (red bone marrow)
  • PLATELETS, RED AND WHITE BLOOD CELLS

Slide 41 - Slide

the components of blood
Made by: Thomas & Sem
V2TG
Chapter 3 par. 5

Slide 42 - Slide

the composition of blood

--> blood plasma:
  • Carries substances + fibrinogen (clotting)

--> solids
  • Red blood cells, 
  • White blood cells, 
  • Platelets.


Slide 43 - Slide

Red blood cell
White blood cell
Platelets

Slide 44 - Slide

Red bloodcells (RBC)

- Red bloodcells transport oxygen
- RBC don't have a nucleus --> live up to 120 days
- RBC contain a protein called 'haemoglobin' 

iron deficiency = anemia (bloedarmoede)

Slide 45 - Slide

White bloodcells
(WBC)
  •  Are called 'lymphocytes' 
  • WBC fight against Disease
  • Can take on any shape 
  • Lymphocytes produce anti-bodies

Slide 46 - Slide

Blood clotting
  • platelets (small cell fragments)

  • important for clotting

  • fibrinogen (soluble protein) --> fibrin (meshwork of threads)

  • red blood cells get trapped

Slide 47 - Slide

Bloodtypes
  • RBC have antigens on the surface
  • Antigens are 'markers' 
  • Antigen A = bloodtype A
  • Antigen B = bloodtype B
  • Antigen A en B = bloodtype AB
  • No antigens = bloodtype O

Slide 48 - Slide

What will happen when u receive the wrong bloodtype?

Slide 49 - Open question

Which antigens and anti-bodies has someone with bloodtype B?
A
Antigen A, antibodies B
B
Antigen B, antibodies A
C
No antigens, antibodies B
D
Antigen A, no anti-bodies

Slide 50 - Quiz

If u have bloodtype A, can u donate your blood to someone with bloodtype B?
A
Yes
B
No

Slide 51 - Quiz

Peter needs a bloodtransfusion. He has bloodtype AB. Which bloodtypes can he receive?
A
A
B
B
C
O
D
All of them

Slide 52 - Quiz

Which bloodtype is an universal donor?
A
O
B
AB
C
A
D
B

Slide 53 - Quiz