circulation Flashcards
memory T cells
recognize the invader and start antibody production
supressor T cells
will turn off the immune respose once the invasive agent is vanquished
killer T cells
infectious cells or the body cells
helper T cells
recognize the antigens on the invader and release chemicals to stimulate the macrophage, B cells and T cells into action
memory B cells
remember the invasive agent so that after a second infection the immune respose will be faster
plasma B cells
make antibodies which disables the invader pathogen
T cells
helper T, killer T, suppressor T, and memory T cells
- mature in the thymus
B cells
plasma B and memory B cells
- mature in the bone marrow
- lymphocytes
histamine
chemical released by macrophage to call extra white blood cells and lymph to the area
3rd defense
B+T cells
2nd defense
macrophage, histamines
rH
- red blood cell antigen protein
- rH+ can accept (+) and (-)
- rH- can only accept (-)
blood type O
- no antigens
- both antibodies
blood type AB
- A and B antigens
- no antibodies
blood type B
- B antigens
- A antibodies
blood type A
- A antigens
- B antibodies
agglutination
clumped blood but on a smaller scale
antibodies
- ‘y’ shaped
- target specific antigen
- carry invaders to cause agglutination
- can cross the placenta
antigens
protein on the surface of the red blood cell
platelets
- no nucleus
- have protein that reacts with calcium
- have thromboplastin inside
leukocytes
- white blood cells make up 1% of blood
- help with immunity
- macrophage
- lymphocytes
erthrocytes
- red blood cells
- are enuculated
- carry O2 and CO2 away from the tissues to the lungs
blood cells
45% of blood
plasma
- 55% of blood
- 90% water
- nutrients and wastes
- CO2 and O2
hematocrit
result of centrifuging a blood sample
macrophages
white blood cells
- less specialized
ex. graduated then go eat outsiders
lymphocytes
- stored in the lymph nodes
- is a white blood cell
- more specialized
- antibody production
lymph nodes
‘reservoirs’ for white blood cells to specialize in tasks
lymph fluid
- has no red blood cells
- has white cells
- has water
- has fats
- has dissolved waste and nutrients
lymphatic capillaries
- intertwined with circulatory capillaries to absorb excess ECF and return it to lymph vessels
structured LIKE veins
lymph vessels
run parallel to the circulatory system
- return fluid back to the vena cava
- has valves
lymphatic system
- part of immune system
- Produces and releases lymphocytes
albumin
- large proteins
- will NOT leave the capillary
- a plasma protein
- causes H2O to leave tissues and enter blood
osmotic pressure
the ability to draw water
interstitual fluid
solution of ions, nutrients and wastes around all cells
- also called extra cellular fluid
arterioles
- only allow blood flow to capillaries when the cells in one area are in need of more O2
hypotension
having low blood pressure
hypertension
having high blood pressure
baroreceptors
- in the aortic arch
- sense blood pressure
vasodilation
- decreasing the blood pressure within the artery
vasoconstriction
increasing the blood pressure within that artery
ex. covering hose to reach further
diastolic pressure
- low blood pressure
- pressure in arteries while the ventricles fill up (at rest)
systolic pressure
- high blood pressure
- when ventricles contract
blood pressure
the force blood exerts on the walls of the blood
stroke volume
amount of blood moved per heart pump
cardiac output
amount of blood pumped per minute
- measured in mL/min
tachycardia
condition in which heart rate is elevated beyond normal
AV node
- atrioventricular node
- signaled by the SA node
the SA (sinoatrial node)
- nerves
- control the rate of heart beat
- signals the AV node
venules
lead to the veins
- return blood to the heart for pulmonary circulation
capillaries
one cell thick vessels
arteries
carry blood away from the heart
- branch into arterioles
- thick elastic walls
- is how we get pulse recordings
blood vessels
- arteries
- capillaries
- venules
systemic circulation
directs oxygenated blood
pulmonary
blood is moving from the heart to the lungs to the heart
cardiac/coronary
movement of blood directly to the heart
circulation systems
- cardiac/coronary
- pulmonary
- systemic circulation
circulation
- moves oxygen, nutrients, and hormones to the body’s cells
- removes wastes
recognize the invader and start antibody production
memory T cells
will turn off the immune respose once the invasive agent is vanquished
supressor T cells
infectious cells or the body cells
killer T cells
recognize the antigens on the invader and release chemicals to stimulate the macrophage, B cells and T cells into action
helper T cells
remember the invasive agent so that after a second infection the immune respose will be faster
memory B cells
make antibodies which disables the invader pathogen
plasma B cells
helper T, killer T, suppressor T, and memory T cells
- mature in the thymus
T cells
plasma B and memory B cells
- mature in the bone marrow
- lymphocytes
B cells
chemical released by macrophage to call extra white blood cells and lymph to the area
histamine
B+T cells
3rd defense
macrophage, histamines
2nd defense
- red blood cell antigen protein
- rH+ can accept (+) and (-)
- rH- can only accept (-)
rH
- no antigens
- both antibodies
blood type O
- A and B antigens
- no antibodies
blood type AB
- B antigens
- A antibodies
blood type B
- A antigens
- B antibodies
blood type A
clumped blood but on a smaller scale
agglutination
- ‘y’ shaped
- target specific antigen
- carry invaders to cause agglutination
- can cross the placenta
antibodies
protein on the surface of the red blood cell
antigens
- no nucleus
- have protein that reacts with calcium
- have thromboplastin inside
platelets
- white blood cells make up 1% of blood
- help with immunity
- macrophage
- lymphocytes
leukocytes
- red blood cells
- are enuculated
- carry O2 and CO2 away from the tissues to the lungs
erthrocytes
45% of blood
blood cells
- 55% of blood
- 90% water
- nutrients and wastes
- CO2 and O2
plasma
result of centrifuging a blood sample
hematocrit
white blood cells
- less specialized
ex. graduated then go eat outsiders
macrophages
- stored in the lymph nodes
- is a white blood cell
- more specialized
- antibody production
lymphocytes
‘reservoirs’ for white blood cells to specialize in tasks
lymph nodes
- has no red blood cells
- has white cells
- has water
- has fats
- has dissolved waste and nutrients
lymph fluid
- intertwined with circulatory capillaries to absorb excess ECF and return it to lymph vessels
structured LIKE veins
lymphatic capillaries
run parallel to the circulatory system
- return fluid back to the vena cava
- has valves
lymph vessels
- part of immune system
- Produces and releases lymphocytes
lymphatic system
- large proteins
- will NOT leave the capillary
- a plasma protein
- causes H2O to leave tissues and enter blood
albumin
the ability to draw water
osmotic pressure
solution of ions, nutrients and wastes around all cells
- also called extra cellular fluid
interstitual fluid
- only allow blood flow to capillaries when the cells in one area are in need of more O2
arterioles
having low blood pressure
hypotension
having high blood pressure
hypertension
- in the aortic arch
- sense blood pressure
baroreceptors
- decreasing the blood pressure within the artery
vasodilation
increasing the blood pressure within that artery
ex. covering hose to reach further
vasoconstriction
- low blood pressure
- pressure in arteries while the ventricles fill up (at rest)
diastolic pressure
- high blood pressure
- when ventricles contract
systolic pressure
the force blood exerts on the walls of the blood
blood pressure
amount of blood moved per heart pump
stroke volume
amount of blood pumped per minute
- measured in mL/min
cardiac output
condition in which heart rate is elevated beyond normal
tachycardia
- atrioventricular node
- signaled by the SA node
AV node
- nerves
- control the rate of heart beat
- signals the AV node
the SA (sinoatrial node)
lead to the veins
- return blood to the heart for pulmonary circulation
venules
one cell thick vessels
capillaries
carry blood away from the heart
- branch into arterioles
- thick elastic walls
- is how we get pulse recordings
arteries
- arteries
- capillaries
- venules
blood vessels
directs oxygenated blood
systemic circulation
blood is moving from the heart to the lungs to the heart
pulmonary
movement of blood directly to the heart
cardiac/coronary
- cardiac/coronary
- pulmonary
- systemic circulation
circulation systems
- moves oxygen, nutrients, and hormones to the body’s cells
- removes wastes
circulation