2.5

Front 1

Net filtration pressure

Back 1

Is equal to the combined pressures of the blood in the capillaries minus the combined pressures of the tissues interstitial fluid

Front 2

Permeability edema

Back 2

Caused by capillaries being leaky to some protein

Front 3

Blood hydrostatic pressure pushes fluid.....

Blood colloid osmotic pressure pushes fluid.... At the arterial end

Back 3

Out

In

Front 4

The main force that causes fluid to enter the Venous end

Back 4

Colloid osmotic pressure

Front 5

NOP net osmotic

Back 5

Difference in osmotic pressure between blood and interstitial fluid

Front 6

IFP

Back 6

Generated by interstitial fluid found in tissue spaces

Front 7

When net hydrostatic pressure less than net osmotic pressure

Back 7

Venous end

Front 8

When is net hydrostatic pressure greater than net osmotic pressure

Back 8

Arterial end

Front 9

When the next filtration pressure negative fluid moves

Back 9

Into the capillary

Front 10

When the net filtration pressure is positive the fluid moves

Back 10

Out of the capillary

Front 11

Which pressure is the difference between blood and interstitial fluid

Back 11

NHP net hydrostatic

Front 12

Which allow the outward movement of food from the capillary

Back 12

- the NHP if greater than NOP

-the net filtration pressure is positive

Front 13

What would happen to the outward

Movement of food in capillaries if blood pressure decreases

Back 13

Decrease of movement

Front 14

Weekday would happen if there was a decrease concentration of albumin

Back 14

Edema

Front 15

Why is IFP expressed as a negative number

Back 15

The suction effect of the lymphatic vessels

Front 16

How is local control of blood flow achieved

Back 16

Periodic relaxation and contraction of precapillary sphincters

Front 17

Hydrostatic pressure is.... And colloid osmotic pressure is..... At the arterial end of the capillary

Back 17

Higher

Lower

Front 18

Net hydrostatic pressure NHP

Back 18

BP+IFP

Front 19

Net osmotic pressure NOP

Back 19

BCOP-ICOP

Solutes, power they have to pull water from a higher concentration to lower concentration to reach equilibrium

Front 20

Net filtration pressure NFP

Back 20

NHP-NOP

Front 21

Which drives pressure out?

Back 21

BP, Interstitial colloid osmotic pressure, Interstitial fluid pressure

Front 22

Which drives in

Back 22

Blood colloid osmotic pressure

Solutes or protein inside capillary

Front 23

What is the role of albumin

Back 23

Larger protein that cannot leave capillary. Keeping the number of solutes higher so water wants to move into capillary

Front 24

Net filtration pressure is

Back 24

All the fluid going out minus the fluid going in. More going out at the arterial end then the Venous end. The lymohatic system drains away the 10 percent extra fluid that is not reabsorbed

Front 25

Hydrostatic edema

Back 25

Increased pressure in capillaries more food goes into interstitial space

Front 26

Permeability edema

Back 26

Allow more solutes out

Water follows molecules out

Front 27

Lymph edema

Back 27

Reduced drainage

Lymph is damaged

Front 28

Osmotic edema

Back 28

Reduction of plasma protein in the capillary or more protein out of capillary.