Renal Flashcards

1
Q

how much % of body is proteins, water, fats, minerals, body fluid

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2
Q

body fluids can be seperated into 2 main compartments

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3
Q

what are the 2 barriers between ICF, interstitila fluid, and plasma

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4
Q

how much % of body weight does ECF + ICF take up

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5
Q

what is electrolyte vs non electrolyte

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6
Q

what is the most abundant cation + anion in ICF VS ECF

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7
Q

explain the Na/K+ ATPase pump

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8
Q

difference between plasma + interstitial fluid

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9
Q

why is solute conc. important in bodily fluids

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10
Q

define molarity vs osmolarity

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11
Q

what is normal serum osmolarity

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12
Q

explain osmolarity : isotonic, hypotonic + hypertonic

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13
Q

explain what organ balances water + electorlyte intake + how

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14
Q

4 ways body loses water

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15
Q

define dehydration + homeostatic loop

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16
Q

what solute mainly regulates bodily fluids + why

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17
Q

explain H2O intoxication + homeostatic loop

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18
Q

what is the function of the kidney

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19
Q

how much % of resting cardiac output does kidney take (? many litres/min)

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20
Q

describe the anatomy of the kidneys

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21
Q

3 layers of the kidney

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22
Q

2 parenchymal (relating to function of tissue) regions of kidney

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23
Q

explain the internal process of kidney, to urinary bladder

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24
Q

explain the nephron (how many in each kidney + % of functioning before creating issue)

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25
2 parts of the nephron
26
2 types of nephrons
27
label a nephron (refer to onenote summary)
28
explain the filtration membrane of the renal capsule (what is a filtration membtrane, and what does it allow to filtrate)
29
what are the 3 nephron tubule sections
30
cell types (proximal + distal convoluted tubules, nephron loop etc.)
31
explain the juxtaglomerular apparatus (macusa densa)
32
3 processes involved in urine production
33
in the process of urine production, what happens to H20, electrolytes, amino acids + glucose, and organic acids + bases
34
how many mls of glomular filtrate + what is filtration factor + what is % fo glomular fitlration rate
35
explain sterling forces
36
what is the value of net filtration pressure
37
what is net filtration pressure + 4 of its pressures
38
3 reaons the vol. of fluid in renal corpsucle is larger then other capillaries
39
what happens when glomular filtration rate is too high or too low
40
3 main mechanisms that decrease glomular fitration rate
41
define mycogenic mechanism
42
define tubuloglomular feedback
43
explain neural regulation of GFR (at rest SNS activity, moderate, and high)
44
2 advantages of decreased renal blood flow
45
2 hormones that tegulate GFR
46
2 reabsorptioon methods (paracellular and transcellular)
47
function of tight junctions
48
types of transport (passive, active) + symporters/antiporters
49
define faculatiative water (regulated by? and where occur?) reabsoprtion
50
what rate doe sfluid enter neuron loop + does osmosis occur here
51
what is the impact of K+ on paracellualr reabsorption of cations
52
at what rate does fluid enter the distal convuluted tubules
53
5 hormones that regulate reabsorption and secretion
54
explain aldosterone
55
explain angiotension II
56
explain ADH + alcohol
57
explain ADH feedback loop starting with plasma osmolarity, and ending with water reabsorption
58
explain ANP
59
explain parathyorid hormone
60
expain diuresis (polyuria)
61
what does the failure of ADH signal
62
what is diabetes mellitus
63
3 major solutes that generate osmotic gradient
63
3 major factors that contribute to osmotic gradient in medulla
64
counter current fow is improtant for what 2 physiological mechanisms in the kidney
65
define counter current multiplication
66
define counter current exchange
67
define urea cycling
68
explain renal plasma clearance
69
what is the formula for renal plasma clearance
70
3 things that aids the flow of urine
71
what 2 sphincters prevent leakage in the bladder
72
how can i stop/start the micturition reflex (potine micturition centre + potine storage centre)