Chronic renal failure Lecture Flashcards

1
Q

Spectrum of disease with declining function/Decreased glomerular filtration rate
Resultant increase in nitrogenous waste products (azotemia)
Alteration in fluid an electrolytes

A

CKD

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2
Q

Currently is based on 3mo of disease and

eGFR of

A

CKD

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3
Q

2 most common causes today of CKD

A

diabetes

hypertension (nephrosclerosis)

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4
Q
Anorexia (Loss of appetite, Resultant weight loss)
Nausea or vomiting
Malaise
Headache
Itching
A

CKD symptoms

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5
Q

Decrease in Na+ transport which is a large source of energy/heat production leads to…..

A

Hyperthermia (seen in CKD)

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6
Q

“Pseudodiabetes”

Slower handling of glucose load due to insulin resistance

A

Impaired carb metabolism (in CKD)

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7
Q

what happens to triglyceride levels in CKD?

A

Increase

but normal cholesterol

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8
Q

potassium does what in CKD?

A

increases

sodium goes down

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9
Q

Decreased K+ excretion, typically if GFR

A

Seen in CKD

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10
Q

When GFR decreases below 10cc/min, ___ increases as aldosterone affect is blunted

A

K+

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11
Q

aldosterone antagonist that…
Promotes diuresis
K+ retention
Used to treat HTN and CHF

A

Spironolactone

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12
Q

Acidosis causes efflux of K+ from intracellular to extra cellular fluids
ACE inhibitors, Beta-blockers, Cyclosporine in transplant all can lead to as well
May lead to cardiac arrhythmias and even death

A

Impacts of Hyperkalemia

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13
Q
Sodium bicarbonate
Loop diuretic
Insulin
Dextrose
Fluids (dilutes the K+)
Albuterol
Sodium polystyrene-Ion exchange resin (PO or PR)-Kaexalate®
Dialysis
A

Hyperkalemia tx

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14
Q

Hyperuricemia (increase gout)

A

Seen in renal failure

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15
Q

Which acid-base disorder is commonly seen in kidney disease?

A

Metabolic acidosis

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16
Q

calcium leeches out of bones, increasing risk fracture

A

seen in renal failure

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17
Q

Osteomalacia and osteitis fibrosa cystica (due to hyperparathyroidism) both increase….

A

Risk fracture

18
Q

Decreased conversion of Vitamin D to 1,25 dihydroxyvitamin D
Decrease in serum calcium
Increased parathyroid hormone (PTH) secretion

Results in…

A

weaker bones

19
Q

Decreased phosphorus excretion (decreased filtration in renal failure)
Increased secretion of PTH

Results in…

A

further bone deterioration

20
Q

Restrict diet (limit proteins, avoid dairy, limit colas)
Calcium carbonate or calcium acetate (bind phosphate)
Possibly aluminum (Binds Phosphate, may cause osteomalacia)
Sevelamer (RenaGel)

A

Hyperphosphatemia treatment

21
Q

if calcium phosphorus product is above 70, you can get…

A

calcification of solid organs

22
Q

Most common complication of end stage renal disease

A

HTN

*most commonly due to fluid overload

23
Q

HTN
Pericarditis
Anemia

A

all seen in renal dz

24
Q

if hematocrit is under 30, use…

A

Erythropoietin

25
Na+ or water restriction Phosphate restriction-dietician Protein restriction-dietician Blood pressure control (
Chronic renal failure tx
26
Cancer, severe CAD, CVA are contraindications for..
Dialysis
27
hemodialysis requires a...
shunt
28
peritoneal dialysis requires a...
catheter
29
Diffusion across semipermeable membrane Uses variable concentrations of solute (dialysate) 300-450 cc/min of blood flow required 9-12 hours per week If using negative pressure on dialysate side=ultrafiltration
Hemodialysis
30
- Anemia - Catheter related (Poor flow rates, Plugged grafts, Infection, Aneurysm) - Disequilibrium - Arrhythmia - Hypotension - Infection (Hep B must be separated, CMV, Hep C) - Requires heparin (bleeding, thrombocytopenia)
Hemodialysis complications
31
Most common cause of death in hemodialysis patients
Heart disease
32
Intermittent (old) Continuous Cyclic (nighttime) Now use longer dwell times, up to 4-6 hours 2 litre volumes (caution pulmonary disease) Uses osmotic agent of dextrose
Peritoneal dialysis
33
No heparin Independence No vascular access
advantages of peritoneal dialysis
34
``` Longer treatment times Can’t use if adhesions or lung disease Peritonitis average 2 infections per year Catheter tunnel infections Malnutrition ```
disadvantages of peritoneal dialysis
35
Most effective means to treat chronic renal failure
transport | well being and cost effective
36
Due to nephrosclerosis | Renal ischemia, HTN, and fibrosis all contribute to.....
Renal transplant rejection
37
3 different proteinuria types
glomerular tubular overflow
38
Greater than 3500mg/d with: Hypoalbuminemia (urine loss and decreased synthesis) Edema (Decreased osmotic pressure) Hyperlipidemia (Decreased protein stimulates synthesis) Also can get hypercoagulability
Nephrotic syndrome
39
``` Treat hypertension ACE inhibitors ARBS Protein restriction Treat edema (loop diuretics) Treat cholesterol (?statin) ?Anticoagulants ```
Proteinuria treatment
40
nephrOtic...
prOtein
41
nephritic...
cells