Diseases Week 3 Flashcards

1
Q

Uremia

A

Azotemia and clinical symptoms.

Sx include: Gastroenteritis, anemia, peripheral neuropathy, pruritis, pericarditis, etc.

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2
Q

Nephritic Syndrome

A

Kidney disease w/ sx of: hematuria, mild to moderate proteinuria (

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3
Q

Nephrotic syndrome

A

Defined by >3.5g proteinuria (pitting edema, sometimes hypercoaguable and immunosuppressed), edema, hyperlipidemia, lipiduria.

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4
Q

Acute Renal Failure

A
  • Rapid onset azotemia
  • Oliguria or anuria
  • Due to glomerular (immune), tubulointerstitial (toxic ischemic), or vascular disease
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5
Q

Proteinuria w/o renal disease

A

Causes:

  • Postural (orthostatic/standing) - 3-5% of young adults
  • transient
  • functional (heavy exercise, cold exposure, fever) –>
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6
Q

Glomerular pattern of proteinuria

A

Albumin, small globulins –> globulins reabsorbed w/ normal tubular fxn. May be in nephrotic range (

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7
Q

Tubular pattern:

A

Beta2 microglobulin –> 1-2g/day

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8
Q

Agenesis of the kidney

A

Bilateral incompatible w/ life.

Unilateral compatible w/ normal funciton –> hyperfiltration and hypertrophy often present.

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9
Q

Hypoplasia of kidney

A

Bilateral or unilateral

No scarring w/ a decreased number of renal lobes (6 or less)

Most cases are aquired (show scarring)

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10
Q

Ectopic kidneys

A

Typically just above the pelvic brim or in pelvis

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11
Q

Horseshoe kidney

A

Fusion of the lower pole (90%) to form a single horseshoe-shaped kidney.

Incidence: 1:500–>1:1000 (most common congenital abnormality)

Kidney gets trapped on Inferior mesenteric artery during ascension in development.

Increased incidence in turner’s syndrome

Danger for infx and stone formation, and mild increase in Wilm’s tumor.

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12
Q

Cystic Renal dysplasia

A

Unilateral (most common) or bilateral (most commonly tested –> ddx vs PCKD)

Gross: enlarged, multicystic and irregular

Micro: undifferentiated mesenchyme

Most cases also have lower tract abnormalities

SPORADIC DISORDER

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13
Q

Autosomal Dominant Polycystic Kidney Disease

A

ADults (Autosominal Dominant)

Heriditary, affecting 1/400-1,000 live births

Bilateral disease, involving only a portion of the kidney initially.
-renal failure in less severe)

Gross: Bilaterally enlarged kidneys (can be huge) –> bag of cysts.

Micro: Cysts w/ variable lining, normal parenchyma between cysts.

Clinical: Asymptomatic/flank pain/ hematuria/mass/htn

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14
Q

High anion gap acidosis

A

ABG: pH 15

Compensation is to get rid of CO2

PCO2 = last two digits of pH

If this is present –> calculate osmolol and delta gap.

DDX: 
Methanol
Uremia
DKA or Alcohol ketoacidosis
Paraldehyde
Iron (kids) or isoniazid (TB)
Lactic Acidosis
Ethylene Glycol
Salicylates
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15
Q

Normal Anion Gap Acidosis (Hyperchloremic Metabolic Acidosis)

A

Due to loss of HCO3- from kidney or GI most common, see equal rise for loss of HCO3-

DDX: HARDUP
post Hyperventilation, hyperalimentation
Acid ingestion
Renal Tubular Acidosis
Diarrhea
Ureteral and ileal diversion
Pancreatic fistulas (post-op)
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16
Q

Metabolic Alkalosis

A

Primary Disturbance is increased plasma HCO3-
Compensate by hypovenilating (limited ability)

Chloride responsive (urine Cl- due to high aldosterone –> increased H+ and K+ excretion.

  • Cushings
  • Hyperaldosteronism (Barters)
  • Secondary hyperaldosteronism (CHR, CRF)
  • Bicarb injestion
17
Q

Respiratory Acidosis

A

Primary Disturbance is increase in arterial CO2 –> compensate by elevating HCO3- by metabolic mechanisms (acute and chronic)

Causes:

  • Airway obstruction
  • Lung - COPD, Asthma, PTX, ifx, etc.
  • CNS - Sedative/hypnotics, drugs, tumor
  • Neuromuscular weakness (ALS, quadrapalegia, guillan barre)
18
Q

Respiratory Alkalosis

A

Primary disturbance is decrease in arterial CO2 –> compensate by decreasing HCO3- (acute and chornic components)

Causes:

  • Anxiety
  • Aspirin and other drugs: cocaine, progesterone (pregnancy = mild respiratory alkalosis)
  • Any cause of tachypnea (sepsis, fever, PE, pneumonia, hypoxia
  • Alcohol withdrawal or narcotic withdrawal
  • Many others