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Biochemical abnormalities

Jumael Zafar BIOL 133: Biomedical science in practice Inglés 21 fichas

Fichas del conjunto (21)

  1. 1Hypernatraemia (> 145mmol/l) Causes- Water depletion
    - Na intake
    - Renal failure
  2. 2Clinical signs (> Na+)- Decreased bp or increased if salt intake
    - Less urine
    - Dry mucous membranes
    - decreased skin turgor in severe dehydratiion
  3. 3Treatment (> Na+)- Oral water
    - IV 5% dextrose
  4. 4Hyponatraemia via water retention (< 135mmol/l) Oedematous effectsHeart failure?
    Decrease in effective blood volume
    Aldosterone and ADH secreted
    SALT and water retained
  5. 5Treatment (< Na+ odoema)diuretic and restrict fluid + treat condition.
  6. 6Non-oedematious causes and effects (< Na+)ADH released all the time (infection),
    Syndrome of inappropriate antidiuresis (SIAD).
    excess water reabsorbed by kidney
    If occurs over long period of time – body adapts
  7. 7Treatment (< Na+ non-oedoema)Restrict fluid intake
  8. 8Hyponatraemia via Na loas (< 135mmol/l) Causes- vomiting and diarrhoea
    - Lack of Na intake
    - Lack of aldosterone (Na in urine)
  9. 9Clinical signs (< Na+ loss)- Tachycardia: (high bpm)
    - Hypotension (low blood pressure)
  10. 10Treatment (< Na+ loss)Oral correction of Na
  11. 11Hyperkalaemia (> 4.9mmol/l) causesrenal failure or K+ release from damaged cells.
  12. 12Effects (> K+)Can lead to cardiac arrest
  13. 13Treatment (> K+)Calcium gluconate,
    Insulin + glucose,
    Dialysis
  14. 14Hypokalaemia (< 3.4mmol/l) causesVomiting, diarrhoea, diuretics
  15. 15Clinical signs (< K+)Weak, cardiac arrythmias
  16. 16Treatment (< K+)Oral or IV potassium (slowly with ECG monitoring).
  17. 17Acute renal failure (anuric or oliguric < 400ml/day) causes- Reversible
    Pre-renal – blood supply to kidney failure
    Renal – damage to kidney tissue
    Post-renal –Obstruction blocks urinary drainage
  18. 18Biochemical findings (ARF)Concentrated urine
    Serum urea and creatinine increase
    Hyperkalaemia -nephron can’t excrete K when GFR decreases.
  19. 19Treatment (ARF))treat underlying disease; dialysis if severe
  20. 20Chronic renal failure (slow onset, irreversible) Biochemical findingaHyperkalaemia -nephron can’t excrete K when GFR decreases. Danger
    Serum urea and creatinine high
  21. 21Management (CRF)sodium restriction
    diuretics
    dietary restriction of protein

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BIOL 133: Biomedical science in practice Fichas sobre Biochemical abnormalities, creado por Jumael Zafar el 19/01/2019.
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Jumael Zafar
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