TURP syndrome

Revision as of 17:30, 25 August 2019 by ClaireLewis (talk | contribs) (Created page with "==Background== *Complication seen after transurethral resection of prostate when large volumes of glycine-based irrigation fluids absorbed through venous sinuses, causing volu...")
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)

Background

  • Complication seen after transurethral resection of prostate when large volumes of glycine-based irrigation fluids absorbed through venous sinuses, causing volume overload and hyponatremia, as well as CNS effects due to glycine
    • Glycine inhibits GABA receptors and potentiates NMDA receptors
  • Rarer currently due to changes in irrigation fluid composition
  • Can also be seen after other procedures that require large volume irrigation, such as hysteroscopy

Clinical Features

Differential Diagnosis

Evaluation

  • CMP
    • Hyponatremia, iso or mildly hypo-osmolar
      • Due to dilutional effect of large volume fluid as well as natriuresis
    • Hypocalcemia
      • Due to precipitation of calcium with metabolites of glycine as oxalate crystals
  • CBC
    • Hemodilution
    • +/- hemolysis
  • Ammonia elevation
    • Due to deamination of glycine and serine
  • Serum osmolarity
    • Osmolar gap elevated
      • Due to glycine
  • CXR
    • Signs of volume overload, pulmonary edema
  • ECG
    • +/- arrhythmias if severe


Management

  • Address ABCs- address pulmonary edema, dysrhythmias
  • Volume overload: furosemide IV
  • Hyponatremia:
    • Hypertonic saline only if severe neuro manifestations (e.g. seizures) AND serum osmolality <260
    • Goal to raise Na+ by 10-12mmol over 24h
    • Rapid increase in Na+ not concerning (as may occur with glycine metabolism) UNLESS there is sudden change in osmolality

fluid overload: frusemide 40mg IV

Disposition

  • ICU

See Also

External Links

References

https://litfl.com/turp-syndrome/