Login / Signup

MRGPRX2 activation in mast cells by neuromuscular blocking agents and other agonists: Modulation by sugammadex.

Nithya A FernandopulleStephanie S ZhangPaul F SoedingGraham Angus Mackay
Published in: Clinical and experimental allergy : journal of the British Society for Allergy and Clinical Immunology (2020)
We show that sugammadex, known to reverse muscle blockade by certain NMBAs, is also able to reduce MRGPRX2 activation by NMBAs and other, but not all, MRGPRX2 agonists. As sugammadex was ineffective in attenuating mast cell degranulation when added rapidly post MRGPRX2 activation, this suggests against the agent having efficacy in controlling acute symptoms of anaphylaxis to NMBAs caused by MRGPRX2 activation. Interestingly, however, sugammadex did impair MRGPRX2-induced CCL2 release, suggesting that it may have some benefit in perhaps dampening less well-defined adverse effects of MRGPRX2-dependent anaphylaxis associated with the more slowly elaborated mast cell mediators.
Keyphrases
  • liver failure
  • skeletal muscle
  • drug induced
  • emergency department
  • intensive care unit
  • depressive symptoms
  • diabetic rats
  • respiratory failure
  • acute respiratory distress syndrome