What 0% Residual Paralysis Actually Looks Like
Residual paralysis affects up to 40% of patients without quantitative monitoring. Learn what 0% residual paralysis looks like in clinical practice, ...
Read MoreEvidence-based perspectives on recovery, stewardship, and workflow efficiency.
Residual paralysis affects up to 40% of patients without quantitative monitoring. Learn what 0% residual paralysis looks like in clinical practice, ...
Read MoreResidual neuromuscular block affects up to 40% of surgical patients without objective monitoring. Learn why EMG-based tools like TwitchView are ...
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Read MoreExplore what the ASA guidelines actually say about neuromuscular monitoring—and whether your practice is aligned with today’s standards of care.
Read MoreLearn how quantitative EMG monitoring outperforms subjective twitch assessments in reducing residual paralysis and improving patient outcomes.
Read MoreDiscover how Blink was built in partnership with anesthesiologists to solve a real problem: unreliable Train of Four (TOF) monitoring.
Read MoreDiscover how proper electrode placement can enhance the accuracy and trust in quantitative neuromuscular monitoring, based on recent research ...
Read MoreExplore the limitations of neostigmine in reversing neuromuscular blockade and discover its niche applications.
Read MoreUnderstand strategies to prevent patient movement during surgery using neuromuscular blockers and opioids.
Read MoreExamine how quantitative neuromuscular monitoring can prevent adverse events in pediatric patients.
Read MoreUnderstand how neuromuscular blocking agents (NMBAs) affect various muscles, including their onset and duration of action.
Read MoreResidual paralysis affects up to 40% of patients without quantitative monitoring. Learn what 0% residual paralysis looks like in clinical practice, ...
Read MoreQuantitative TOF monitoring of neuromuscular blockade plays a crucial role in modern anesthesia practice and continues to improve patient care.
Read MoreInstructions for monitoring succinylcholine-induced neuromuscular blockade and a review of pseudocholinesterase deficiency.
Read MoreWhy the ASA Guidelines recommend train-of-four measurements of the adductor pollicis with quantitative monitoring over a peripheral nerve stimulator ...
Read MoreStep-by-step guide to implementing quantitative neuromuscular monitoring as recommended by the ASA practice guidelines.
Read MoreEliminate post-operative residual neuromuscular blockade (PRNMB) using protocol and guideline recommendations for quantitative train of four.
Read MoreASA Guidelines for Monitoring Neuromuscular Blockade. First author, Dr. Stephan Thilen discusses Reversal Guides, Reversal Protocols and Antagonism ...
Read MoreGold-standard mechanomyography (MMG) vs electromyography (EMG) vs acceleromyography (AMG). Advances in quantitative neuromuscular monitoring.
Read MoreWhat is post-tetanic count PTC? Using PTC to proactively manage neuromuscular blockade and ensure optimal surgical conditions during general ...
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Even with 100% sugammadex use, the incidence of residual paralysis rates remains as high as 10% without quantitative monitoring2
No. Clinical tests such as head lift or hand grip cannot detect residual block above TOF ratios of 0.4. Only quantitative monitoring confirms TOF ≥0.9, the threshold for safe recovery5
Residual paralysis increases risk of airway obstruction, hypoxemia, and postoperative pulmonary complications. A landmark study using quantitative monitoring with the TwitchView Train Of Four Monitor eliminated residual paralysis5
The TwitchView TOF Monitor is meticulously designed with robust cables, durable screens, rugged design— all backed by a market-leading warranty in the U.S.
Yes. Electrode arrays are available for infants, children, and adults. A key advantage of EMG monitoring is that it works even when patients’ hands are tucked.
Active noise canceling eliminates noise at the source, ensuring even the tiniest twitches are accurately captured.
Yes. TwitchView connects with most anesthesia information systems and EHRs, automatically exporting data to the patient record.
Quantitative monitoring reduces postoperative complications, shortens recovery times, and lowers readmission risk. Preventing even a few pulmonary complications offsets the cost of monitoring3. In addition, many institutions see substantially reduced drug costs. Beyond savings, hospitals gain improved outcomes, increased provider confidence, and compliance with the 2023 American Society of Anesthesiologists (ASA) Guidelines for Monitoring and Antagonism of Neuromuscular Blockade5 and the 2023 European Society of Anaesthesiology and Intensive Care (ESAIC) Guidelines for Perioperative Management of Neuromuscular Blockade12.
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