Making the move from gas to TIVA/TCI
Timely, precise and effective anaesthesia
Despite its widespread use, inhaled volatile anaesthesia or gas is considered a major risk factor for developing postoperative nausea and vomiting (PONV)1. When transferring patients anaesthetised with inhalation agents from the anaesthetic room to the operating room (OR), there is a risk of accidental awareness during general anaesthesia (AAGA) while administration is interrupted2. AAGA may result in mild to severe negative consequences for patients undergoing surgery3. Patients reported higher levels of postoperative pain following administration of inhaled anaesthesia then those who received total intravenous anaesthesia (TIVA)4,5.
Accidental exposure to waste anaesthetic gases when administering inhaled anaesthesia to patients may have a negative impact on your health6.
Gases from inhaled anaesthesia accumulate in the atmosphere, absorb radiation, re-emit it to Earth and contribute to global warming6.
The stressful and fast-paced environment of ORs may increase the rate of anaesthetic medication errors7. Manual infusion of TIVA may lead to dosing errors if the pharmacokinetics are not calculated correctly8. Insufficient dosing of anaesthetic medication is thought to be a principal cause of AAGA3.
Excessive OR turnover times may result in decreased patient satisfaction, overtime staffing costs, and wasted opportunity costs for potential revenue9. OR turnover time partly depends on post-anaesthesia care unit (PACU) availability. If staff or beds aren’t ready when the surgical procedure is terminated, the patient is obliged to wait in the operating room9. When compared with TIVA, inhaled anaesthesia may result in slower recovery times5.
Medication delivery supply issues, such as stockouts, backorders or expired products may contribute to medication administration errors10.
Discovering the advantages of TIVA/TCI
Maintenance of anaesthesia using total intravenous anaesthesia (TIVA) with target-controlled infusion (TCI) is well-established in clinical practice and has several potential advantages over inhaled volatile anaesthesia4. The development of novel TCI models allows you to achieve anaesthetic precision in patients with a range of ages and weights12,13.
When compared with gas, TIVA/TCI may:
Each TCI model adapts the dose using the patient's biometric and/or pharmacokinetic data12. An algorithm adjusts the infusion to meet target drug concentrations12. With TIVA/TCI, there is less risk of underdosing the patient15.
Replacing inhaled anaesthesia with TIVA may result in faster recovery times4, leading to earlier discharge and increased patient satisfaction5.
Improvements in supply chain management can significantly lower unnecessary costs and waste in the OR9.
In this webinar, the scientists who created the Eleveld models explained how they developed these models and why they are a game-changer for TCI.
Prof. Dr. Michel M. R. F. Struys
Dr. Laura N. Hannivoort
Dr. Douglas J. Eleveld
University Medical Center Groningen, The Netherlands
TCI is an established technique for anaesthesia. The new Eleveld models for propofol and remifentanil, and the new model for dexmedetomidine are significant additions to the technique.
Natalie Samuda, Senior Clinical Resource Consultant, BD
Dr. James Waterson, Medical Affairs Manager, Middle East & Africa, BD
Bringing you connected medication management for anaesthesia
Designed by anaesthetists for anaesthetists
Latest TCI drug models
Patient safety features
Simplified drug setup
Help to simplify the infusion experience through award-winning IT1 and connectivity solutions.
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Our BD Alaris™ neXus Pumps use unique BD Alaris™ Guardrails™ Safety Software, which provides safety limits for each drug by care area, promoting safe delivery of IV medication.
It can help reduce IV medication errors, improve the overall quality of patient care, track and measure system performance and help increase compliance with national safety standards. It can help you deliver the right medicine with the right dose at the right concentration for safe medication management and administration.
With BD Alaris™ neXus Solutions we are addressing your key concerns when it comes to IV administration.
Specifically designed for use with TCI pumps8, these sets help ensure the patient receives:
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