WHAT WILL BE COVERED

  • The impact of alveolar ventilation, cardiac output, and anesthetic solubility on anesthesia depth
  • Using overpressure to change anesthetic depth
  • Predict what inspired concentration is needed to achieve the desired depth
  • Explore inhaled anesthetic uptake and distribution to help refine patient care

WHO SHOULD ATTEND

Anesthesia educators, Anesthesiologists, Anesthesiology Department Heads, Certified Registered Nurse Anesthetists (CRNAs), Anesthesiologist Assistants, Medical Researchers and Intensivists .

Please complete this form to register for the webinar


Join GE Healthcare for a review of the pharmacokinetics of inhaled anesthetic agents. Dr. Philip will explore uptake and distribution and the relationship among levels in the patient circuit, lungs, arterial blood, vessel rich groups, muscle, fat and mixed venous blood. He will demonstrate how Gas Man software can provide a simulated look at inhalant kinetics and allow the learner to explore important clinical concepts for using inhaled agents safely, effectively and with less waste. A live Q&A session will follow this webinar presentation.

SPEAKER BIOGRAPHY





Dr. James H. Philip

Harvard Medical School


Dr. Philip is Professor of Anaesthesia at Harvard Medical School and Anesthesiologist and Director of Anesthesia Bioengineering at Brigham and Women’s Hospital. He has Bachelor's and Master's degrees in Electrical Engineering from Cornell University, and an MD from State University of New York Syracuse. Dr. Philip's career focuses on engineering the medical environment, especially anesthesia, to make it safer, more effective, and less costly. He does this by teaching clinicians how to apply engineering principles and by creating tools to facilitate care and foster education.

Dr. Philip wrote Gas Man®, a computer simulation, workbook/textbook, and learning environment that teaches the kinetics and economics of inhaled anesthetics. The Gas Man® simulator teaches the core competency of inhalation anesthesia kinetics and allows teachers to remediate residents who do not demonstrate competency by performing exercises satisfactorily. He created a nonprofit charitable organization, Med Man Simulations Inc., to distribute and further develop Gas Man software and promote its educational use worldwide [www.medmansimulations.org and www.gasmanweb.com].



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© 2021 General Electric Company All rights reserved.
GE and the GE Monogram are trademarks of GE. Gas Man is a registered trademark of James H. Philip, USA. The opinions, beliefs and viewpoints expressed in this webinar are solely those of the presenter and do not necessarily reflect the opinions, beliefs and viewpoints of GE Healthcare. The author is a paid consultant for GE Healthcare and was compensated for creation of this webinar.
GE Healthcare, a division of General Electric Company.

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