What is translational anesthesia?

Translational Anesthesia: A Bridge Between Science and Practice

Translational anesthesia is an interdisciplinary field and a novel approach in the field of anesthesia that emphasizes the conversion of basic science findings and new research into applicable clinical solutions. This field, in addition to enhancing the safety and quality of anesthesia, plays a significant role in reducing side effects, optimizing drug dosages, and utilizing new technologies.

Some examples of translational anesthesia applications:
Personalized Anesthesia: Genetic research has shown that patients' reactions to anesthetic drugs vary. Translational anesthesia helps bring this knowledge to the operating room, allowing the dosage of anesthetic drugs to be specifically tailored for each patient using genetic data and artificial intelligence-based technologies.

Artificial Intelligence in Patient Monitoring: Recent research has shown that AI algorithms can identify vital changes in patients faster than anesthesiologists. Translational anesthesia examines practical ways to implement these technologies in hospital systems to enhance patient safety during surgery.

Development of low-adverse anesthetic drugs: New drugs developed in laboratories require thorough evaluation before entering clinical settings. Anesthesia accelerates this process to replace traditional anesthetic drugs with those that have shorter half-lives, fewer side effects, and more precise effects.

Virtual reality and the training of anesthesiologists and intensive care specialists: In some advanced centers, virtual reality is used to teach how to manage emergency situations during anesthesia. Anesthesia translation also examines the effectiveness of these methods and their standardization in medical education.


Conclusion:
Translational anesthesia brings science from the laboratory and research to the practice. This approach not only increases patient safety and improves perioperative care but also paves the way for the introduction of advanced technologies into the field of anesthesia