Our doctors, professors, and analysts provide the perfect mixture of expertise to piece together optimal solutions for pediatric pain and regional anesthesia.
Meet Our Team
Dr. Tsui is an avid and internationally recognized researcher in many areas of regional anesthesia. During his residency, Dr. Tsui developed an interest in improving the accuracy of epidural catheter placement and was issued a U.S. patent in relation to his research. Dr. Tsui has expanded his research into the use of ultrasound in regional anesthesia, with particular relevance to peripheral nerve block performance. Dr. Tsui is also responsible for development of the E-Catheter catheter-over-needle kit for use during peripheral nerve blocks. The primary objective of his research is to transform regional anesthesia from an “art” into a reliable and reproducible “science” by further exploring the basic scientific and clinical aspects of electrophysiological signal monitoring and integrating this with the latest advances in ultrasound.
Dr. Tony Anderson joined LPCH Stanford in 2017 after working at Massachusetts General Hospital.
Dr. Thomas Caruso specializes in the treatment of pediatric anesthesiology. He has practiced in pediatric anesthesiology for more than 4 years. Dr. Caruso has a special interest in regional anesthesia, quality and safety, and medical education.
Dr. Sam Rodriguez is a Pediatric Anesthesiologist at Stanford Children's Hospital in the Clinician Educator Line. His clinical research involves creating and studying the effects of new technologies on pediatric stress and pain. He is the founder and co-director of the Stanford CHARIOT Program which has created innovative approaches to treating kids undergoing procedures. The CHARIOT Program has positively impacted thousands of children and has grown to include emerging technologies like virtual reality, augmented reality, and interactive video games. Dr. Rodriguez is also highly involved in medical humanities education at Stanford Medical School and teaches courses at the undergraduate and graduate levels on how studying art can make better physicians.
My current interests include the suprazygomatic maxillary nerve block and its role in enhanced recovery after cleft palate surgery and the development of a high-fidelity ultrasound phantom model to teach this regional anesthesia technique.