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Lance S. Patak, MD, MBA, CPHQ


  • Pediatric Anesthesiologist, Department of Anesthesiology and Pain Medicine Center
  • Director of Outcomes, Department of Anesthesiology and Pain Medicine Center
  • Professor, UC Department of Anesthesia

About

Biography

As a pediatric anesthesiologist, I specialize in caring for children with complex medical and surgical needs. My clinical interests include difficult airway management, perioperative respiratory risk reduction, regional anesthesia, vascular access, neonatal and fetal anesthesia, perioperative ultrasound, and systems-based approaches to improving patient safety and outcomes. I strive to create calm, individualized, and highly coordinated care experiences for children and families, especially during stressful or high-risk situations. I believe the safest and best care comes from combining technical excellence with thoughtful communication, teamwork, and systems designed to prevent harm before it occurs.

My journey in healthcare began as a pediatric and critical care nurse, where I developed a deep appreciation for the resilience of children and the importance of compassionate, team-based care. Working closely with critically ill children and families inspired me to pursue medicine and ultimately pediatric anesthesiology—a field that combines physiology, procedural skill, crisis management, communication, and systems thinking. I was particularly drawn to the opportunity to improve not only individual patient care, but also the broader systems that influence safety and outcomes for children.

Throughout my career, I’ve been recognized for innovation and patient safety initiatives across multiple pediatric hospitals, including the Peter J. Cohen Research Award from the University of Michigan and national leadership roles within Wake Up Safe. My work in patient communication technology contributed to national patient communication standards developed with The Joint Commission. My research focuses on using clinical data, informatics and systems engineering to improve pediatric perioperative outcomes and prevent avoidable harm. I am especially interested in identifying practice variation, developing automated methods for adverse event detection, and building scalable learning health systems capable of rapidly translating best practices into clinical care.

Outside of medicine, being the best, most loving, present and fun dad to my family always comes first. I enjoy innovation, design, technology development, mentoring and global medical outreach, including pediatric surgical mission work in Cambodia, Guatemala, Myanmar and China. Some of my favorite hobbies are tennis and scuba diving.

BSN: Nursing, California State University, Los Angeles, CA, 1999

MD: Medicine, David Geffen School of Medicine at UCLA, 2008

MBA: Entrepreneurship, USC Marshall School of Business, 2007

Internship: Anesthesiology, University of Michigan, 2008-2009

Residency: Anesthesiology, University of Michigan, 2009-2012

Fellowship: Pediatric Anesthesiology, University of Michigan, 2012-2013

Interests

Pediatric anesthesiology with specialized interests in perioperative quality and safety, difficult airway management, perioperative outcomes improvement, ultrasound-guided vascular access, regional anesthesia, fetal anesthesia, perioperative point-of-care ultrasound (POCUS), and systems-based approaches to reducing preventable adverse events; integrating clinical informatics, operational analytics, and standardized workflows to improve pediatric perioperative outcomes and reliability of care.

Services and Specialties

Interests

Perioperative quality, patient safety, clinical informatics, and healthcare systems innovation within pediatric anesthesiology; perioperative airway management; difficult intravenous access; neonatal hypothermia prevention; perioperative respiratory events; development of operational definitions capable of automatically identifying adverse events from electronic health record data; building learning health systems that leverage clinical analytics, workflow standardization, and predictive modeling to identify best practices, reduce practice variation, and accelerate improvements in pediatric perioperative care across institutions; pediatric anesthesiology; perioperative outcomes and quality improvement; patient safety and clinical informatics; biomedical informatics; digital health and healthcare innovation; learning health systems; pediatric airway and respiratory safety; perioperative ultrasound and regional anesthesia