Richard McNeer, MD, Ph.D.
Dr. McNeer has perceived significant and fundamental gaps in the ability of the medical field to assess and monitor critically ill patients since he was a medical resident. During his nine years as a trauma anesthesiologist, Dr. McNeer has experienced firsthand the frenetic, noisy, and stressful environment that surrounds the attempts to save the lives of critically ill patients, as well as the alarm/listener fatigue (ALF) that accompanies this environment. From this exposure, he has focused on developing an effective way to detect ALF in caregivers (or patients), with an ultimate goal of being able to prevent ALF. Dr. McNeer currently emphasizes the study of ALF in a systematic and scientific way, which will contribute significantly to the resolution of this pressing and much publicized patient safety issue. His goal is to develop an environment in which clinicians are able to devote their clinical skills and knowledge to patient care without the unnecessary and deleterious stress that is currently generated in critical care settings due to the cacophonous auditory milieu. Completion of this research will have an immediate impact on management of the auditory environment in critical care settings.
- Characterization and reduction of alarm/listener fatigue in critical care settings
- Human factors in medical alarm design and function
- Role of auditory evoked potentials in assessment of sedation and anesthetic depth
- Hemodynamic monitoring of critically-ill patients
Simulation Testing for Medical Device Alarms
Association for the Advancement of Medical Instrumentation (AAMI) Medical Device Alarms Summit, Herndon, VA, October, 2011
- McNeer RR, Varon AJ. Pitfalls of hemodynamic monitoring in patients with trauma. Anesthesiology Clinics 2013; 31(1):179-194.
- Castro-Llanos A, Bohorquez J, McNeer RR, Ozdamar O. Simultaneously extracted transient and steady-state evoked responses during general anesthesia: Variability of different rates. IEEE Engineering in Medicine & Biology Society 2012; 3472-3475.
- Bennett CL, McNeer RR. PT-SAFE: A software tool for development and annunciation of medical audible alarms. Anesthesia & Analgesia; 114(3):576-583, 2012
- Bennett CL, McNeer RR, Leider CN. Urgency Analysis of Audible Alarms in The Operating Room. International Society for Music Information Retrieval 2011; 771-775.McNeer RR, Bohorquez J, Ozdamar O. Influence of auditory stimulation rates on evoked potentials during general anesthesia: relationship between the transient auditory middle-latency response and the 40-Hz auditory steady-state response. Anesthesiology 110:1026-1035, 2009.
- McNeer RR, Bohorquez J, Ozdamar O, Varon A, Barach P. A new paradigm for the design of audible alarms that convey urgency information. Journal of Clinical Monitoring and Computing; 21:353-363, 2007.
- Rong M, Rossi EA, Zhang J, McNeer RR, Van Den Brande JMH, Yasin M, Weed DT, Carraway CAC, Thompson JF, Carraway KL. Expression and localization of Muc4/sialomucin complex (SMC) in the adult and developing rat intestine: implications for Muc4/SMC Function. Journal of Cellular Physiology; 202:275-284, 2005.
- McNeer RR, Carraway CA, Fregien NL, Carraway KL. Characterization of the expression and steroid hormone control of sialomucin complex in the rat uterus: implications for uterine receptivity. Journal of Cellular Physiology; 176(1):110-119, 1998.
- McNeer RR, Huang D, Fregien NL, Carraway KL. Sialomucin complex in the rat respiratory tract: a model for its role in epithelial protection. Biochemical Journal; 330:737-744,1998.
- McNeer RR, Price-Schiavi S, Komatsu M, Fregien NR, Carraway KL. Sialomucin complex in tumors and tissues. Frontiers in Bioscience;15;2:D449-D459,1997.
- Rossi EA, McNeer RR, Price-Schiavi SA, Van den Brande JM, Komatsu M, Thompson JF, Carraway CA, Fregien NL, Carraway KL. Sialomucin complex, a heterodimeric glycoprotein complex. Expression as a soluble, secretable form in lactating mammary gland and colon. Journal of Biological Chemistry; 27;271(52):33476-33485,1996. h1. Grants and Contracts
Investigation into reduction of alarm/listener fatigue:
Anesthesia Patient Safety Foundation
Total Funding: $150,000
Role on Project: PI