麻豆学生精品版 has led the way as health care systems nationwide pursue process and policy improvements. For the past 12 years, U of U Health has placed among the Top 10 nationally in the Vizient Quality and Accountability Ranking system.
At the John A. Moran Eye Center, this commitment extends to a broad range of measures to provide the best possible procedural outcomes.
Rigorous Data Monitoring
Moran employs an extensive data monitoring system and communicates well-established expectations to ensure the highest quality of care in clinics and operating rooms.
To objectively and prospectively collect information on surgical complications, Moran digitally records every surgery and uses an "every-case-every-time" philosophy for reporting. Every surgeon is expected to attest that there was or was not a complication for every case. This assures surgical complications are reported in all instances.
Moran reviews and verifies the reports, comparing them with independent data points, such as equipment or supplies used in surgical cases with complications.
For example, every case of endophthalmitis is reviewed by Moran鈥檚 QI group and division representatives, U of U Health Infection Prevention Department, and others in the hospital system. A weekly review of intraocular antibiotic injections assures monitors can discover any potential worrisome trends.
Infection Prevention
Moran adheres to top-rate infection prevention standards set by the , , , , and . These organizations are vital in helping Moran maintain current evidence-based best practices. They also provide critical resources for continuing education and certification for ophthalmic medical employees that go beyond state requirements.
Moran sets its high standards in collaboration with U of U Health and its Infection Prevention Department, partners that share the same mission of patient safety and quality care. Moran鈥檚 Sterile Processing Department was the first in the U of U Health system to achieve zero percent immediate-use steam sterilization (IUSS), a remarkable achievement for the past four years. IUSS is no longer an acceptable practice, and all instrumentation is now completely reprocessed before it goes back into service.
Moran is a national leader in developing infection prevention protocols, including participation in a national task force addressing Toxic Anterior Segment Syndrome (TASS), a rare but potentially sight-threatening condition. Led by Nick Mamalis, MD, co-director of the Intermountain Ocular Research Center based at Moran, the task force helped develop national guidelines for cleaning and sterilizing intraocular surgical instruments to protect eye surgery patients from TASS.
Individualized Training and Mentoring
Faculty monitor the advancing skill levels of Moran residents and fellows, who gradually perform more complex surgeries as their skill levels increase.
Moran faculty members also identify each trainee鈥檚 strengths and tailor mentoring to their unique needs鈥攁ll part of an ophthalmology education program consistently .
Residents and fellows train virtually on Moran鈥檚 in-house surgical simulator. Moran also recently became a test center for a unique small-incision cataract surgery simulator-based training system by HelpMeSee.
Research Projects and Studies
Residents and faculty are actively engaged in an extensive QI and clinical studies program.
Resident QI Projects
Moran鈥檚 residents are required to design and implement QI projects as part of their training. Recent projects include:
- Establishing the to encourage URiM applicants.
- Designing and implementing a revamped reverse-classroom curriculum that stresses interactive blended learning over traditional lectures.
- Expanding processes and experiences for the ophthalmology-incorporated intern year.
- Providing nocturnal intraocular pressure-measuring devices for Salt Lake City Veteran鈥檚 Administration Hospital glaucoma patients.
- Developing a protocol for exposure keratopathy in ICU patients.
Faculty Study: Expanding Access to Visual Field Testing
Meagan D. Seay, DO, recently led a quality improvement study that found use of a virtual visual field (VVF) device improves patient care in acute hospital settings.
The team introduced the virtual visual field devices to inpatient and on-call settings to improve access to formal visual field testing, which is typically only available in comprehensive eye care clinics.
While physicians use the device for patients with all types of visual symptoms, the team was particularly interested in the potentially improved outcome for patients admitted for lumbar spine drains placed to treat vision-threatening optic nerve edema.
They found the VVF devices to be especially beneficial for patients in the ICU to avoid difficult and potentially dangerous transport to an eye clinic for the testing.
The team presented its findings at the 2021 North American Neuro-Ophthalmology Society meeting.