In an effort to encourage physicians to use the databases, a pilot program has linked the Colorado Prescription Drug Monitoring Program with the University of Colorado Hospital’s EHR/EMR.
Although some emerging technology promises a patient safety cure-all, hospitals need to evaluate clinician workflow before implementing new gadgets
Fifty-seven percent of consumers claiming experience with hospital, physician, or ancillary provider technology in 2016 reported being skeptical of the overall benefits of health information technologies such as patient portals, mobile apps, and EHRs, mainly because of recently reported data hacking and a perceived lack of privacy protections.
Although some emerging technology promises a patient safety cure-all, hospitals need to evaluate clinician workflow before implementing new gadgets. In the 21st century, technology offers a solution to just about any everyday problem. Don’t know that actor that just came onto your screen? Log onto the IMDB app. Need directions? Just type the address into … Continued
A 2016 study published in the Annals of Internal Medicine found that for every hour physicians spend with patients, they spend two hours interfacing with their electronic health records (EHR). A different study found that 14% of physicians have experienced a potential medication error due to their EHR in the past month, and another 14% of physicians said that excessive EHR alerts have caused them to overlook something important.
By promoting post-discharge medication adherence and more consistent follow-up appointments, CDS can help prevent deterioration that may contribute to avoidable readmissions.
Quest Diagnostics, a Madison, New Jersey-based medical laboratory services company, announced a data breach affecting 34,000 individuals.
For industries across the country, data has become a key element of operational improvement, and the use of predictive analytics in particular has opened a new opportunity to better utilize a growing repository of data.
The implementation of information technology in medication-use systems is widely accepted as a way to reduce adverse drug events by decreasing human error (Mahoney, Berrard-Collins, Coleman, Amaral, & Cotter, 2007). Technology examples include computerized order entry systems, clinical decision support systems, robotic dispensing, profiled automated dispensing cabinets (ADCs), smart infusion pumps, and barcode scanning of medications during compounding, dispensing, ADC restocking, and administration.
With healthcare complexity increasing daily, traditional models of delivering care fail to offer a framework capable of delivering high-quality care at a reasonable cost. The rapid expansion and evolution of medical knowledge makes it impossible for any single healthcare professional to assimilate and retain the up-to-date information necessary to properly treat patients.