Failure to identify or interrupt contact transmissions, droplet transmissions, airborne transmissions, environmental spread, and transport-related exposure can lead to hospital-associated infections, illness among staff members, delayed treatment, and operational disruption.
Accreditation leaders should look beyond the survey itself and consider how accreditation can support continuous compliance, internal risk identification, staff engagement, and quality improvement.
One of the biggest misconceptions surrounding viral hemorrhagic fevers (VHF) is that laboratory testing should stop until the diagnosis is confirmed. In reality, the opposite is true.
The initial appointment of physicians and allied health practitioners in hospitals often receives more attention than their reappointment. However, the reappointment process presents a greater exposure to negligence and liability.
Hospitals cannot assume capacity constraints change their fundamental obligations to patients. Clinicians are still expected to assess patients appropriately, monitor them when clinically indicated, communicate important findings, and respond to changes in condition.
Fire systems, access control, video surveillance, and alarm infrastructure are often installed by different vendors, overseen by different teams, and updated on different timelines. As a result, critical systems do not share context when incidents occur.
Hospitals adapting to The Joint Commission’s Accreditation 360 framework see changes that put greater pressure on organizations to demonstrate—with evidence—how operational decisions connect to patient safety.
Q: How should quality and accreditation leaders partner with IT and clinical leadership so that artificial intelligence (AI) supports compliance instead of creating new blind spots?
Hospitals need strong security measures, but they also need to create an environment where patients and visitors feel comfortable accessing care. Long lines, bottlenecks, and highly visible screening processes can create challenges for both operations and the overall experience.
Despite the lack of uniform standards, common MRI-related injuries such as projectile incidents and radiofrequency burns are well understood and often highly preventable.
