High-volume emergency departments have lower mortality rates
Accreditation Insider, July 22, 2014
Want to receive articles like this one in your inbox? Subscribe to Accreditation Insider!
A new study published in the Annals of Emergency Medicine found that patients are less likely to die if they are admitted through a busy emergency department (ED). The study looked at data from the Nationwide Inpatient Sample for mortality for eight different diagnoses between 2005 and 2009 out of 17.5 million admissions.
Patient mortality decreased as volume increased overall and for all eight diagnoses, the study found. The conditions included acute myocardial infarction, acute respiratory failure, congestive heart failure, gastrointestinal bleeding, pneumonia, respiratory failure, sepsis, and stroke.
Read the article here.
Want to receive articles like this one in your inbox? Subscribe to Accreditation Insider!
Related Products
Most Popular
- Articles
-
- Math can be tricky: TJC corrects ABHR storage requirement
- Air control equals infection control
- Don't forget the three checks in medication administration
- Residency coordinators’ responsibilities
- Study: Shorter shifts reduces residents’ attentional failures
- RPA Subscriber Exclusive: February issue of Residency Program Alert now available
- Note similarities and differences between HCPCS, CPT® codes
- OSHA HazCom updates include labeling, SDS requirements
- Practice the six rights of medication administration
- The consequences of an incomplete medical record
- E-mailed
-
- Air control equals infection control
- OSHA HazCom updates include labeling, SDS requirements
- Tip: Note new thyroid imaging codes
- Tim Porter-O'Grady sounds off
- Skills of effective case managers
- Q: Can you clarify the reporting of dates on the plan of care for diagnosis onset and exacerbation?
- Q&A: Defining Subacute
- Q&A: Are colleges sending students to our facility for rotations business associates?
- Note similarities and differences between HCPCS, CPT® codes
- Fracture coding in ICD-10-CM requires greater specificity
- Searched