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Tuesday, 27 November 2012

Hospital Acquired Infections Infographic

Hospital Acquired Infections
 
 
The majority of people in North America that work in the Healthcare Industry understand that Hospital Acquired Infections (HAIs) can have a substantial effect on patients, staff  or anyone else that enters through the doors of a hospital or medical center. The number of deaths resulting from HAIs can be reduced by implementing a few simple suggestions from the infographic below. 



 
In your own facilities how prevalent do you think HAIs are? Do you have any additional thoughts or suggestions on how to reduce the number of HAIs in North America?
 
 CHG Hospital Beds specializes in low hospital beds that are designed to prevent patient falls and related injuries within acute care environments. We are focused on patient and nurse safety and deliver innovative solutions to meet the needs of our customers.
 
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Tuesday, 23 October 2012

Nurse Burnout: Causing the Spread of Infection?


Nurse Burnout: Causing the Spread of Infection?


Each year, over 2 million patients are affected by a Hospital Acquired Infection in the United States. Over 100,000 patients die every year of complications from Hospital Acquired Infections like MRSA, E. coli, and C. difficile. A new study published by the American Journal of Infection Control has found that nurses may be a contributor to the spread of infection, especially when working long hours and caring for too many patients at a time.
When nurses are overworked, infection control can sometimes be ignored. Nurse-to-patient ratios and the increasing hours of nursing care per patient can actually contribute to an increased rate of infection in the hospital.

The American Journal of Infection Control observed the effect on nurse staffing and burnout on Hospital Acquired Infections like urinary tract infections and surgical site infections, but the implications can be similar for nosocomial infections like MRSA and E. coli. Increasing a nurses’ workload by only 1 patient was found to increase the likelihood of a patient contracting an infection.
This 1 extra patient requires extra time out of the nurse’s day to monitor, provide medication and other bedside care, on top of caring for other patients. Burned-out and overworked nurses can sometimes forget, or become too busy, to ensure proper hand washing throughout the day. When time is at a premium and nurses are caring for multiple patients, infection control may not be a top priority – especially when a patient is in distress.

The Cost of Understaffing
Hospital Acquired Infections cost over $5 billion each year. Since 2008, the Centers for Medicare and Medicaid (CMS) no longer pays the cost to treat urinary tract infections or surgical site infections. As the CMS continues to reduce payments for preventable conditions, nosocomial infections from MRSA or E. coli bacteria could eventually be added to the list of Hospital Acquired Conditions that are no longer paid for by Medicare or Medicaid. Understaffing hospitals will become costly in the long run if the cost of treating Hospital Acquired Infections is no longer covered.

The best solution to improving infection control and reducing nurse workload is to increase staffing, but this solution is not always possible. Other solutions to reduce nurse burn-out and create a safer environment for infection control include:
1.       Implementing infection control programs for staff

With an increase in patient workload, the stress of caring for and monitoring patients on an on-going basis can overshadow basic infection control procedures like hand washing. Reminding nurses to pause during their busy day to observe infection control procedures through workshops or shift report reminders can have a lasting impact on patient safety and infection control protocol2.       Using technology to help reduce nurse workload
Fall-risk and wandering patients can put a strain on nurses. Using a bed-exit alarm can help reduce a nurse’s workload by alerting nurses to bed-exiting behaviour before a patient wanders or experiences an adverse event like a fall from bed. Hospitals should implement bed-exit alarms that reduce false alarms and alarm fatigue by resetting when a patient returns to bed, without the need for nurse intervention.
Similar technologies exist in many aspects of patient care and should be used when possible. Alleviating a nurse’s workload can increase the likelihood of following through on infection control procedures and creates a better atmosphere for nurse and patient safety.

3.       Using equipment that features anti-bacterial surfaces

Anti-bacterial surfaces can be a major component in reducing the spread of Hospital Acquired Infection. The hospital bed is a critical area to observe patient safety and infection control. Using anti-bacterial solutions within the hospital bed’s surface can eliminate most of the harmful bacteria that can cause infection. This line of defense against infection control can reduce the spread of MRSA and E. coli for a safer patient environment.
Hand washing is an important step in infection control, and special care needs to be taken to ensure nurses have the proper support to implement infection control measures. Creating a reduced workload and using tools that help address infection control, such as anti-bacterial surfaces, can make a considerable impact on patient safety and reduce your facility’s cost of treating Hospital Acquired Infections.

CHG Hospital Beds specializes in low hospital beds that are designed to prevent patient falls and related injuries within acute care environments. We are focused on patient and nurse safety and deliver innovative solutions to meet the needs of our customers.

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Tuesday, 28 August 2012

How to Reduce Hospital Acquired Infections in Your Facility


Multiple C. difficile outbreaks throughout 2011 made headlines and caught the attention of consumer watchdogs. One investigation led by the consumer reports program CBC Marketplace looked into the unsanitary conditions at a number of hospitals as a major cause of the outbreak.

CBC Marketplace visited 11 hospitals in early 2012 with hidden cameras. The team applied a glow gel to handrails, doors, and other high touch areas, and returned 24 hours later to test if the surfaces had been cleaned by observing whether the glow gel had been removed. The glow gel is invisible without black light and can only be removed by a combination of friction and cleaning chemicals.

Glow gel was applied to high-touch surfaces throughout the hospital. View the CBC Marketplace video.

When the cameras returned a day later, it was discovered that many of the surfaces had been left untouched by the cleaning team. These high touch surfaces could act as a harbour for bacteria and spread the infection to anyone who pressed an elevator button or used a washroom.

Hospital Acquired Infections are currently the second most common adverse event affecting health care facilities. Hospital Acquired Infections including C. difficile, MRSA, and E. coli are common in the United States, with over 2 million cases reported each year and over 100,000 deaths annually.
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