Gloves? Bands? Help for Hand Hygiene Compliance

iStock_000014696689Small gloveHand hygiene (HH) compliance is widely recognized as an essential factor in preventing healthcare-acquired infections (HAIs). However, hand hygiene compliance is inconsistent at best. Estimates of overall HH compliance in the U.S. range from 26% to over 75%. In other words, no one knows for sure what is the real hand hygiene compliance rate .

Two recent announcements may hold hope for reducing HAIs:

A study of HAIs in a pediatric units, recently published in Pediatrics, indicates that mandatory gloving of clinicians may reduce the risk of HAIs. Between 2002 and 2010, the researchers from the University of Iowa compared HAIs during periods where mandatory gloving policies were in effect with other periods when gloving was not required. They found that the risk of HAIs was 25% lower during mandatory gloving periods, and thus, that the results suggest a potential clinical benefit for universal gloving in acute care pediatric units.

Addressing the hand hygiene compliance issue, as discussed in the December 13, 2012 installment of this blog, requires a combination of training, education, system change, workplace reminders, monitoring, and institutional culture changes.

A system introduced by a company called IntelligentM at the TEDMED conference last week claims to simplify the reminders and monitoring factors. The core of their system is a wristband (called a smartband) that interacts with RFID and Bluetooth tags on hand sanitizers, soap dispensers, and medical equipment and products.

The wristband will issue a vibrating reminder if the clinician approaches catheter packaging, for example, without having performed hand hygiene first, or when proper protocols have not been followed. The system can also report compliance data to the administrative department on an individual clinician or aggregated department or location basis.

Both of these measures—mandatory gloving and wristband monitoring systems—sound expensive and difficult to implement. However, the comparative cost in dollars or in patient consequences are likely to make these measures seem much more accessible.

 

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Hand Hygiene Compliance as Part of a Multifaceted Approach to Infection Control

What are the top 10 ways to spread germs?Why do we so frequently use the term “multifaceted approach” when we talk about what’s required to address the problem of healthcare associated infections (HAIs)? Here’s one reason: hand hygiene is widely acknowledged as an essential element of any HAI control program, and hand hygiene compliance rates vary widely among medical personnel, let alone hospital visitors.

The Resources section of this site includes some basic information about hand hygiene. In addition, we provide links to two other comprehensive programs to help healthcare facilities improve their hand hygiene compliance rates. The advice in those programs fall into five categories:

  • Training and education – making sure all personnel, including new hires, understand the proper protocols
  • System change/infrastructure – supplies and systems to make compliance easy
  • Workplace reminders – basically strategically placed signage
  • Monitoring and feedback – praise for compliance, accountability for non-compliance
  • Institutional culture – patient safety, and especially hand hygiene, should be a priority, and everyone should know it.

World Health Organization (WHO) Multimodal Hand Hygiene Improvement Strategy

Society of Healthcare Epidemiology of America (SHEA)  How-to Guide: Improving Hand Hygiene – A Guide for Improving Practices among Health Care Workers

Happy Birthday to Hand Hygiene’s Dad?

Just before we celebrate the birthday of the U.S., we should stop and think about the 194th anniversary of the birth of Dr. Ignaz Semmelweis.

Born in Hungary on July 1, 1818, Dr, Semmelweis was an assistant in the obstetrics unit of a Vienna hospital when he noticed that women whose babies were delivered by doctors and medical students had a much higher post-delivery mortality rate (13-18%) than women whose deliveries were performed by midwives or midwife trainees (2%).

He hypothesized that the differences were due to doctors and medical students handling corpses before performing deliveries, thus exposing the women to cadaveric material that led to puerperal (childbed) fever.

Dr. Semmelweis, father of hand hygiene

Dr. Semmelweis, father of hand hygiene

Despite the fact that his theory contradicted the miasmatic (bad or polluted air) theory of disease that was the prevailing wisdom of the day, Dr. Semmelweis conducted a controlled trial where physicians and students washed their hands with a chloride of lime solution before touching their maternity patients. The resulting 2% mortality rate (equivalent to that of the midwives) proved his point.

He later reduced the mortality rate even further (to 1%) by washing the medical instruments. Thus, he has been known as the “father of hand hygiene” and the “savior of mothers.”

What he offered in medical insight, he unfortunately lacked in change management skills. His understanding of germ theory 20 years before it was acknowledged was prescient, but he was never able to overcome the popular theories and resistance to change.

His handwashing protocols and improvements to healthcare were not implemented until long after his death, when Pasteur and Lister proved germ theory and the value of those protocols.

(Now that I’ve conveyed this story, I’m going to stop typing and go wash my hands. Thanks, Dr. Semmelweis!!)