When considering an infection prevention intervention, how should the costs calculated? The first question should be what costs should be calculated? With the myriad of direct, indirect, and intangiable costs related to HAIs, where is a facility to start? There are several types of costs to be taken into consideration, and each type will come from different sources. In this post, we will explore how a facility may collect cost data when evaluating a potential new infection intervention.
Any time a healthcare facility considers investing in a new intervention - a medicine, a device, a piece of equipment, and even a training program - one of the first considerations will be cost effectiveness. The facility has a responsibility, both financial and ethical, to weigh the cost of investment with the likelihood and extent of patient benefits. We would all love to live in a world where hospitals could invest in any and all interventions without thought as to cost and return on investment. Instead, we face a reality in which not only are financial resources limited, but also personnel, space, and even time are constrained. As a result, when millions of dollars and patients' lives are at stake, calculating cost effectiveness of an intervention has a lot on the line.
The most recent list of hospitals being penalized by Medicare for patient safety incidents has been published, so we thought it would be a good time to explore the whole issue of Medicare reimbursements, penalties, and safety programs.
As winter ends and spring begins to arrive (and stay), many of us will find ourselves elbow-deep in soil, getting our gardens ready for the season. While we are selecting our annuals, clearing out weeds, and picking out our vegetable plants, there is an army of workers already at work in our gardens: Bacteria. Billions and billions in one handful, these microscopic organisms are performing essential actions that enables us to grow a beautiful garden and grow nutritious food. Today we will explore these unseen workers and how, depending on where they are, they can be either life-sustaining or life-threatening.
March 12 - 18, 2017 is Patient Safety Awareness Week, an annual education and awareness campaign for health care safety led by the National Patient Safety Foundation. Here are links to some of the excellent resources health care facilities created to participate in this important community project.
Today is International Women's Day, a day celebrating women's achievements and bringing attention to gender parity in the workforce. In different forms, it has been observed since the early 1900s, with the first major event being a march in New York City in 1908 calling for better pay and voting rights for women. In 1977, the United Nations adopted a resolution for member nations to celebrate women's rights and achievements on a day of their choice, and started setting an annual theme in 1996. In the United States, March was named Women's History Month in 2011 by President Barak Obama on the 100 year centenary of International Women Day. In honor of today's celebrations and calls for action, today's post will explore the issues of gender parity in healthcare professions.
An earlier edition of this post was originally posted on December 8, 2014.
Bacteria rule the world. Not only do they far outnumber every other type of plant or animal, they are everywhere - inside and outside every other type of animal and in every conceivable environment, from boiling thermal vents to sub-zero glaciers. But not all bacteria are germs, or illness-causing bacteria. Most are vital to our survival and to the survival of life on Earth. Unfortunately, some bacteria are dangerous, especially to those of us with weak immune systems. Today’s post will explore this incredible branch of the tree of life, and our “can’t live with ‘em, can’t live without ‘em” relationship with these microorganisms.
What is bacteria?
Bacteria are single-cell organisms. Where humans are made up of, on average 1 trillion cells, bacteria are made up of just one. But one isn't the loneliest number when it comes to bacteria; they reproduce very efficiently by splitting into two, who then go on to split into two more… and on until you have a colony of bacteria. Some of these colonies are beneficial to us, some don't harm us at all, and some are downright nasty, leading to harmful infections which can threaten our lives.
Our last post gave us a glimpse into the life of a mom responding to the shocking diagnosis of cancer in her three-year-old son, Jack. This concluding segment will explore the result of her unrelenting fight against infection as she did everything possible to help her son survive, and the lasting impact that experience has had on her life the life of her son.