As a data analyst, my job is to get people the information they need. Instead of just responding to each request separately, my goal is to create tools that allow users to ask and answer questions on their own. Part of this is out of laziness and not wanting to do the same thing over and over again, but it’s also because this gives my users direct and timely access to the information they need, when and where they need it.
I worked closely with my hospital’s Chief Quality Officer to develop our initial HAI dashboard. During one of our many meetings iterating dashboard design, he mentioned that what he really wanted to see was how this looked geographically. As an explanation, he drew a picture…
We’ve discussed Surgical Site Infections (SSIs) in quite some depth (pt 1, pt 2, pt 3). This is only one piece of the overall issue of Hospital-acquired Infections (HAIs). SSIs are an important type of HAI, but it’s equally important to stay on top of the other types of HAIs as well.
Another metric we can use is the Cumulative Attributable Difference, or CAD. Whereas the SIR is the ratio between observed and expected infections, the CAD is the difference. We use the CAD to help allocate our limited infection prevention resources to the places that have the most need of improvement.
Performing surveillance for healthcare-associated infections (HAI) is not easy. Infection Preventionists do their best at applying sometimes cumbersome definitions. In most hospitals, the surveillance process is at least partially done using electronic medical records and a third-party abstraction software.
Last time, we started talking about ways to visualize Surgical Infection data. When I first presented this information to hospital and physician leadership, one of the main questions they had was how individual doctors compared to each other. This seemed like a great opportunity to demonstrate the power and flexibility of the SIR!
As someone who does data visualization for the Infection Prevention office at a large academic medical center, I deal with a lot of infection data. One of the main types of infections that I work with is Surgical Site Infections.