In the world of risk mitigation, there are a number of established concepts that encompass the many ways to avoid harm. These concepts also apply to infection prevention and control, and help us identify areas of greater vulnerability, areas where we can be proactive, and finally, areas where we can lessen harm should the worst occur. In today's post, we will look at these key concepts and begin to the lay the foundation of the idea of risk mitigation in infection prevention and control.
At no other time in history has the patient had access to the amount of information about illness, had the legal and societal (and financial) rights to determine healthcare choices, and access to widespread availability of cutting edge technology and expert care. This January you will find the steps you can take to become more empowered, either as a patient yourself, or as a patient advocate.
Graph Neural Networks (GNNs) are computer algorithms that take data from graphs and uses relationships between the data points to make predictions or recommendations. Much like our own brains, neural networks connect and correlate information to generate possible patterns that can be helpful to a variety of fields, including infection control and prevention (IP). In IP, GNNs are being used to predict risk for healthcare acquired infections (HAIs) and make decisions about resource allocation. In today's post, we'll take a closer look at how this is being done.
The concept of safety is nothing new: Anything that protects us from injury or death has surely been on the mind of humankind since we were hunter-gatherers on the savanna surrounded by carnivores. But mere survival is no longer enough! We want to be able to do what our hearts and minds imagine, but still be mindful of our weaknesses and vulnerabilities. As a result, every field of human endeavor has safety as an essential component, not the least of which are health and medical care. In today's post, we'll look at what unifies all safety concerns across all fields, and highlight some critical inventions that make hospital care safer for everyone.
To address the persistent issue of healthcare associated infections, hospital professionals deploy two primary approaches: reactive and proactive solutions. There are advantages and disadvantages to both options, so a combination of the two is required to cover all reasonable contingencies. In this blog post, we'll explore the differences between these two strategies and their respective impacts on patient outcomes and healthcare systems.
