Virtual Reality Series: Using Simulations to Achieve Real-Life Benefits in Healthcare Part 2

Uses of VR in Medical Procedures and Education Virtual reality helps medical professionals plan for and execute complex procedures, especially in the surgical field. This technology is being implemented in medical schools and surgical training programs so that the next generation of doctors can be trained in innovative techniques to prepare for their future in the medical field and the operating room. Revisit part 1 in the blog series Introduction to Virtual Reality in Healthcare. Surgery  VR has been used in surgical procedures since the early 1990s when technology was used to plan out surgeries and present complicated information visually. Read More …

Virtual Reality Series: Using Simulations to Achieve Real-Life Benefits in Healthcare Part 1

Introduction to Virtual Reality in Healthcare Communication in the healthcare industry can improve healthcare experience and outcomes for everyone involved. Whether it’s a doctor explaining treatment options to a patient or an instructor teaching a class how to perform surgery, medical work relies on clear and effective instructions. However, in situations when verbal explanations can be complicated or difficult to follow, how do we make information easy to understand? One technology that has cost-efficiently increased communication in clinical medicine by “showing” rather than just “telling” is virtual reality (VR). VR, also known as a virtual environment, produces simulations that help Read More …

Breaking Down Breast Cancer

Around 1 in 8 women in the U.S. will develop breast cancer in their lifetime. Cancer happens when abnormal cells grow and divide uncontrollably. Though breast cancer primarily appears in women, men can actually get breast cancer too and are affected by the same types of breast cancer as women. About 1 in every 100 diagnosed case of breast cancer in the U.S. affects men. Breast cancer becomes particularly dangerous when it spreads outside the breast through blood and lymph vessels, a process called metastasizing. The most common type of breast cancer is Invasive ductal carcinoma, where cancer cells begin Read More …

Understanding AI Lingo in Healthcare

With the ever-growing incorporation of technology into medicine over the past decade, healthcare industries have advanced to integrate novel technology innovations. Such innovations include artificial intelligence (AI), virtual reality (VR), 3D-printing, robotics, and so on. One of these innovations, artificial intelligence (AI), holds promise in improving patient care while reducing costs. This technology has been applied in areas such as patient diagnosis and monitoring, treatment protocol development, radiology, and drug development. While some of this might seem like science-fiction, it’s being incorporated every day in the healthcare field. To help introduce you to this new world below, we’ve compiled a Read More …

Algorithms and Healthcare: The Future is Coming

Computers are everywhere it seems, even in our healthcare. While they aren’t quite at the level of (find some movie reference with something futuristic) they are making significant contributions. One of those contributions is algorithms which are contributing in areas from imaging, diagnosing, and predicting. To help solve dilemmas such as this, healthcare professionals are increasingly turning to algorithms, which use machine learning techniques that enable computers to learn information without human input. Algorithms create a formulaic process for healthcare professionals to evaluate patient symptomology and decide on the best course of treatment. While they cannot replace human decision-making or Read More …

What is Targeted Drug Delivery?

Targeted drug delivery is a method of delivering medication with the goal of maximizing its effects on specific parts of the body. This approach aims to minimize unwanted effects of the medication on non-diseased tissue, while at the same time prolonging the drug’s actions on its target. Regular drug delivery utilizes blood circulation as a means to transfer the active substance to its target. The main disadvantage of that approach is that a very small percentage of the initial dose manages to reach the intended target, while the rest affects unintended cell populations. Targeted drug delivery aims to mitigate this Read More …