Compliance In Focus

How often have we heard the phrase, “be careful what you put on the internet because you can’t take it back”?

Whether it be on social media, chat rooms or various websites, this has been especially important during the job interview process as many companies have started screening potential candidate’s internet presence to see if they would be a good fit for the company. Quite recently, we have seen in the news many stories of individuals who lost their jobs due to comments they made online that did not align with the company values.

Wearable medical devices are growing in popularity along with the rise of consumer-grade wearable technologies, such as fitness trackers and the Apple Watch.

The 3D printed medical devices industry has been gaining ground for years, and its growth has accelerated in recent months due to the coronavirus pandemic.

In spite of the global pandemic, medical robotics companies haven’t stopped innovating.

Analysts predict the global healthcare robotics market will reach $30 billion by 2026.

Medical robots have been around for over two decades since the FDA first approved the da Vinci surgical system in 2000. However, medical robotics companies have introduced many new applications and enhancements since then, thanks to more recent technology such as artificial intelligence.

The use of nanotechnology in medical devices shows great promise for identifying and treating diseases with targeted precision.

By 2024, the global market for nanotech is expected to exceed $125 billion, according to an infographic by Visual Capitalist.

The use of artificial intelligence in clinical research shows great promise for transforming drug and device development.

AI refers to algorithms that train software to perform certain tasks and improve upon them over time by constantly analyzing new data.

In the era of COVID-19 and the uncertainty over whether an in-office doctor’s visit is worth the risk, telemedicine seems like a great solution.

You can connect with a doctor or specialist right from your living room couch and even get a prescription sent to your local drugstore for pickup.

Yet telehealth isn’t without concerns. Here’s a closer look at the pros and cons.

Using 3D printing for medical devices is becoming more common amid the COVID-19 pandemic, as demand for critical personal protective equipment (PPE) continues to outpace supply.

Biomarker testing for cancer assists with early detection and helps physicians monitor treatment.

Recent advances in this area—including liquid biopsies and breath tests—could lead to faster, less invasive cancer screening, as well as more personalized and precise treatment.

Here are a few of the most promising developments.

Since the FDA approved the first robotic surgery system in 2000, robotic surgery has been extending its reach to a variety of specialty areas, including orthopedics.

Five of the world’s 10 largest orthopedic device companies have introduced or acquired robot-assisted surgical platforms within the past year. These systems show great promise to increase precision, reduce recovery time and reduce readmissions.

However, they also raise some important concerns.

Here’s a closer look at how robotic surgery is being used in orthopedics, its outcomes so far and the regulatory outlook.

Approximately 30,000 people suffer from ruptured brain aneurysms every year in the United States, and about 40 percent of them die as a result, according to the Brain Aneurysm Foundation.

Neurovascular stents are commonly used to treat unruptured brain aneurysms. However, the FDA last year issued guidance to healthcare providers about the risks of using neurovascular stents for stent-assisted coiling, warning that the risks of this treatment may outweigh the benefits for many patients.

The FDA recently approved a medical device designed to treat brain aneurysms by restricting and diverting blood away from the aneurysm, preventing it from growing and rupturing.

Here’s a closer look at how it works and how new treatments like this one could transform the way we treat brain aneurysms.

Globally, more than 325 million people own wearable, connected devices, and more than 2.5 billion own smartphones. Using wearable devices in clinical trials can bring huge benefits, however, there are also concerns.

Here’s a look at how researchers are using wearable devices — and what you should consider before using them in your own research.