Quantum computing has spurred the development of new breakthroughs in life sciences from using machine learning methods to diagnose illnesses sooner to identifying materials to make more efficient devices.
In an industry fraught with constant challenges, medtech leaders need to close the growing skills gap of their employee base and develop leadership from within. The pandemic’s impact on an increasingly remote workforce has caused companies to adopt a new approach to cultivating emerging leaders.
Critical care hasn’t had many breakthroughs in recent years and in order to change that, I believe we need to put more of an emphasis on integrating technology—specifically artificial intelligence (AI) —into the field.
With the accelerated adoption of many new technologies, ECRI’s annual health technology hazards list has been transformed by the COVID-19 pandemic.
Regardless of the reason for disposing of a medical device or other electronic equipment, the product must be destroyed in a manner in which it can never be reused or identified as coming from your organization. In addition, the resulting materials from the destruction process be disposed of in an environmentally appropriate and regulatory compliant manner.
Woodcock was selected by outgoing Commissioner Stephen Hahn, M.D.
How artificial intelligence and automation play an important role in future-proofing networks.
The deal will strengthen Stryker’s portfolio of smart technologies in its joint replacement business and provide products that help physicians make data-driven decisions.
For pharmaceutical and medical device manufacturers, computerized systems validation is vital. The following are three areas businesses must fine tune to ensure computerized labeling systems meet the stipulations of the new GxP regulations.
The wireless network serves as the backbone supporting patient care in every department of a healthcare facility. It is crucial to optimize and future-proof WiFi networks.
