Healthcare

Product-wide trends when viewing relative performance of case studies in commercial skin patches.

The market for biomedical diagnostics is expected to grow steadily, due to an ageing and growing global population, increasing health expenditure and more prevalent lifestyle ailments such as obesity, cancer and cardiovascular diseases.

Due to the numerous problems that remain in 3D bioprinting, researchers have been working on novel methods of biofabrication. This article gives an overview of the what's and how's of 3D bioprinting.

Fiber lasers have a large share of the laser material processing market but are typically limited to aerospace and defence applications in the sensing market segment. That is set to change within the next decade as emerging applications of fiber laser technologies include automotive LiDAR, multi-species gas sensing and structural health monitoring.

Biobased polymers, a class of polymers that are manufactured from a biomass source rather than from an oleochemical source, will grow twice as fast as petrochemical polymers to 2023.

Modicare, possibly the world's biggest government-funded health care program, will be launched on 25th September this year, announced by Prime Minister in India in his Independence Day speech today.

Mobile cardiac telemetry (MCT), Holter monitoring, event monitoring and a comparison with other options

There are many wearable technology products that focus on getting the user moving. Nowhere is this more relevant than in inpatient monitoring in a clinical setting.

An emerging trend in wound care management is the use of connected devices such as smartphones and tablets to simplify and streamline the documentation process. Photographs of wounds taken on these devices, complete with calculated wound dimensions, can be directly added to a patient's electronic health record via specialized software and apps.

Biomanufacturing meat without animals, chemicals without oil and silk without spiders. Synthetic biology can broadly be described as the engineering of biological systems, having been the focus of intense academic research from the early 2000s. Following these early steps, genetic engineering has become increasingly sophisticated, allowing microorganisms to be engineered to produce specific target compounds, known as biomanufacturing.