Biotechnology & Bioinformatics

Wearable technology has the means to revolutionize health and wellbeing management, with the introduction of streamlined and miniaturized devices in recent years for diabetes management, assistive audio transcription, and general health stats access.

A world where plastic products are biodegradable and biofuels are increasingly available is one that would see far less harmful emissions being released into the atmosphere. This article by IDTechEx covers bioplastics, biofuels, and sustainable chemicals.

Wearables is a huge market across major sectors including healthcare and consumer electronics. The scope for versatility and flexibility, along with continuous, accurate data collection make wearable devices a technology unlike any other.

Introducing sustainability goals to long standing, established industries can be difficult. However, global environmental awareness and ramped up regulations are proving to help make changes across major sectors, with the creation of bioproducts and reduced emission processes. This article covers bioplastics, biomanufacturing, and biofuels.

Wearable devices can bridge the gap between the internal and external, by acting as an interface between the body's inner workings and real-time data displayed on a screen. This article covers wearable devices and quantum sensors used in wearables.

Transport and chemical manufacturing are industries currently facing sustainable changes as environmental awareness gains prevalence and sustainability action is taking place. This article covers biofuels, SAF, and sustainable chemicals.

Industrial biomanufacturing occupies a distinctive position in the production of high-value specialty chemicals. This article discusses two of the technology trends in specialty chemical biomanufacturing, the use of cell-free systems and alternative non-sugar feedstocks.

White biotechnology is a key step in a circular economy, enabling the transformation of waste to industrially useful chemicals via a sustainable process. This article delves into two of the key market drivers for industrial biomanufacturing: government policy and technology advancement.

As the demand for sustainable, high-performance ingredients continues to grow, specialty chemicals are emerging as a critical focus area in the chemical industry's transition to greener, more precise manufacturing. Unlike commodity chemicals, which are produced in high volumes and valued for their scale, specialty chemicals are defined by their function, purity, and compliance with rigorous performance or regulatory standards. These chemicals are essential to a wide range of products, from food and cosmetics to catalysts and coatings, and their production presents both technical challenges and commercial opportunity.