Single-use bioprocessing (SUB) refers to the usage of vessels, equipment, conduits, and other active consumables that come into contact with process fluids only once and are then discarded after the use. In their purest form, SUB solutions replace stainless steel or glass with plastic products. They have quickly become wellaccepted technology among biopharmaceutical manufacturers, especially for clinical research and pre-commercial drug development activities. These disposable devices and components have created new segments in the bioprocessing industry that have evolved over the past few years. Several biopharma companies have adopted this technology for its ease and flexibility in adjusting to varying product supply and demand.

Plastic labware is a set of equipment used to serve the purpose of scientific work, such as developing new drugs and conducting various experiments in research laboratories. In 2022, the labware market was valued at $ 9,940.75 million and is expected to grow at a CAGR of 12.20%. The increased use of plastic labware in academic & diagnostic institutions, hospitals, and forensic laboratories has recently driven the demand for the same. Moreover, the rising number of research and development laboratories and the increasing demand for plasticware products have driven the global labware market demand. Researchers have shifted to plasticware products since they are lightweight, recyclable, cost-effective, and non-breakable. Government support in pharmaceutical and drug discovery is anticipated to be the major driver for the market growth of the global labware market during the forecast period.

Metabolomics is an emerging field of scientific research that focuses on the comprehensive study of the metabolic product of a cell, tissue, or organism. It is a branch of systems biology that applies biochemical and analytical techniques to measure and identify the metabolites in a sample of interest. Metabolomics is important for understanding the biochemical mechanisms underlying various physiological processes, pathological disease states, and environmental exposures.

Gas generators are equipment used to serve the purpose of scientific work, such as in packaging new drugs and conducting various experiments in research laboratories. The increasing usage of several gases in academic & diagnostic institutions, hospitals, and forensic laboratories has driven the demand for the same in recent years. Moreover, the rising number of R&D laboratories and the increasing demand for pharmaceutical products drive the global laboratory gas generators market. Researchers are shifting to gas generators over gas cylinders as these products are lightweight, cost-effective, and convenient. Government support for pharmaceutical and drug discovery is anticipated to be the primary driver for the market growth of the global labware market during the forecast period.