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Biomedical refrigerators and freezers are used in biotechnology and medicine. These systems are specially designed for efficient storage of frozen or fresh blood samples, enzymes used in research, DNA, RNA, and various life-saving vaccines. Several research laboratories, blood banks, hospitals, clinics, educational institutes, and diagnostic centers deploy these refrigerators and freezers that provide optimum storage conditions.

However, the growth of the market might be slackened by the low yields of carotenoid generation via chemical extraction or synthesis. High production costs might also emerge as a key bottleneck to market growth.

Across the world, the increasing incidence of breast cancer is significantly contributing to the growth of the automated breast ultrasound system market. According to the World Cancer Research Fund, the prevalence of breast cancer is 25% higher than other types of cancers in women.

An apheresis machine consists of a device or apparatus which collects blood removed from a donor's body and separates it into the different components such as platelets, plasma, red blood cells, and white blood cells. Depending on the purpose, the apheresis process is needed, one of these components can be easily isolated and collected by the equipment, while the other components are sent back to the body. The increasing incidence of various blood-related disorders has stimulated the demand for platelets and plasma. Coupled with this, general awareness regarding apheresis blood collection procedures, machines, and kits has led to robust evolution of the apheresis equipment market.

A transformer consists of primary and secondary windings. Its performance is mainly determined by the flux linkages between these coils. For efficient performance, one magnetic path with low reluctance common to both the coils is provided in transformers. This low reluctance magnetic path forms the core of a transformer. Cores are available in various forms, including laminated steel, toroidal, solid, and air. Currently, the global transformer core market is experiencing robust growth due to the increasing investments by governments worldwide in renewable power projects.

The global structural biology and molecular modeling techniques market has been thriving due to the high prevalence of chronic diseases. The market is also gaining a strong foothold across the globe as treating these diseases is becoming increasingly difficult due to the acquired drug resistance. In the light of these developments, research and development activities using structural biology and molecular modeling techniques have been in full swing. The increasing focus on improving the quality of medicines and ensuring patient recovery and safety has augmented the demand for various structural biology and molecular modeling techniques. The demand for these techniques is projected to soar as the need to reduce drug failure is an immense one amongst healthcare institutes.

The surge in the demand for emission control and fuel economy improvement is prompting automobile companies to develop alternative solutions for manufacturing lighter vehicles through design modification and material substitution.

This report on the global market for predictive genetic testing and consumer/wellness genomics analyzes all the important factors that may influence the demand in the near future and forecasts the condition of the market until 2025

A report by TMR Research offers essential information on the key trends in the global polymer chameleons market. It presents a granular analysis of the various growth drivers and restraints in the market.

Matting agents are useful to achieve the desired matting effect, while at the same time, maintaining the performance properties of the coating including color stability, good flow, and physical and mechanical properties. There are various formulations of matting agents are available including epoxy, epoxy-polyester hybrids, and polyester-TGIC powder coating. Owing to its application for various purposes, the global matting agents market is projected for a healthy growth rate during the forecast period of 2017 to 2025.