Nowadays, multifunctional aptamer molecules are widely studied biomedical class among scientists across the globe. Due to its unique chemistry and potential advantages compared to currently available drugs (i.e. antibodies), aptamer became one of the most budding market for the future period. For example, according to the scientists, antibodies take around 7–15 years for production and cost more than USD 4 billion with average failure rate of 85%. Unlike antibodies, aptamers are directly tested in animal model i.e. in-vivo test (bypassing in-vitro test entirely) which eliminate majority of benchmark testing during the production of aptamers. Because of this, production of aptamers save several years and approximately 35% of research and development cost compared to antibodies. This advantage of aptamers has attracted more and more attention among researchers within life science and biomedical applications. Other advantages such as easy digestion by enzyme, less risk to provoke undesired immune response, high thermal stability, and cost efficiency as compared to the antibody regime boost the uptake of aptamers. Such benefits will help aptamers to become one of the most demanding research field during the coming years which will establish healthy platform for the market growth.

The study of the integrated quantum optical circuits in this report emphasizes on various material types, and corresponding applications. This device uses light instead of electricity for signal processing and computing. The market size revenue considered in the report is revenue earned by companies by selling integrated quantum optical circuits. From application perspective, the report analyzes the market according to optical fiber communication, optical sensors, bio medical, quantum computing, and others.