Though there are a set number of health conditions that can affect people, the actual effect they have can vary from one individual to another. This is because, though similar, every human is slightly different on the genetic level. Consequently, one treatment that works for one patient has no guarantee of working for another. With the realization of this fact, the medical specialty of personalized medicine has emerged, wherein the genetics of a person are studied to devise a suitable treatment.
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With time, oligonucleotide production methods have evolved, and techniques that can offer large quantities of these biopharmaceuticals in a cost-effective manner are making it to pharma and biotechnology laboratories. In addition to the development of synthesizers with a high throughout, better coupling reagents and advanced protecting amino acid group sets are also helping in the penetration of such biopharmaceuticals in research, diagnostics, and therapeutics. One of the newer approaches to synthesizing these products is the microarray technology, which has allowed for the study of numerous conjugates of oligonucleotides with biological ligands.
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Geographically, North America is the largest oligonucleotide synthesis market, as a result of the favorable government policies for associated research. Moreover, the healthcare infrastructure in the continent is more advanced than elsewhere, so the new technologies witness rapid penetration. Similarly, the prevalence of infectious diseases is also rising, and these biopharmaceuticals are being studied as a possible treatment. In the coming years, Asia-Pacific (APAC) would observe the fastest rise in the uptake of these products for research, diagnosis, and therapeutic purposes. This would be on account of the bettering healthcare infrastructure, increasing incidence of chronic diseases, and rising demand for better patient outcomes.
