Global rDNA Technology Market size is expected to gain market growth in the forecast period of 2022 to 2028, with a CAGR of 7.9% in the forecast period of 2022 to 2028 and will expected to reach USD XXX million by 2028
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rDNA Technology Market: An Overview
The rDNA technology is well-established in the medical field. The technology is popular in every pharmacy, along with the offices of veterinarian, and physicians. The technology also leads the way in biological research laboratories, and medical testing laboratory. The application of rDNA technology in agriculture like disease prevention, and hybridaziation of crops also make it an important tool in farms, as well as supermarkets. The technology can also be visible in GloFish selling pet shops, as it caters to genetically modified animals. Despite its widespread use, and established promise, the technology is most prominent in medical research, wherein it identifies, maps, and sequences genes to determine their function. Its proteins today are widely used for examining different proteins, and produce drugs with synthesis within cells and organisms. The promising application of rDNA technology promises to expand the growth of the rDNA technology in food production, medicine, agriculture, and bioengineering, among various others.
rDNA Technology Market: Competitive Analysis
The rDNA technology market remains a fragmented, and competitive landscape, with increased opportunity for startups, and new players. Despite the costs of innovation remaining high, the increased success of drug approvals, and increased interest in emerging region for collaboration, and regulatory streamlining of approvals remain bright spots on the horizon. Some key players in the global rDNA technology market are Biogen, Inc., Thermo Fisher Scientific, Merck & Co., Inc., Sanofi Pasteur, Profacgen, Pfizer, Inc., Monsanto Company, and Amgen, Inc.
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rDNA Technology Market Segmentation Analysis:
By Product:
non-medical,
medical,
others
By Components:
cloning vector,
expression system,
others
By Application:
health and disease,
food and agriculture,
environment,
others
rDNA Technology Market: Regional Analysis
The rDNA technology market report is divided into North America, Europe, Asia Pacific, Latin America, and Middle East & Africa. Among these, the North America is expected to witness major growth in the near future, thanks to growing investment in pharmaceutical research. According to the US congressional budget committee, the pharmaceutical industry has increased its investment in innovation by nearly 10 times as compared to its investment in the 1980s, adjusted for inflation. Moreover, thanks to new technologies, the innovation in the pharmaceutical promises results in very low failure, while streamlining of drug approvals promise robust commercial opportunities, globally. The growing demand for new drugs, and increased innovation in relation to new patents, along with established base of prominent research institutes in the country promise major growth for the rDNA technology market in the North America region.
The Asia Pacific, led by China, and India is likely to be another important region for growth. The expiry of several key patents, the growing investment in innovation in the region, and remarkable success in relation to covid-19 vaccine remain promising driver of growth. The growing demand for rDNA technology in Europe also remains a promising opportunity for growth for players in the global rDNA technology market.
rDNA Technology Market: Notable Developments
Using rDNA technology, rBIO, a pharmaceutical startup has produced synthetic insulin in labs. Insulin production remains highly expensive as bio-similar identical to insulin remain difficult to product. According to the press release of the company, the innovation will reduce costs of insulin production by at least 30%. This is a major relief for expansion of insulin for diabetic patients globally. Currently, insulin with insurance can cost as much as $1000, with co-pays in the US. It is estimated that 1 in 4 diabetic patients in the US are skipping insulin due to high costs. The high costs have also prompted legislations to take stringent actions, with some going as far as capping prices. For example, in May 2016, in Colorado, the state government passed a law legislation capping total use prices at $100, regardless of how much patients used the drug. Reducing production costs can expand opportunities for both producers, and patients, benefitting all stakeholders to expand growth of the rDNA market in process.
Cadilla Healthcare, an India-based pharmaceutical company has produced a needle-free, 3 doses vaccine, which is based on the DNA-plasmid technology. the vaccine when injected, produces spike protein, with the ability to self-replicate. The vaccine named, ‘ZyCoV-D’ is in the process of being approval for emergency-use authorization (EUA), and will likely promise major commercial opportunities in the rDNA technology market. This vaccine is addition to rDNA-based vaccines like Corbevax, which has completed its interim trials, with results waiting to be published.
Scientists in a global collaboration have designed biosensors based on rDNA technology which promise to revolutionize the diagnostic industry. Their new approach captures biomarkers of choice, and produces responses that essentially, ‘switch on’ producing electric response, as well as changes in colors, to drugs for the severe chronic diseases, mentioned earlier. Currently, detecting toxicity in medicines for arthritis, cancer, and organ transplantation remains a major area of concern. Researchers from Clarkson University (US), Pathology Queensland, and CSIRO-QUT Synthetic Biology Alliance took modular approach to develop the new molecule biosensors.
rDNA Technology Market: Key Trends
The role of rDNA technology market in agriculture sector continues to grow. Today the technology has moved on from genetically modified crops to preservation, evaluation of minerals, identification of plant germplasm resources, among several new applications. The genetic modification has also received widespread acceptance, making opportunities like GMO foods a commercial reality in key regions like the US. The growing demand for food monitoring process, and growing penetration of rDNA technology in agriculture remain two key opportunities for players in the global rDNA technology market.
Previously ignored areas of medicine like infertility, and mutations also show major promise when combined with rDNA technology. The mutations issue is responsible for several genetic diseases including fibroids, and chronic illnesses like cancer. With the help of the rDNA technology, the cloning method can be used to identify a mutated gene. This gene can be used to produce multiple copies, with healthier characterizes to replace the defective gene. Such therapies have already made their way into the therapeutically products launched by several pharmaceutical companies. Since its introduction, the rDNA technology has made way for a long list of diseases including AIDS, Hepatitis B, Turnor’s syndrome, genital warts, diabetic foot ulcers, multiple sclerosis, among others. While many of these diseases, including conditions like infertility weren’t previously ignored, researchers had failed to produce effective results. Scientists have used the rDNA technology to produce hormones to treat conditions like infertility among women.
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