Leading Nucleic Acid Extraction System Companies Continue to Struggle with Production Capacity Sustenance amid COVID-19 – Fact.MR Study

CITY, Country, 2021-Feb-09 — /EPR Network/ —

The isolation and purification of nucleic acid are among the basic tests in the molecular laboratory researches, with the availability of a wide range of equipment and processes used for its extraction. Nucleic acid extraction system has transformed research processes with numerous applications in pharmaceuticals, medical, academic, and life science research. Nucleic acid extraction systems are witnessing increasing demand owing to their potential to play a vital role in the customized and predicative medication. These benefits are expected to drive the growth in the nucleic acid extraction system market in the forthcoming years.

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Health care stakeholders are implementing payment reforms such as value-based payment models that help providers, payers, and patients achieve the best outcomes at the lowest cost. Technology-enabled patient engagement strategies are enabling increased financial independence for patients in their health care decisions, in addition to improving interactions with their health care systems. Governments are also moving the needle by adopting universal health coverage and introducing pricing controls on pharmaceuticals and medical technology devices. Population health management (PHM) is being used to identify people’s health care needs and offer services accordingly.

Big data and analytics will drive patient outcomes in a big way, and the coming years will witness a growing emphasis on healthcare service providers in the business of gathering and processing patient health data. Creating outcome-oriented financial models to maximize reimbursements in value-based healthcare will be a strategic shift from the traditional fees-for-services model. This implies that pharmaceutical companies will need to devise appropriate measures to optimize costs and improve the quality of patient care.

Mass technological transformation of the global healthcare industry has left key market participants struggling to traverse the complexities of medical and life sciences. Given the shifting dynamics of the global healthcare sector, pharma and biotech companies are taking measured efforts to improve patient outcomes in an effective manner, while keeping a careful watch on the bottom line.

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The growing penetration of automotive processes in R&D has increased the need for technologically advanced automatic nucleic acid extraction system. Automated nucleic acid extraction system makes a viable option over manual variants as it offers cleaner and more consistent extraction of nucleic acid in lesser time. With an ability to run several processes simultaneously with minimal error ratio, the adoption of nucleic acid extraction system is likely to grow. Such benefits are further likely to fuel gains in the nucleic acid extraction system market.

The nucleic acid extraction system market is expected to witness steady growth as these users–friendly systems minimize sample contamination, and offer high throughput results at fast speed and alleviate the reagent wastage significantly. Growing applications of automatic nucleic acid extraction systems in diverse sectors, such as molecular biology, environmental research, drug delivery, pathology, and forensic science are creating opportunities for stakeholders. Furthermore, these systems can extract nucleic acid from distinct samples, such as cell culture, serum, and tissue, which is likely to accelerate growth in nucleic acid extraction system market in near future.

Global Nucleic Acid Extraction System Market: Overview

The global market for nucleic acid extraction systems has witnessed vast technological advancements in the past few years, enabling an increased uptake of nucleic acid extraction kits, reagents, and other related products. Companies operating in the market have started ploughing more resources into developing in-house manufacturing capabilities so as to generate high quality products in short durations to meet the increasingly diverse and complex research requirements across different industries surrounding nucleic acid research.

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Technological advancements in areas such as sample preparation, strategic collaborations between leading research bodies globally with the aim of improving research turnaround time, and rising demand for new extraction techniques and analytical instruments are some of the leading factors expected to drive the market in the next few years. Moreover, rising funds being poured into medical and biological research activities is also driving the global nucleic acid extraction systems market.

The market is likely to exhibit a promising upward trajectory in the next few years, with the market in North America expected to remain one the leading consumers of these systems. The market in Asia Pacific is also expected to emerge as one of the leading contributors of revenue to the market, thanks to a thriving medical R&D industry.

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leansing of nucleic acid from sample with a combination of chemical and physical methods.  There are different types of kits and systems that are available to extract nucleic acid, and choosing the correct system saves the time needed for the process of extraction. Introduction of automated liquid handling solutions enable end-to-end sample preparation for nucleic acids. Nucleic acid extraction system has revolutionized research processes and has multiple applications in life science, pharmaceuticals, academic, medical and clinical research. Nucleic acid extraction system is likely to play a critical role in personalized and predicative medicines.

Nucleic Acid Extraction System Market- Drivers

Developments in processes associated with nucleic acid extraction have resulted in increasing demand for quality reagents, kits and related products. Several companies with product offerings have developed in-house capabilities to generate high quality products with short turnaround times to meet varying research requirements. Technological developments in sample preparation method for nucleic acid extraction, agreement between top research institutes to boost research activities related to molecular biology, increasing demand for new extraction techniques and technological advancements in analytical instruments are some of the major drivers for nucleic acid extraction system markets.

In addition, growing investments in medical research, especially by academic and research institutes over the past several decades has resulted in better understanding of fundamental pathways with which various proteins involved in development of disease are either down regulated or up regulated. Over past several years, the complexity of products by researchers has grown. This is an indication of the enhancement in understanding of elementary pathways and discovery of new pathways. It is imperative for manufacturers to keep up with the latest research developments to cater to ever-changing needs of life science research.