Universal Probe Library Market Via Indepth Qualitative Insights 2018 to 2027

Universal Probe Library Market to Grow Apropos of Increasing Demand for Efficient Gene Expression Analysis

Future progress of the universal probe library market is estimated to be influenced by extensive life science research initiatives, growing reliance on RT-PCR based validations, steadily rising biotechnology sector, and demand for automation in R&D sector. Albeit the life science industry focuses on delivering value to the healthcare system, it is supported by the huge government funding and private investments, where latter has created a competitive market landscape of millions of dollars in biotechnology and pharmaceutical sectors. As these sectors are important end-users of the universal probe library market, impressive investments can bolster adoption of universal probe library (UPL) technology.

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Government funding in the life science research has increased with the aim to encourage applied research initiatives. Further, flourishing biomarker industry is expected to increase the importance of probes, in turn, driving the universal probe library market. However, high initial investment, need of specificity, and lack of awareness regarding advanced technologies are likely to confine the growth of the universal probe library market.

Universal Probe Library Market to Emerge as an Efficacious Alternative to Conventional RT-PCR Procedures

Since RT-PCR technique has become an important validation for a plethora of gene expression studies carried out across the globe, time-needed, initial capital invested, and skills required to perform successful RT-PCRs have bemused researchers worldwide. Universal probe library assists researchers to overcome these limitations by significantly declining the time and efforts involved in assay preparations, thereby increasing productivity and throughput of research laboratories involved in gene expression analysis.

The essential revolution brought by universal probe library technology is the optimal and comprehensive probe coverage of all transcripts in a given transcriptome, with which universal probe library enables designing of assays in seconds. As ProbeFinder Assay Design Software is easy-to-use and displays the target-specific primer sequences and the matching Universal ProbeLibrary probe, assay preparation time invested in primer designing and probe matching is reduced significantly.

Further, with the compatibility of universal probe library assay with all real-time PCR instruments that detect fluorescein, FITC, FAM, and/or SYBR® Green I, and follow standard cycling protocols for hydrolysis probe assays, future popularity of universal probe library is evident in R&D laboratories of academic institutes as well as biotechnology industry.

Autonomous, High-Throughput Screening Demand in Gene Expression Studies to Instigate UPL Technology Adoption

With the availability of a myriad of genome sequences, gene expression analysis has become an important segment of transcriptomics and proteomics. Increasing studies on model organisms have made gene analysis a routine in the research laboratories. By leveraging benefits of advanced technologies, researchers are now preferring autonomous technology solutions that save time spent in manual preparations and allow more time for thorough analysis and insightful discussion.

High-throughput screening methods also save time and resources and further enhance the productivity of the laboratories. The method is particularly famous in drug discovery, sequencing, and gene expression analysis studies. As universal probe library can detect a majority of transcripts in the human, mouse, rat, primates, Drosophila, Caenorhabditis elegans and Arabidopsis genomes, gene analysis in model organisms become effective with UPL technology.

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Due to its high level of compatibility and advanced technology, universal probe library has been successfully used in multiple assays such as microarray validation, gene knockdown quantification, and intron-spanning assays among others.

With the supreme capabilities of UPL technology, universal probe library market is expected to witness a positive growth trend during the forecast. However, this growth forecast entails market uncertainties in terms of high-cost pressure, presence of considerably effective methods, lower adoption levels, and lack of awareness regarding the true potential of universal probe library technology.

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