The adoption of UHPLC, with the advancements made in both UHPLC instrumentation and UHPLC column technology, has changed scientists’ expectations of chromatographic performance. In many realms...
With the rapid pace of change brought on by sequencing technologies in 2018, the momentum is expected to continue in 2019 in research, testing, and clinical...
Although being challenged by alternative platforms, for this decades-old analytical technique, the best, it seems, is yet to come. Flow cytometer is a powerful tool that...
From liquid chromatography, the technology advanced to high-performance LC and then to ultra-HPLC. Despite being the newest form of LC, UHPLC platforms come in many forms....
The focus of the industry remains to introduce best technologies that offer high throughput and improved sensitivity. New strategies have been proposed to develop high-sensitive, portable,...
While MS-based techniques will continue to grow, its growth trajectory with certainty cannot be predicted. With MS-based techniques merging with next-gen DNA sequencing, automation replacing other...
The biopharmaceutical industry and its bioprocessing component continue to incrementally and over time dramatically expand in most aspects. 2018 saw several first-in-class approvals as well as...
The genomics market is expected to experience a rapid growth with maximum application of genomics originating from the genomics companies around the world. The vendors and...
Trends in the life sciences industry generally take place over decades rather than years, but many of the foundational elements that could signal a shift in...
To date, numerous ELISA formats have been demonstrated with considerable improvements in sensitivity, duration, procedure, cost-effectiveness, simplicity, and automation and the trend will continue owing to...
The PCR industry is shifting its focus away from macro-scale systems and is focused on developing the micro-scale devices. The Nobel Prize winning polymerase chain reaction...
MS-based technologies have the potential to replace current analytical technologies in clinical laboratories, and existing expertise and instruments will undergo rapid evolution in the future. Mass...
Backed by advances in the field of liquid chromatography, diagnostic services are now able to offer faster turnaround times and measure analytes in patient types and...
There has been an explosion in technological advances, which has seen an expansion in the number of commercially available fluorescent dyes tagged to antibodies, and instrumentation...
Gene expression technology involving microarrays for cancer detection is forming the groundwork for many cancer detection researches thus to identifying new therapeutic targets. Several innovative developments...
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