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Protein Chromatography: Tools for Protein Expression and PurificationPublished by: Biocompare Published: Jul. 10, 2006 - 62 Pages Table of Contents
AbstractThe 2006 Protein Chromatography Report is composed of a market overview and an introduction to the 2006 Protein Chromatography Survey, which contains questions about chromatography systems and related applications that researchers are using. The report also includes a discussion of the survey results and conclusions and recommendations drawn from both a market analysis of protein chromatography and the survey data. A new feature, academic assessment, presents an interview with an expert in protein chromatography and protein expression systems that rounds out this comprehensive report.Biocompare spoke with Irina Neverova, Ph.D., adjunct professor of physiology at Queen’s University in Ontario, Canada, to discuss her perspective on proteomics and the advances in protein separation techniques. She describes the proteomics movement as “in a big transition period,” with the primary challenge being “pulling apart complex proteomes” in terms of the “different intrinsic properties” of the proteins and the span of their known concentrations reaching 1010. She predicts that multidimensional fractionation will aid researchers in the separation of proteins, provided that the columns and samples are optimized and that conditions are controlled. When queried about automation, Dr. Neverova commented that the pharmaceutical industry has made significant progress in this area, while academia is less focused on automation in general. She remarks that high resolution and sensitivities are important benchmarks that have not yet been achieved, but are essential for molecular diagnostics, such as the detection of biomarkers in a complex protein mixture such as plasma. Dr. Neverova predicts that high-performance liquid chromatography (HPLC), in addition to reversed-phase, affinity, and ion-exchange chromatography methods, will continue to evolve in terms of selectivity and miniaturization advances as well. The market overview supports the opinions of Dr. Neverova as the protein chromatography market has continued to grow, notably in clinical and biomarker applications. The diverse selection of chromatographic techniques, such as capillary electrophoresis, HPLC, and ion-exchange, affinity, and two-dimensional chromatography, allows for significant advances in the improvements and innovations that lead to higher sensitivities, specificities, and reproducibilities in protein separation. At present, protein chromatography products bring in revenues surpassing $150 million and are expected to top $237 million by 20103. The entire liquid chromatography market is predicted to exceed $3 billion over the next 4 years. Certain analytical systems are expected to outperform others, as the need for increased throughput and miniaturization increase, particularly in the pharmaceutical arena. HPLC and electrophoresis are expected to grow faster than other separation technologies. Niche separation products, such as chip-based microarrays and liquid chromatography/mass spectrometry (LC/MS) hybrid systems, are growing at over 15% annually. Such products are the result of technological innovations that drive improvements in resolution, speed, and sensitivity, of utmost importance in the growing clinical proteomics field. The marketplace is crowded, however, and companies have had to strategize ways to stay one step ahead of their competition, including designing custom systems, offering value-based service and adequate training for sales personnel, increasing price-to-performance ratios, and continuing to innovate and differentiate their particular products and services. With the decreasing costs of instrumentation, profit margins are slim and the promise of huge profit margins in this product area will be difficult for vendors to realize. Get Full Details About This Report >> |
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