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RnRMarketResearch.com adds a new market research report which provides in-depth analysis on the processes, drivers and barriers of the cell culture market.
Dallas, Texas (PRWEB) November 15, 2012
The report analyzes the role of biopharmaceutical products that basically provide enhancement to media, sera, reagents and cell culture market. Major manufacturing technologies involved in the cell culture technology have been detailed in the report. Furthermore, the report provides competitive benchmarking for the leading players that shape the global media, sera, reagent and overall cell culture market.
This research indicates that the cell culture market is growing continuously due to increased demand for biopharmaceutical products. The introduction of biosimilars across various geographies in the forecast period on a large scale will boost the cell culture market, rapidly. Despite concerns about low flexibility for manufacturing quantities and other factors, the higher efficacy of the end products will drive its growth in the future.
Cell culture technology is used to carry out processes external to the natural environment by maintaining controlled environments which enable the growth of various cell cultures for use in medicine and research. The processes is related to methods involved in the development of tissue or organ cultures. Multicellular eukaryotic cells from animals are usually preferred for cell culture as they provide standard characteristics for growing environments. Plant cells are the second choice for culture technology, while fungi, bacteria, protists and others are also used for the developmental process.
The development of recombinant methods involves genetic manipulation and restructuring of DNA or genes. Genetic recombination usually takes place in a biological environment, while DNA recombination occurs either during a repair response or experiments using in vitro studies. This is also known as genetic engineering technology and was developed at the end of the twentieth century. This method was further developed for large-scale cell culture production and was found to be helpful in protein synthesis processes, such as insulin production.
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