Tissue microarray (tmr) market: evolving market trends & dynamics 2024

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Tissue Microarray (TMR) Market: Evolving Market Trends & Dynamics 2024 Date: 03-03-2017 06:51 PM CET Category: Health & Medicine Press release from: Transparency Market Research - Pharmaceutical

Tissue microarray is a high-throughput technology which accelerates and facilitates in situ analysis of tissue. The identification of disease causing gene is a major focus in the current advanced biomedical research. Array-based technology provides platform for molecular profiling of disease genes and tissue such as DNA array and tissue array. Thousands of genes are already identified using microarray technology that may be associated with disease initiation, development, and progression. The identification theses genes has enhanced the process of lead discovery. Clinical evaluation of such leads is a challenging task as it involves analysis of numerous well-characterized tissue specimens. Tissue microarray helps in the analysis of thousands of tissue samples simultaneously in using array format. The technique of tissue microarray helps to maintain the pace with lead discovery process. Download Exclusive Brochure of This Report : www.transparencymarketresearch.com/sample/sample.php?flag... The tissue microarray technology involves core needle biopsies of numerous tissue constructed on the block. It is prepared from paraffin-embedded tissue, fresh tissue, or from archival formalin fixed tissue. Small size tissue cylinders of about 0.6 mm size are extracted from different primary tumor blocks (donor blocks) and are assembled in array format in single empty block (recipient blocks).Tissue microarray blocks are used simultaneously for in situ analysis of tissue samples. Tissue microarray can be manufactured manually or automatically. Tissue microarray has a number of advantages over standard conventional techniques. Tissue microarray enables high throughput data acquisition with simultaneous analysis of large number of specimens. This technology allows analysis of samples in one batch on one slide, thus maintaining the uniformity of variables such as temperature, incubation period, washing interval, and antigen retrieval. The technique uses small amount of reagent and has proven to be highly effective and extremely efficient with short duration process. The technique retains the original block for diagnosis and conserves the crucial tissue of donors. The technique is widely used in the diagnosis of tumor, especially breast cancer and lung cancer. In addition, tissue microarray is used for identification of novel molecular marker and clinical validation of new genes on

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