Rising need for high-content screening methods to spur cell images market

Rising need for high-content screening methods to spur cell images market

Cell imaging is particularly the study of investigating the structures of cells with the use of several devices, including microscopes, to better comprehend cellular mechanism. This will, in turn, help in discovering drugs and diagnose diseases. There are numerous techniques for cell imaging, which consist of immunofluorescence imaging, in-situ hybridization, automated imaging, high-content screening, super-resolution microscopy, fluorescence microscopy, and confocal laser scanning microscopy.

At present, the wide use of automation in this particular field is fueling the cell imagers market across the globe. Cell imaging is an essential technique for the well-organizedanalysis of cell biology and drug discovery. Thus, here, automation can play a vital role by reducing the time required by the researchers on several tasks, including sample loading. This will enable them to spend more time on interpreting and analyzing the outcomes achieved from cell imaging.

Most of the vendors are now offering automated microscopy solutions and are being progressively used in several research laboratories and diagnostic centers. These solutions elevate the overall lab productivity as they help in examining more samples. Further, the rise indigit of testing and research facilities, especially in biotechnology and pharmaceutical field, will further boost the market growth.

Rising incidences of chronic diseases

The elevating frequency of chronic diseases is only of the major factor contributing to the market growth.Chronic diseases such as diabetes, cancer, heart diseases, stroke, and arthritis are the leading contributors of deaths globally.

Rising need for high-content screening methods to spur cell images market

Elevated focus on cell-based research

As the government, research organizations, and companies are realizing the significance of cell biology in studying the cellular systems, there is an intensified highlight on the cell-based research. This enables them to expose new therapies and insights through the therapy assessment and early diagnosis.

Risingneed for high-content screening methods

High-content screening or high-content analysis is a set of analytical techniques that use automated microscopy, unique visualization tools, and multi-parameter image processing to produce quantitative information from cells. In the simplest form, these methods evaluate one signal averaged over numerous cells that exist within a microplate. This signal can be the levels of molecules,for instance, adenosine triphosphate, or expression of a gene.