Flow Cytometry Market To Cross $10,065.4 Million by 2030

The total flow cytometry market size was $4,874.1 million in 2021, which is likely to reach $10,065.4 million by 2030, propelling at an 8.4% CAGR from 2021 to 2030. This will mainly be because of the growth in drug development, increase in the demand for analysis in clinical diagnostics, and the usage of flow cytometry for research purposes. For instance, this technology is widely used in in-vitro molecular studies and cancer research.

Healthcare centers accomplish immunophenotyping for the analysis of primary immunodeficiency ailments, lymphoma and leukemia, and paroxysmal nocturnal hemoglobinuria (PNH), and reporting of immunity status in patients with HIV contagions and other malignant diseases. For example, globally, about 20 million new cancer cases were reported in 2020, and this number will likely reach around 30 million by 2040.

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How Does Flow Cytometry Function?

The first phase in the flow cytometry procedure is planning the sample for analysis. Suspend any cells derived from blood, disintegrated tissues, or cell culture. The addition of antibodies tagged with fluorescent probes, or dyes that stain cellular components, allows the other samples to be spoiled.

Cells must first be frozen and permeabilized for antibodies and dyes to penetrate the cell during intracellular protein analysis. After incubating with the antigens or stains, the cells are rinsed in buffers and then reconstituted in a saline-based solution for analysis. The flow cytometer is then fed with this processed sample.

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What Instruments Are Used in Flow Cytometry?

A cytometer will, at least, include a detector, a laser, and a fluidics system to ensure that cells move quickly through the laser beams. Over time, there has been substantial growth in the quantity and caliber of detectors and the count of lasers in cytometers.

The count of markers that can be identified at once has increased due to these improvements. Flow cytometers may be made for a variety of uses. Well plate loaders, for instance, might be added to provide a speedy hands-free examination of several samples and a large throughput of samples.

Why Need for Bead-Based Flow Cytometry Is Growing

The bead-based flow cytometry is predicted to grow rapidly in the coming years. Bead-based flow cytometric analyses have grown in popularity recently and are employed in several laboratory analytical techniques.

The industry-standard assay uses beads as a solid matrix for various molecular laboratory research. Additionally, bead-based flow cytometry executes multi-analyte flow immunoassays, giving it an advantage over cell-based flow cytometry by enabling simultaneous and quantitative measurement in a small number of biological fluids.

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