The Global Single Cell analysis market is anticipated to grow at a CAGR of 16.79% between 2018 and 2026. Global single cell analysis market is primarily driven by rising government funding for cell-based research and technological advancements in single cell analysis products. The Single Cell analysis market is primarily driven by the following factors:

• Expanding technological innovations
• Expanding occurrence of chronic infectious diseases across the globe
• Increasing emphasis towards the development of personalized medicine
• Growing biopharmaceutical and biotechnology industry
• Rising government subsidy for research

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The important driver increasing growth in the Global Single Cell analysis Market is expanding technological innovations. Single cell analysis is a complex technology that allows analysis of single cells from a mixture of cells. This type of analysis provides the basis for understanding the complex system in fields like neurology, cancer and stem cell biology. Various technologies are used in single cell analysis.

The Applications of Single Cell analysis markets are used extensively for various purposes. The global single cell analysis medical application market can be classified on the basis of applications like circulating tumour cells, in vitro fertilization, and prenatal diagnosis. CTCs are part of tumour cells that cause metastasis, resulting in most cancer deaths. Non-invasive prenatal testing (NIPT) is carried out to find genetic conditions or diseases in a fetus or an embryo before birth. The global single cell analysis research application market can be classified on the basis of applications like cancer, immunology, neurology, stem cells and other applications. Single cell analysis aids in unravelling clonal interactions and resulting morphological changes at tissue level of the tumour cells, which leads to drug resistance, disease progression, and metastatic disease. Through single-cell sequencing, one can unravel unique gene expression patterns and variants simultaneously on both T & B cells. Single cell analysis has, over the years, proven to be a novel technique in demystifying certain biological aspects of the brain. Single cell sequencing techniques have helped in characterizing the genetic heterogeneity of individual induced pluripotent stem cells along with the mechanism that regulates differentiation and pluripotency.

Concerns associated with intellectual property and patents rights and the high cost of single cell products are the major factors hindering the Single Cell analysis market. Most of the instruments which are used for the single cell analysis are costly. This is one of the challenges faced by this market. Intellectual property and patents rights are the other restraints in the single cell analysis market. As the property and patents rights are of great importance for new innovations as they are embedded in the government policies and with the judicial reasons. The  issues are considered deeply as if any third party could claim that particular company has infringed their intellectual property.

The Global Single Cell analysis market segments include applications, techniques, cell types, end users, and products.

Applications are segmented into:

• Medical applications market
• Circular tumour cells (CTCS) market
• Non-invasive prenatal diagnosis market
• In vitro fertilization (IVF) market
• Research applications market
• Cancer market
• Immunology market
• Neurology market
• Stem cells market
• Other research applications market

Techniques are segmented into:

• Flow cytometry market
• Mass spectrometry market
• Microscopy market
• Next-generation sequencing (NGS) market
• PCR (polymerase chain reaction) market
• Other techniques market

Cell Types are segmented into:

• Animal cells market
• Human cells market
• Microbial cells market

End Users are segmented into:

• Biopharmaceutical and biotechnology companies market
• Cell banks and IVF centers market
• Hospitals and diagnostics laboratories market
• Research & academic laboratories market

Products are segmented into:

• Consumable market
• Assay kits market
• Beads market
• Microplates market
• Reagents market
• Other consumables market
• Instrument market
• Cell counter market
• Cell microarrays market
• Flow cytometers market
• HCS systems market
• Microscopes
• Spectrophotometers
• Other instruments

This report covers the present market conditions and the growth prospects of the global Single Cell analysis market for 2018-2026 and considered the revenue generated through the sales of Single Cell analysis for applications, techniques, cell types, end users, and products to calculate the market size by considering 2017 as the base year.

Geographically, the Global Single Cell analysis market has been segmented on the basis of four major regions, which include:

• Single Cell analysis North America Market – The United States & Canada
• Single Cell analysis Asia-Pacific Market – China, India, Japan, Australia & Rest of APAC
• Single Cell analysis Europe Market– The UK, France, Germany, Italy, Spain & Rest of Europe
• Rest of World- Latin America & Middle East and Africa

The Single Cell analysis market in North America is anticipated to embrace the largest share by 2026 owing to the increasing applications of single-cell analysis in cancer research. The demand for adequate infrastructure for conducting research remains a major challenge for North America single cell analysis market. The US dominated the North America single cell analysis market. Rising biotechnology and biopharmaceutical industries and growing applications of single-cell analysis in cancer research are driving the U.S. single cell analysis market. On the other hand, Asia-Pacific market is anticipated to be the fastest-growing region for the Single Cell analysis market. The development of Asia Pacific region is chiefly driven due to the rising necessity for stem cell treatments for the cure owing to a mounting number of the patient populace in the region and rising occurrences of chronic lifestyle sicknesses. The growing prevalence of chronic lifestyle oriented diseases is also enhancing the growth in the global single cell analysis market.

The Single Cell analysis market is segmented based on techniques which are sub-divided into Flow cytometry, Mass Spectrometry, Microscopy, and others. The market is also segmented on the basis  of cell type ( Animal Cells, Human Cells and Microbial Cells), on the basis  of end user (Biopharmaceutical and biotechnology companies, Cell banks and IVF centers, Hospitals and diagnostics laboratories and Research & academic laboratories), and on the basis  of products (Consumables and Instruments). The technology of flow cytometry aids in analyzing physical and chemical characteristics of particles in a liquid (suspensions or fluid) as they pass through a laser detector. Huge investments by the biotechnology and pharmaceutical sector in R&D has become the major factor for the growth of the animal cells market. Global academic and research laboratories provide content-driven attractive and knowledgeable solutions for improving the final research results, along with expanding professional and education practices equipped with superior laboratory protocols, intelligent reference works, databases, books, journals, and online study tools.

The major market players in the Global Single Cell analysis market are:

• Illumina Inc.
• Nanostring Technologies Inc
• Ge Healthcare
• Thermo Fisher Scientific, Inc.
• Qiagen N V

Company Profiles covers analysis of important players.

Illumina Inc. offers array-based and sequencing solution for genetic analysis. The company uses synthesis technology which provides various research application and aids in genomes mammalian sequencing. It also offers a range of RNA analysis and deoxyribonucleic application. Qiagen NV is a biotechnology company, which provides the insight solution for transformation biological material into molecular insight. The company has specialities in the applied testing (dietary testing, forensic and food safety), molecular diagnostic (human healthcare), academia (life science research), and Pharmacy (biotechnology and pharmaceutical company).

Key Findings of the Global Single Cell analysis market:

• Research applications hold the largest market share
• Flow cytometry is the majorly used single cell analysis technique
• Growing adoption of personalized medicines
• Research Institute and academic laboratories are significant end users for single cell analysis