Single Cell Genomics Markets. Forecasts by Analyte, Product, Workflow, User, Application and Country. With Executive and Consultant Guides and Impact of Artiificial Intelligence. 2025 to 2029
Will Single Cell Genomics replace traditional genomics? The sky just might be the limit on this new approach to capturing genetic information. Find out all about it in this new report.
Single Cell Genomics is emerging as a mainstay of scientific research and development. New life forms have already been identified. This means new diseases and new cures. There are applications in every aspect of healthcare. SGC is just coming out of the lab. It is finding its footing in new clinical applications. The market is booming as understanding the genomics of individual cells opens up a whole new world of biotechnology.
This is a complex area but this readable report will bring the entire management team up to speed, on both the technology and the opportunity.
The technology is moving faster than the market. Genomics and Immunology are playing a role too. Find the opportunities and the pitfalls. Understand growth expectations and the ultimate potential market size.
Table of Contents
1. Market Guides
1.1. Situation Analysis
1.2. Guide for Executives and Marketing Staff
1.3. Guide for Investment Analysts and Management Consultants
1.4. Impact of Artificial Intelligence
2. Introduction and Market Definition
2.1. What is Single Cell Genomics?
2.2. SCG - Still Early Days
2.3. Market Definition
2.3.1. Market Size
2.3.2. Currency
2.3.3. Years
2.4. Methodology
2.4.1. Methodology
2.4.2. Sources
2.4.3. Authors
2.5. Sizing the Genome - Not What You Think
2.5.1. Cost, Price and Genome Size, Pricing Practice
2.6. GLOBAL LISTING OF HIGH THROUGHPUT SEQUENCING ESTABLISHMENTS INSTALLED BASE - Location & Contacts
3. Single Cell Genomics - Guide to Technology
3.1. Isolating Single Cells
3.1.1. FACS
3.1.2. LCM
3.1.3. Micromanipulators
3.1.4. Microfluidics
3.2. Amplification
3.2.1. WTA - Whole Transcriptome Amplification
3.2.2. WGA - Whole Genome Amplification
3.3. PCR
3.4. NGS
3.5. Microarray
3.6. Digital Spatial Profiling (DSP) Technology
4. Industry Overview
4.1. Players in a Dynamic Market
4.1.1. Academic Research Lab
4.1.2. Diagnostic Test Developer
4.1.3. Instrumentation Supplier
4.1.4. Chemical/Reagent Supplier
4.1.5. Pathology Supplier
4.1.6. Independent Clinical Laboratory
4.1.7. Public National/regional Laboratory
4.1.8. Hospital Laboratory
4.1.9. Physicians Office Lab (POLS)
4.1.10. Audit Body
4.1.11. Certification Body
5. Market Trends
5.1. Factors Driving Growth
5.1.1. Immuno-oncology
5.1.2. Research Range
5.1.3. Technology Maturity & Convergence
5.1.4. Declining Costs
5.2. Factors Limiting Growth
5.2.1. Competition
5.2.2. Instrument Integration
5.2.3. Technology Shift
5.2.4. Technology Limitations
5.3. Technology Development
5.3.1. Spatial Profiling
5.3.2. Integration
5.3.3. Big Data
5.3.4. Kits and Commodities
5.4. Instrumentation, Automation and Diagnostic Trends
5.4.1. Traditional Automation and Centralization
5.4.2. The New Automation, Decentralization and Point Of Care
5.4.3. Instruments Key to Market Share
5.4.4. Bioinformatics Plays a Role
5.4.5. PCR Takes Command
5.4.6. Next Generation Sequencing Fuels a Revolution
5.4.7. NGS Impact on Pricing
5.4.8. Whole Genome Sequencing, A Brave New World
5.4.9. Companion Diagnostics Blurs Diagnosis and Treatment
5.4.10. Shifting Role of Diagnostics
6. Single Cell Genomics Recent Developments
6.1. Recent Developments - Importance and How to Use This Section
6.1.1. Importance of These Developments
6.1.2. How to Use This Section
6.2. Mission Bio and Integrated DNA Technologies Partner
6.3. Billion Cells Project Launched
6.4. Illumina and Broad Clinical Labs rapidly scale single-cell solutions
6.5. Takara Bio Acquires Curio Bioscience
6.6. 10x Genomics Announces New Chromium Launches
6.7. '100 Million Cell Challenge' Announced
6.8. Scale Biosciences announces ScalePlex to simplify single cell genomics
6.9. 10x Genomics Launches 5,000-Plex Gene Panel for Xenium
6.10. NIH researchers develop AI drug matching tool
6.11. Curio Bioscience to Transform Single-Cell Sequencing Data into Spatial Context
6.12. Factorial Biotechnologies Unveils Mosaic
6.13. Deepcell and NVIDIA collaborate to advance AI in single cell research
6.14. OWKIN Integrates 10x Genomics Spatial Omics and Single-Cell Technologies
6.15. Beckman Coulter and 10x Genomics partner
6.16. MGI and Xpress Genomics to Advance Single-cell RNA-Sequencing
6.17. Single-Cell Sequencing Reveals Traits in Cereal Crops
6.18. Single-cell Genomics meets Human Genetics
6.19. Singular Genomics Launches Kits for Single Cell Sequencing