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Sphere Fluidics’ Blogs
Specialist Chemicals for Single Cell Analysis
Explore novel multifunctional and biocompatible surfactants that support cell viability and integrity during incubation.
Next-generation Automated Screening Workflows Coupling Droplet Microfluidics with Mass Spectrometry
Coupling droplet microfluidics and lab-on-a-chip methods to a range of different mass spectrometers for high throughput analysis.
Novel Microfluidic Solutions for Cell and Tissue Engineering
Explore innovative research on cell encapsulation in alginate hydrogels for tissue engineering and future directions in the field.
Enhancing the effectiveness of biotherapeutic production
Dr Louis Boon shares techniques to overcome challenges in cell line selection and optimize biotherapeutic production.
Optimizing the genome editing workflow with microfluidics
Learn how microfluidic technology can overcome current challenges in the genome editing workflow from Professor Steven Pollard
Exclusive insights into our latest microdroplet generator
Introducing PiSCES - an optical feedback controlled single cell encapsulation system improving high-throughput monoclonality
Creating disruptive microfluidic technologies
Dr Elvira discusses disruptive technologies, ranging from 3D-printed assembled capillary devices to blood-brain barrier-on-a-chip models.
Accelerating Synthetic Biology Using Picodroplets
Dr. Xin Li explores how picodroplet technology can overcome the current synthetic biology workflow challenges.
A Decade of Progress for Sphere Fluidics
2020 marked the tenth anniversary of Sphere Fluidics. Read about some key achievements on our journey to date
Accelerating Therapeutic Discovery and Regenerative Medicine
Professor Matthew Dalby explores accelerating and improving therapeutic discovery and regenerative medicine by inspiring the next generation of talent.
10 years since the launch of Sphere Fluidics
Professor Chris Abell talks about developing Cyto-Mine®, and novel applications of droplet-based microfluidic technology
Use of picodroplets improves early cancer cell detection
Professor Wilhelm Huck discusses the application of single cell analysis in diagnostics and using droplet microfluidics to isolate circulating tumor cells.
Transforming Cell Line Development Processes
Dr Fay Saunders shares her experience of using Cyto-Mine® in CLD and recombinant protein expression at FUJIFILM Diosynth Biotechnologies.
4 Best practices for optimizing Cell Line Development processes
Dr Jon Dempsey, Pathway Biopharma, explores how companies can improve product quality and yields, as well as shorten overall cell line development timelines.
The Sphere Fluidics' SAB: Insights from Dr Tristan Vaughan
Dr Tristan Vaughan shares his perspectives on biological medicines development and the tremendous future potential of single cell analysis platforms.
How can we speed up vaccine development for COVID-19?
Our CEO, Dr Frank Craig, discusses how Cyto-Mine® reduces the cell line development process by 3 months, enabling researchers to make a new vaccine much faster
Sorting and optimizing PMT settings using Cyto-Mine®
This article outlines some techniques and tips on optimizing PMT settings for sorting and dispensing using Cyto-Mine®.
Why Make the Switch to Picodroplet-based Technologies for Antibody Discovery?
Learn more about the benefits of switching to picodroplet-based technologies for antibody discovery.
Targeting Antigen Specificity: A Revolutionary Platform for Isolating Rare Cells
Learn how the use of picodroplets increases the speed and efficiency of selective cell screening and reduces screening costs.