PacBio sequencing enables full-length transcript analysis, but capturing ultra-long transcripts (>15 kb) remains challenging. In this webinar, Nick Zomer at Radboud University Medical Center shows how using Samplix Xdrop technology to indirectly capture two genes associated with Usher syndrome type 2A, a genetic disease that results in hearing and vision loss, demonstrating improved access to difficult transcript regions.
Discover this great webinar presented by our Field Application Scientist, Dr. Sidsel Alsing and explore the world of single-cell and uncover the true functional heterogeneity of immune cells.
In this webinar, Dr. Alsing talked about:
Discover this fantastic webinar done in collaboration with Thomas Hulen, from the National Center for Cancer Immune Therapy, Herlev Hospital, Denmark
By watching this webinar you'll learn about:
Discover this excellent webinar presented by Dr. Anzaan Dippenaar from University of Antwerp
By watching this webinar you'll gain insights into:
Discover how Xdrop and flow cytometry enhance the efficiency of enzyme engineering by boosting throughput for fluorescence-based screening.
In this webinar, Volkan Besirlioglu (Samplix) talked about:
In this webinar, Dr. Garret Guenther (Agilent) demonstrates how the power of Agilent’s NovoCyte Quanteon flow cytometry coupled with Samplix’s Xdrop double-emulsion droplets helps characterize cytokine secretion and cell–cell interaction. Dr. Bárbara Schlicht (Samplix) presents our latest data on single-cell functional screening assays.
In this talk, Dr. Peter Mouritzen discusses how double-emulsion droplet-based technology is changing the approach to cytokine secretion and cell-killing assays by changing the focus from bulk to true single-cell views. He shares the results of assays done in Xdrop double-emulsion droplets as well as describing the technology.
Safety and efficacy are key considerations in engineered cell therapies. However, conventional PCR screening for editing outcomes can overlook unintended cassette insertions. Here, Dr. Peter Mouritzen discusses an Xdrop workflow that is proven to overcome this limitation to identify the precise localization of the CAR insertion. The workflow also has applications in validating gene editing.
Our CTO and co-founder, Dr. Marie Mikkelsen, describes how the microfluidics technology in Xdrop helps achieve single-cell resolution in important assays for immunotherapy research, such as cytokine secretion and killer cell activity assays. She also talks about why this single-cell resolution is so important.
Hear how Dr. Lydia Teboul (Head of Molecular and Cellular Biology at the Mary Lyon Centre, MRC Harwell) and her team use the Xdrop target enrichment workflow to map and characterize mouse transgenes.
Our co-founder and CTO, Dr. Marie Just Mikkelsen, gives a talk on the role of microfluidics technology in boosting the throughput and resolution of gene and cell screening. Instruments such as Xdrop and Xdrop Sort are revolutionizing DNA and cell preparation for downstream analyses by enabling processes such as targeted DNA enrichment for sequencing, single-cell phenotyping, and single-cell assessments of enzyme activity.
