36:08
Immune cell-mediated cytotoxicity: Single-cell insights using droplets and image cytometry
51:12
Webinar: Adoptive Cell Therapy Exploring and Influencing Heterogeneity of TILs and CAR T Cells
41:39
Webinar: Droplet based WGA: Successfully Sequencing Minute Amounts of Mycobacterium tuberculosis DNA
39:20
Webinar: Enzyme Engineering Advancements with Xdrop and Flow Cytometry
01:03
Xdrop® training video #10: collecting sorted droplets
01:06
Xdrop® training video #9: sorting DE20 droplets with Xdrop Sort
02:51
Xdrop® training video #8: loading the Xdrop DE20 Sort Cartridge
02:02
Xdrop® training video #7: staining DNA inside DE20 droplets
01:10
Xdrop® training video #6: collecting SE85 droplets
01:41
Xdrop® training video #5: producing SE85 droplets
01:04
Xdrop® training video #4: collecting DE50 droplets
01:32
Xdrop® training video #3: producing DE50 droplets
01:34
Xdrop® training video #2: collecting DE20 droplets
01:25
Xdrop® training video #:1 producing DE20 droplets
01:14
Xdrop® Sort double-emulsion droplet sorting
30:52
Double emulsion flow cytometry: Opening new frontiers in cell therapy analysis with Xdrop & NovoCyte
01:15
Xdrop® double-emulsion droplet production
21:21
Characterizing the functional heterogeneity of cell populations with Xdrop®
01:52
How Xdrop works
01:17:02
Target: Rare Disease Insights
01:20
Xdrop Sort: quick and easy microfluidic droplet sorting
17:46
Achieving single-cell resolution for cytokine secretion and cell-killing assays with Xdrop
09:12
How microfluidics is revolutionizing cell and DNA preparation
00:28
Xdrop™ workflow in 4 steps
00:32
What makes Xdrop™ special?
00:26
Xdrop™ applications
03:08
How does Xdrop™ work? A tour in the lab
01:30
The Xdrop from Samplix - target enrichment of long genomic DNA fragments
X
About
Samplix has developed a unique microfluidics instrument called Xdrop, which enables rapid and accurate functional analysis of cells with single-cell resolution. Xdrop encapsulates living cells in highly stable double-emulsion droplets that act as microenvironments. The limited volume forces fast interactions and causes secreted substances to quickly build up to detectable levels, meaning shorter screening times. The separation of the cell population into droplets containing single cells with no crosstalk means you get highly accurate, single-cell resolution results. #SingleCell #CellTherapy #SyntheticBiology #CellBiology #Samplix #Xdrop
Tags