Abstract_SITC 2024
New high throughput parallel screening technique for automatic creation of dose-response analysis with multiple effector: target ratios using minimal sample volumes.
Resources
PUBLICATIONS
Prediction of tumor-reactive T cell receptors from scRNA-seq data for personalized T cell therapy
Inter-Cell Networking Profiling Enables Comprehensive Characterization of Immune-Mediated Activity of Anti-CD38 Therapy through Ex-Vivo Analysis of Multiple Myeloma Patients
Ex-Vivo Drug Response Profiling for Precision Medicine Approaches in Acute Myeloid Leukemia with the Open Microwell Microfluidic Platform
ABSTRACTS
Abstract ESGCT_2024
BROCHURES
VivaCyte extended brochure – PS003
A comprehensive paper describing VivaCyte and all its potential to support research in the area of cell therapies.
PRODUCT SHEET | Document number: PS-003
VivaCyte – Technical specifications
Complete Spech Sheet of VivaCyte.
PRODUCT SHEET | Document number: PS-004
Brochure_PS-006 WF2_Rev24103
CellFit Services
TECHNICAL NOTE
TN-005_High throughput parallel screening of multiple Effector : Target (E:T) ratios for cell mediated cytotoxicity kinetic analysis using low sample volume
Learn how VivaCyte can generate multiple dose-response analyses in a single CC-Array plate, based on a cell-mediated cytotoxicity assay carried out at multiple E:T ratios
TECHNICAL NOTE | Document number: TN-005
TN-006_A novel method for comparing the potency of CAR-NK cells to support informed donor selection
Introducing a novel Unified Potency Score (UPS) to quantify the potency of cell therapy products with a single indicator, generated by single-cell killing and serial killing data
TECHNICAL NOTE | Document number: TN-006
TN-007_Characterization of NK cell donors for allogeneic cell therapy using single cell serial killing
Learn how a single-cell serial killing assay allows deep characterization of immune cell function and enables ranking of donors for allogeneic NK cell therapy
TECHNICAL NOTE | Document number: TN-007
TN-008_How single-cell multiparametric analysis enables in-depth understanding of functional heterogeneity and killer kinetics in CAR-T cell therapies
Learn how multiparametric analysis allows to define the potency of subpopulations of cells in a single assay through a combined single-cell analysis of cytotoxicity and phenotype carried out on each immune cell