Assessing How Storage Temperatures & Delayed Processing of Fresh Leukopaks Impacts Functionality of Immune Cells from Different Donors
10:00 am - Tuesday 8th December 2026
- Transit and processing delays for fresh leukopaks as well as donor variability can drastically impact the functionality of the immune cells. Thus, it is crucial to determine the optimal storage and processing conditions to preserve stability of these cells
- In a study conducted by Rose BioSolutions, we examine the effects of delayed fresh leukopak processing, after storage for up to 96-hours at either cold or room temperature, on the stability and functionality of the immune cells isolated from three donors
- We will share impactful data highlighting how storage temperatures and delayed processing of fresh leukopaks coupled with donor variability can impact immune cell viability, cell frequencies, T-cell activation, and NK cell cytotoxicity