[HTML][HTML] Generation of non-transgenic iPS cells from human cord blood CD34+ cells under animal component-free conditions

A Haase, G Göhring, U Martin - Stem Cell Research, 2017 - Elsevier
A Haase, G Göhring, U Martin
Stem Cell Research, 2017Elsevier
Recently, many hurdles and limitations for production of clinically applicable iPSC
derivatives have been overcome. Transgene-free iPSCs can be efficiently derived from
easily accessible cell sources such as blood. Here we describe the generation of transgene-
free hiPS cells from cord blood derived CD34+ cells, reprogrammed using CytoTune™
Sendai reprogramming vectors. CD34+ cell isolation, cultivation, reprogramming and
establishment of resulting hiPSC lines were performed under the exclusive usage of animal …
Abstract
Recently, many hurdles and limitations for production of clinically applicable iPSC derivatives have been overcome. Transgene-free iPSCs can be efficiently derived from easily accessible cell sources such as blood. Here we describe the generation of transgene-free hiPS cells from cord blood derived CD34+ cells, reprogrammed using CytoTune™ Sendai reprogramming vectors. CD34+ cell isolation, cultivation, reprogramming and establishment of resulting hiPSC lines were performed under the exclusive usage of animal-derived component-free (ADCF) materials and components.
Elsevier