Catalogue | DB_101

Lacey's pluriPlus

Media optimised to help pluripotent cells - particularly porcine induced pluripotent stem cells (piPSCs) - maintain their pluripotent state during expansion.

Lacey's pluriPlus
Scalable

Scalable

No more loss of pluripotency or uncontrolled differentiations when you're expanding your cells

Versitile

Versitile

Maintain pluripotency in every culture vessel: from 364 well plates to commercial bioproduction systems

Reliable

Reliable

Increase yield while reducing the cellular stress associated with passaging and high density cultures

Lacey's pluriPlus
Dragon Biotechnologies
00:00
/
00:00

Stem cells - particularly induced pluripotent stem cells (iPSCs)- have great potential as a starting source for translational cell line models, and cell manufacturing processes being functionally immortalised and able to differentiate into almost any cell type. However, a key challenge is ensuring  iPSCs maintain their pluripotency or 'stemness' to avoid uncontrolled differentiation or cell death.

When developing our porcine iPSC line, we found maintaining pluripotency to be an ongoing challenge. So we created Lacey's PluriPlus: a serum free, chemically defined media optimised to ensure our piPSCs maintain their pluripotency in the lab, and in manufacture.

Product information

Performance in anchorage dependent culture conditions

A) Representative microscopy images of piPSC colony morphology when expanded in Lacey’s Pluriplus B) Gene expression analysis of pluripotency markers OCT4 and SOX2 for piPSCs grown in Lacey’s Pluriplus C) Growth curve of piPSCs expanded inLacey’s Pluriplus D) Gene expression of pluripotency markers OCT4 and SOX2 over 50 passages in Lacey’s Pluriplus medium.