2D Culture (Day 1 and 12) of Primary Human Mesenchymal Stem Cells on PGD-α1 (left) and PGD-StemPro C (Right). Courtesy of Dr L.C. Diaz, Polymers&Peptide Research Group, University of Manchester, UK.
2D Culture (Day 1 and 12) of Primary Human Mesenchymal Stem Cells on PGD-Alpha1 (left) and PGD-AlphaPro C (Right).
Courtesy of Dr L.C. Diaz, Polymers&Peptide Research Group, University of Manchester, UK.
3D Differentiation of Murine Neural Stem Cells into Neurons in PGD--α1 (Tuj-1 neuronal cell marker). Courtesy of Dr Chris Adams, Professor Divya Chari´s Group, Cellular and Neural Engineering, School of Medicine (Faculty of Health), Keele University.
3D Differentiation of Murine Neural Stem Cells into Neurons in PGD-AlphaPrA (Tuj-1 neuronal cell marker).
Courtesy of Dr Chris Adams, Professor Divya Chari´s Group, Cellular and Neural Engineering, School of Medicine (Faculty of Health), Keele University.

 

3D Culture of Hepatocytes cells in PGD-StemPro B (live/dead day 1, 3 and 7) Courtesy of Mr. J. Seyffert and Prof J.E. Gough, Biomaterials and Tissue Engineering Group, University of Manchester, UK
3D Culture of Hepatocytes cells in PGD-AlphaPro B (live/dead day 1, 3 and 7)
Courtesy of Mr. J. Seyffert and Prof J.E. Gough, Biomaterials and Tissue Engineering Group, University of Manchester, UK

 

 

3D Culture of Haemopoietic Stem Cells in PGD-α1 (live/dead day 2, 4 and 8) Courtesy of Mr. K. Burgess, Polymers&Peptide Research Group, University of Manchester, UK
3D Culture of Haemopoietic Stem Cells in PGD-Alpha1 (live/dead day 2, 4 and 8)
Courtesy of Mr. K. Burgess, Polymers&Peptide Research Group, University of Manchester, UK





































 








 

 

 

 

PGD-α1 Fibroblasts

2D Culture of Fibroblasts on PGD-α1 (20 min frames 72 hours).
Courtesy of Dr. V. Workman, Polymers&Peptide Research Group, University of Manchester, UK

PGD-α2 Fibroblasts

2D Culture of Fibroblasts on PGD-α2. (20 min frames 72 hours).
Courtesy of Dr. V. Workman, Polymers&Peptide Research Group, University of Manchester, UK

PGD-StemPro B Fibroblasts

2D Culture of Fibroblasts on PGD-StemPro B (20 min frames 72 hours).
Courtesy of Dr. V. Workman, Polymers&Peptide Research Group, University of Manchester, UK

 

PeptiGelDesign Technologies’ Merits and hMSC differentiation result summary

Courtesy of Dr L. Diaz Castillo, The University of Manchester, UK

PeptiGelDesign Technologies’ Cell Encapsulation Beads Formation

PeptiGelDesign Technologies’ Hydrogels For Additive Manufacturing

Courtesy of Dr C. De Maria, School of Mechanical Engineering, The University of Pisa, Italy