Our Products

Stem Cell Modulators

In the last years, the use of cutting-edge technologies (next generation
sequencing and advanced microscopy) to study
stem cell biology have broadened enormously our knowledge
epigentics. Specifically, XCIR has emerged as a key regulator of stem cell identity/behavior, influencing pluripotency, 
self-renewal, and differentiation. XCIR enhances
somatic cell reprogramming, that is, the generation of 
induced pluripotent stem cells (iPSCs), and pushes embryonic stem cells toward a naive state of pluripotency by modulating the cellular epigenetic profile.  Stem cells are the foundation component for growing, building and regenerating human tissue.

Organ Bioprinting

Features

  • Growth factors can be mixed with XCIR into your hydrogels prior to gelation to provide a slow growth factor release depot.

  • Hydrogels are suitable for implantation (such as angiogenesis applications and cell or drug delivery), culturing of primary cells, stem cells, and cell lines in the presence of many biologics.

  • Cells can be encapsulated or grown on the hydrogel surface in any format, including culture flasks, 6- to 384-well plates or tissue culture inserts.

Autologous Tissue Regeneration

  • Natural 3-D architecture of highly crosslinked biosynthetic hydrogel (CMP)

  • Chemically and physically defined (CMP)

  • Non-animal origin, biosynthetic source (CMP)

  • Retains shape for microfabrication (micromoulding, micropatterning)

  • Easy to handle and transfer

  • Fully transparent for microscopy analysis

  • Supportive of the proliferation of all cell types

Micro-Physiological Systems

  • Natural 3-D architecture of highly crosslinked biosynthetic hydrogel (CMP)

  • Chemically and physically defined (CMP)

  • Non-animal origin, biosynthetic source (CMP)

  • Retains shape for microfabrication (micromoulding, micropatterning)

  • Easy to handle and transfer

  • Fully transparent for microscopy analysis

  • Supportive of the proliferation of all cell types

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