Cell differentiation is known as a process in which cells become specialized. Stem cells have the potential to become any cell type at the beginning, but this capability is slowly lost as the cell differentiates and gains unique functions. The differentiation process also changes shape, size, and energy requirements. Interestingly, reprogramming can manipulate cells back to stemness.

We differentiate cells through the integration of different stimuli that can be both mechanical and chemical.

Cellular Differentiation

All cells are derived from stem cells and obtain their functions as they mature. Cell differentiation is how progenitor cells change their functional or phenotypical type.

Interestingly, the differentiation process alters the cell's shape, size, and energy requirements.

We use mechanical and chemical stimuli to direct IPSC to the liver, heart, neurons, bone and muscle cells, to name a few.

More Information

Our differentiation processes are guided by several years of research, in-depth understanding of principles of development, advanced gene and protein expression studies along with novel methods of microengineering and computational data analysis.


Stemnovate has established protocols that have higher efficiency of differentiation as well as reproducibility. This saves effort reinventing the wheel and ensures efficiency for the application development.


You can request a quote to learn more about our application development.