Realize a nice tune on a "candy whistle with tone control stem" while sucking the life out of it.
The last major performance breakthroughs in job shop control stem from the 1980s and 1990s.
In this respect, biomaterials and architectures have to be specialized to control stem cell differentiation.
A variety of biophysical and biochemical factors control stem cell differentiation.
Understanding stem cell biology may mean we can control stem cell behaviour and harness their power for tissue repair.
Here, surface nanotopographies and surface-immobilised biosignals have been identified as major factors that control stem cell responses.
Three-dimensional scaffolds that control stem cell fate would be broadly useful for applications in regenerative medicine and tissue engineering.
The implications of this work towards the use of environmental elasticity to control stem cell differentiation are discussed.
Engineering of biomaterials with specific biological properties has gained momentum as a means to control stem cell behavior.
Despite the significant progress made during the last decade, designing materials to control stem cell fate remains challenging.
Growth factors or more precisely morphogens are highly bioactive molecules, which control stem cells within the nephrogenic zone and individual niches during development of the kidney [65].
