For the first time, bioengineers have created a stem cell growth culture that provides the chemical, electrical and mechanical cues found in nature
Prof. Shyni Varghese (right) and a student with the culture which provides the chemical, electrical and mechanical growth cues found in nature
Stem cells, which have the ability to become various other types of cells, are at the heart of the burgeoning field of regenerative medicine – if a patient’s stem cells could be raised outside of their body, and their growth dictated, they could ultimately be used to grow replacement body parts that wouldn’t be rejected. It’s challenging, however, to create sufficient growing conditions in a petri dish. In order for stem cells to grow and differentiate within the body, they rely on chemical, mechanical and electrical cues. Although chemical cues have been combined with mechanical or electrical cues in lab settings, no one has so far been able to combine all three... at least, not until now.
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