Understand the Problem
The text discusses the advancements and challenges in the development of 3D bioprinting technology, particularly focusing on multi-cellular bioinks and the complexities involved in maintaining cell viability during the printing process.
Answer
Multicellular bioinks show promise, but cell viability and interaction are challenges.
The increasing complexity and precision of multicellular bioinks highlight potential but present challenges such as maintaining cell viability and orchestrating cell interactions during 3D bioprinting.
Answer for screen readers
The increasing complexity and precision of multicellular bioinks highlight potential but present challenges such as maintaining cell viability and orchestrating cell interactions during 3D bioprinting.
More Information
The development of bioinks is crucial for advancing tissue engineering and regenerative medicine, but it faces obstacles due to technological limitations impacting cell health and complex biological interactions.
Tips
A common mistake is underestimating the impact of shear stress on cell viability during the printing process.
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