Cell engineering: spearheading the next generation in healthcare

Area of Science:

• Biotechnology
• Cell Engineering
• Physical Sciences in Medicine

Background:

• Mammalian cell manipulation offers significant healthcare potential.
• Physical sciences are crucial for advancing cell engineering and creating viable biological structures.

Purpose of the Study:

• Introduce direct needle/channel/orifice-based cell engineering protocols.
• Analyze advantages, disadvantages, and future challenges of these protocols.
• Explore potential biotechnological applications in a clinical setting.

Main Methods:

• Investigation of direct needle/channel/orifice-based cell engineering protocols.
• Identification of protocol-specific benefits and drawbacks.
• Assessment of biological and engineering challenges.

Main Results:

• Several cell engineering protocols are under intense investigation.
• Each protocol's specific advantages and disadvantages are detailed.
• Future biological and engineering challenges are recognized.

Conclusions:

• Selected biotechnological applications warrant focused exploration of these protocols.
• Successful development could lead to novel clinical strategies.
• These advancements hold far-reaching consequences for healthcare.