Nano-enabled agricultural engineering

Nano-enabled agricultural engineering has the potential to enhance precision farming practices and crop protection, leading to higher yields and sustainable agricultural practices, including:

• Nano-pesticide/fertilizer delivery 

• Nano-smart food packaging

• Nanomaterials-based plant/crop growth

• Agricultural by-product-derived nanobiomaterials 

• Nanoengineered platforms for animal treatment 

• Nano-encapsulated microorganisms 

Nano-enabled biomedical engineering

Nano-enabled biomedical engineering offers advantages in regulating cell behaviors through enhanced cellular interactions, leading to the development of functional and regenerative tissues. Specifically, studies can be conducted as follows:

• Transplantable stem cell nanoscaffolds

• Nanoengineered platforms-based tissue engineering

• Nanotopography-regulated cell behaviors

• Agricultural-by product-based tissue engineering

• Nano/Microengineered organoid development

FUNDING

• Pusan National University  

• National Research Foundation of Korea