Nowadays, there are
lots of agriculture
problems all around the
world by over using the
pesticides and antibiotics.
While antibiotics offer many
benefits, overuse leads to
bacterial resistance,
increased disease
susceptibility,
and wasted resources.
Our project focuses on the innovative
integration of microneedle patch
technology and synthetic
biology to enhance the
efficiency and precision
of antimicrobial
treatments
in agriculture.
Our primary goal is to develop a
sustainable, targeted delivery
system for antimicrobial peptides
(AMPs) to reduce antibiotic
overuse, minimize environmental
contamination, and combat
antibiotic-resistant bacteria.
This approach combines
microneedles for
localized drug delivery
with synthetic biology to
engineer
microorganisms that
produce specific AMPs
tailored to fight
agricultural pathogens.


OUR SOLUTION

Description Human Practices Parts
Engineering Modeling Results