NanoBP
Science & Innovation

The technology behind NanoBP

Nanotechnology applied to microbiological control in in vitro cultures

Mechanism of Action

How nanoparticles act

NanoBP nanoparticles interact with the cell membranes of contaminating microorganisms, disrupting their structural integrity and inhibiting their proliferation. By acting at the nanometric scale, they can penetrate surfaces and reach microorganisms that conventional methods cannot.

  • Action on fungal and bacterial cell membranes
  • Inhibition of biofilm formation
  • Minimal impact on plant tissues
  • Prolonged biocidal activity
NP
FungosBactériasBiofilme
Advantages

Why choose NanoBP?

01

Lower cost

National alternative with competitive cost compared to imported products.

02

High efficacy

Superior contamination control proven across multiple cultures.

03

Safety

Lower toxicity to plant tissues versus conventional fungicides.

04

Sustainability

Reduces use of aggressive inputs and contributes to sustainable agriculture.

05

Accessibility

Strengthens the competitiveness of biofactories of all sizes.

06

Scientific basis

Developed with scientific rigor and validated in production environment.

Parceiros