ABOUT UNIBAIO
We develop nano-vehicles based on natural compounds and circular economy to improve agro-inputs performance.
Our particles encapsulate the active principles of pesticides to release them over time. This allows to increase their effectiveness and reduce their application doses.
4+
Technological Matrixes
35+
Different Crops
12+
Agrochemicals
# BIOTECH
UNIBAIO STRATEGY
Focussed, Driven, Successful.
We are a keen and visionary team, Â offering the best solutions through our experience and strong knowledge in biological and materials sciences. We focus on:Â
NEW MARKETS
Allowing to create formulations suitable for production under the strictest environmental regulations.
PROLONGED EFFECT
Progressively releasing which lowers manual operation and associated application costs.
EFFICIENCY
Improving the results in the field and gaining competitiveness.
VERSATILITY
Hosting a great variety of molecules which allows to expand technological boundries.
UNIBAIO
Accelerates the world's transition to a more sustainable way of producing food.
UNIBAIO TEAM
# NANOTECH
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UPDATES & INSIGHTS
UNIBLOG
Engagement and sharing knowledge are the cornerstones of our success. Stay tuned with the latest news and projects.
Our nanovehicles are obteined from the synthesis of chitosan, a natural polymer that we produce from shrimp waste. These are discarded on a large scale on the Patagonian coast, generating a high impact of enviromental pollution and coastal biodiversity, including whales.
10.02.2017
Advances in tissue engineering require the development of new biomaterials with adequate properties of cell attachment and growth. The properties of biomaterials can be improved by incorporation of bioactive molecules to enhance in vitro and/or in vivo functions.
10.02.2017
Active molecules are useful to improve different aspects related with their plants production and yield. Immobilization, encapsulation and vehiculization of active principles, as amino-acids, biostimulants and nutrients, among others, have been widely used in agriculture but also in other industries in order to protect, release and functionalize the desired active ingredient with more effective biological action.
10.02.2017
The aim of this study was to develop alginate-based hydrogels for application in horticultural field as bio-based substrate additives to control moisture. For this purpose, a 2-level factorial design was performed to select the appropriate levels of significant variables.
10.02.2017
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