Science – Alibio

Microbial Science Applied to Agricultural Productivity

At AliBio, we develop cutting-edge microbial systems based on scientific research, genetic analysis, and field validation. Our approach enables us to achieve consistent results by optimizing the crop’s natural biological processes.

MICROBIOLOGY

MICROORGANISMS

Microorganisms are fundamental components of ecosystems and play an active role in natural processes related to soil fertility, nutrient transformation, and biological dynamics, thereby supporting efficient, sustainable crop nutrition.

MICROBIAL INTERACTIONS

In the soil, microorganisms form complex networks of interactions that contribute to the biological functioning of the ecosystem. These interactions include:

Mutualism A symbiotic relationship in which microorganisms and plants interact beneficially within the soil ecosystem, contributing to the natural exchange of resources and promoting a healthy balance in the root zone.
Commensalism An interaction in which specific microorganisms utilize available resources without harming other organisms, thereby supporting biological diversity and stability of the soil ecosystem.

ALIBIO'S APPROACH

At Alibio, our mission is to reconnect the network of microorganisms with the ecosystems. We achieve this by providing a diverse mixture of microorganisms to restore the environmental balance.

OUR PROCESS

At Alibio, our mission is to reconnect the network of microorganisms with the ecosystems. We achieve this by providing a diverse mixture of microorganisms to restore the environmental balance.

We select

We select microorganisms from our laboratory generating a special value to agriculture.

We analyze

With the most advanced technology, we analyze the DNA and functions of each microorganism to fully understand its potential.

We assemble

We assemble our microbial consortia in such a way that the microorganisms complement each other.

We test

Our inputs undergo rigorous laboratory and field tests to offer a real master tool to improve the productivity of your crops.

Key factors

1

Weekly applications

2

Microbe system

Weekly applications - protocol

Weekly applications maintain a constant growth of beneficial microorganisms that help plants. Counter to monthly applications, which start with a strong growth, they decline at the end of the month.

MICROBE SYSTEM (Functional Redundancy)

Unlike an individual strain, a microbial system has a wide variety of lines of action, a high level of survival, constant activity and most importantly, a phenomenon called functional redundancy is created.

MICROBE SYSTEM

Advantages of the microbial system with a strain diversity and functional redundancy

Wide variety of action lines
High survivence level
Adaptability to a range of abiotic factors
Constant activity

INDIVIDUAL STRAIN

Disadvantages of a single-strain product

Few lines of action
Low survivance level
Inability to adapt to a range of abiotic factors
Irregular activity

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