Details

Rizospirillum bacteria colonize the rhizosphere and promote plant development by means of biological nitrogen fixation, nutrient solubilization and phytohormones (such as auxins, gibberellins and cytokinins) release, allowing for a higher crop yield potential.

Research has shown that the association of Azospirillum brasilense with corn can promote root development, which improves water and nutrient uptake (thus intensifying tolerance to hydric stress) and stimulates growth.

Details

The inclusion of osmoprotective substances (TOP Technology) promotes the high metabolic and physiological performance of the microorganisms that are part of the inoculant. In this way, they are able to endure greater survival rate on all the seed’s surface, and better adapt to diverse agricultural environments and adverse situations, such as hydric and chemical stress.

The internal protection of the microorganisms allows for a competitive edge of up to seven days before sowing, making the job of the farmer easier. If the sowing is detained by any eventuality, there is no need to treat the seed again.

Details

Nodule development begins with the communication between the plant radicle and the bacteria. Signum acts as a generator of molecular signals that activate early metabolic processes in bacteria and plants, resulting in an earlier and more efficient nodulation, which maximizes the nodules capacity to fix nitrogen.

SIGNUM is based on two technologies:

1. Bioinducer

It stimulates bacteria to produce multiple determinants of nodulation, improving communication between bacteria and the root.

2. Osmoprotection

It is a process that improves the physiological state and the resistance of bacteria, increasing their survival on the seed.

It allows for an anticipated seed treatment, thus preventing logistical issues at sowing time.

For extended on-seed survival, we recommend using Premax (bacteria protector).

Details

It provides a sustainable and adaptive response to climate change in high stress environments caused by hydric deficiency and high temperatures. It improves production in areas with limiting environments that endanger the survival of inoculant's bacteria, symbiosis and the productivity of soybean.

The Drought and High Temperature Tolerance Technology is an exclusive formula developed by Rizobacter that exposes bacteria to a specific fermentation and formulation process, increasing their ability to adapt to adverse situations.

Rizoliq Dakar includes HC Technology (High Concentration), a novel formulation process by which a higher bacterial concentration is obtained. This innovation ensures a greater number of bacteria on seed, with a lower application rate.

It is formulated with Osmoprotection Technology (TOP), which also strengthens bacteria and increases their concentration and survival on the seed. It contains a high concentration at elaboration date (2 x 10¹⁰ bacteria/mL).

Furthermore, it allows for an anticipated seed treatment, thus preventing logistical issues at sowing time.

For extended on-seed survival, we recommend using Premax (bacteria protector).

Details

Rizoliq contains strains of Nitrogen-fixing bacteria, Bradyrhizobium sp, selected specially for their specificity, infectivity and efficiency. Its exclusive formulation allows for a high bacterial concentration in the container and on the seed. Such concentration guarantees that the radicle is infected at the time of germination, thus achieving early infection and greater nodulation in the main root.

For extended on-seed survival, we recommend using Premax (bacteria protector).

Details

Its last generation microbiological technology ensures greater microorganism survival over the soybean, a greater nodular dry mass, better Biological Fixation of Nitrogen and high compatibility with seed treatments.

With LLI, keeping the microorganisms alive along with the treatment of the seeds is no longer a problem because it becomes the motor for the solution, resulting in a significant advancement in the process of pre-sowing.

Details

A unique formulation process and composition with osmoprotective substances (TOP Technology) strengthen bacteria and increase their concentration and survival on seed.

Because of its high concentration at elaboration date (1 x 1010 bacteria / mL) and its formulation based on specially selected Bradyrhizobium japonicum y Bradyrhizobium diazoefficiens., Rizoliq TOP maximizes nodulation and Biological Nitrogen Fixation (BNF).

Moreover, it allows for an anticipated seed treatment, thus preventing logistical issues at sowing time.

For extended on-seed survival, we recommend using Premax (bacteria protector).