Feed the good microbes
Prebiotics feed helpful microbes already in your soil. This helps them grow and stay active.
Vassileva et al., 2020 · Frontiers in Plant Science
Help your soil support your crop.
Get the right support- 1,700+
- useful compounds found
- 45+
- years of research
- 4+ years
- stable shelf life
Two jobs. One liquid concentrate.
Agri Go Pro puts prebiotics and postbiotics in one stable liquid.
Prebiotics feed helpful soil microbes. Postbiotics are useful compounds made during fermentation. The final liquid has no live microbes.
One part feeds the soil. The other supports the crop and its roots.
Give plants useful compounds
Postbiotics are useful compounds made during fermentation. They include enzymes, amino acids, organic acids, and plant hormones. Some can also slow harmful microbes.
Maluša et al., 2020 · Frontiers in Plant ScienceSupport soil and crop together
One part feeds helpful soil microbes. The other gives the crop useful compounds near its roots.
Two kinds of support in one application
How the ingredients are made?
- 01
Choose helpful microbes
Scientists choose more than 30 natural bacteria and fungi. These microbes make useful compounds for crops and soil.
30+ species
- 02
Ferment the microbes
The microbes are fermented under controlled conditions. This makes useful compounds. Each batch is checked for quality.
45+ years of improvement
- 03
Make the final liquid
The final liquid has no live microbes. It blends prebiotics and postbiotics. It stays stable for more than four years.
1,700+ useful compounds
- ~98.4%
- small compounds
- 30+
- bacteria and fungi used
- 4+ years
- stable shelf life
- 1,700+
- useful compounds identified
The lab found 1,715 compounds.
A lab test called LC–MS separated and identified these small compounds. They support different jobs in plants and soil.
~98.4%
These compounds were smaller than 500 Da. Da is a measure of molecule size. The source says they are readily available around roots.
01
Enzymes
Help release nutrients
02
Amino acids
Help plants make proteins
03
Organic acids
Help release nutrients and balance soil pH
04
Plant hormones
Help guide plant growth
Plants and soil microbes help each other.
Plants can send up to 30% of the food they make to their roots. This food feeds helpful microbes. Prebiotics help support this natural exchange.
Studies reported up to 5,000% more microbes
Plants feed microbes
- Root sugars
- Organic acids
- Amino acids
- Other useful compounds
↔
Microbes feed plants
- Available nutrients
- Natural growth signals
- Compounds that slow harmful microbes
- Enzymes and hormones
Plants feed microbes. Microbes help feed plants.
How this helps your crops in the field?
Help roots reach soil nutrients
Organic acids can release phosphorus, zinc, iron, and manganese from soil. Prebiotics feed helpful microbes that help roots reach more nutrients.
Lincoln University reported increases in soil nutrients. Manganese rose 68%, calcium 55%, iron 52%, molybdenum 50%, and magnesium 43%. Plant tissue levels also rose.
Support roots and shoots
Plant hormones can help roots grow and branch. They can also support healthy leaves and stems. Prebiotics feed root microbes that make IAA, a natural growth signal.
Thoms et al., 2021 · Molecular Plant–Microbe Interactions
Build healthy soil life
Small carbon compounds feed helpful soil bacteria. These bacteria help with nitrogen, phosphorus, and manganese. This may leave less food for harmful microbes.
USDA & University of Missouri, 2008 · Hale et al., 2024
Help roots reach more soil
Useful compounds support young roots and new branches. Helpful microbes work near the roots as the crop grows.
A wider root area can help the crop reach more water and nutrients.
Help crops face field stress
Small compounds and plant signals help crops respond to stress. Helpful microbes support the root area during hard growing conditions.
Made to support crops as field conditions change.
What the studies found.
Root disease
Less Fusarium root disease
- 58.5%
- Soybean roots
- 48%
- Corn roots
Root disease was lower than in plots treated only with glyphosate. This result was seen across three growing seasons.
USDA & University of Missouri · 3-year average
Helpful soil life
More helpful bacteria in corn
- +80%
- Helpful bacteria called fluorescent Pseudomonas
- +214%
- Bacteria that process manganese
The source links these bacteria to nutrient use, less disease, and plant growth.
USDA & University of Missouri, 2008
Soil nutrients
More nutrients measured in soil
Lincoln University found more available nutrients in the soil and plant tissue. Sodium levels fell.
- +68%
- Manganese
- +55%
- Calcium
- +52%
- Iron
- +50%
- Molybdenum
- +43%
- Magnesium
Philippine farm studies.
Sources and evidence notes.
Scientific background and product-specific field results are kept separate so you can inspect what each source actually supports.
- Vassileva et al. (2020), Frontiers in Plant Science explains plant-beneficial prebiotics, probiotics, postbiotics, and synbiotics as scientific concepts.
- Philippine research archive provides study summaries, methods, limitations, and original reports for local product trials.
- International research archive preserves historical product data sheets and labels their evidence limitations.