We researched bacteria that have inhabited the planet for 3.5 billion years to create the world's first seed treatment inoculant made by extremophiles. Our technology helps improve nutrient availability and supports crops under environmental stress, which may contribute to more consistent and improved yield performance.
We researched bacteria that have inhabited the planet for 3.5 billion years to create the world's first seed treatment inoculant made by extremophiles. Our technology helps improve nutrient availability and supports crops under environmental stress, which may contribute to more consistent and improved yield performance.
These are microorganisms that have evolved in extreme environments. Using extremophile bacteria from the Argentine Puna and advanced technology, we develop seed treatment microbial inoculants that enhance crop performance and regenerate soils.
These are microorganisms that have evolved in extreme environments. Using extremophile bacteria from the Argentine Puna and advanced technology, we develop seed treatment microbial inoculants that enhance crop performance and regenerate soils.
These are microorganisms that have evolved in extreme environments. Using extremophile bacteria from the Argentine Puna and advanced technology, we develop seed treatment microbial inoculants that enhance crop performance and regenerate soils.
Prospection
Prospection
We explore extreme ecosystems to discover new microorganisms.
We explore extreme ecosystems to discover new microorganisms.
We explore extreme ecosystems to discover new microorganisms.
Laboratory
Laboratory
We analyze, isolate, and characterize high-potential extremophiles.
We analyze, isolate, and characterize high-potential extremophiles.
We analyze, isolate, and characterize high-potential extremophiles.
Culture Collection (PBCC)
Culture Collection (PBCC)
We preserve over 2,100 unique, non-GMO, and eco-friendly strains.
We preserve over 2,100 unique, non-GMO, and eco-friendly strains.
We preserve over 2,100 unique, non-GMO, and eco-friendly strains.
Greenhouse
Greenhouse
We select extremophiles according to the crop’s nutritional needs.
We select extremophiles according to the crop’s nutritional needs.
We select extremophiles according to the crop’s nutritional needs.
Field Trials
Field Trials
We validate results across 35+ international testing sites.
We validate results across 35+ international testing sites.
We validate results across 35+ international testing sites.
Bioformulation
Bioformulation
We optimize formulations and scale up production for agricultural use.
We optimize formulations and scale up production for agricultural use.
We optimize formulations and scale up production for agricultural use.
Discover how we can boost your crops:
Wheat
Barley
Kanzama is a seed treatment microbial inoculant that enhances crop nutrition, improves nitrogen fixation, and may result in stronger yield per hectare. Suitable for crops such as wheat and barley.
Wheat
Barley
Kanzama is a seed treatment microbial inoculant that enhances crop nutrition, improves nitrogen fixation, and may result in stronger yield per hectare. Suitable for crops such as wheat and barley.
KUNZA
Soybean
Kunza is a seed treatment microbial inoculant for soybean, developed from Puna Bio’s exclusive extremophile bacteria, capable of helping crops respond to abiotic stress.
KUNZA
Soybean
Kunza is a seed treatment microbial inoculant for soybean, developed from Puna Bio’s exclusive extremophile bacteria, capable of helping crops respond to abiotic stress.
We are a multidisciplinary team of scientists, biotechnologists, and agronomists, working to improve crop nutrition using extremophile microorganisms.
+25
Years
Of research in
extremophiles
+200
campaigns
In salt flats, volcanoes, and
lagoons in 3 countries.
+2100
extremophile
strains analyzed.
3.5
Billion Years
Of microbial evolutionapplied to your crops.
+25
Years
Of research in
extremophiles
+200
campaigns
In salt flats, volcanoes, and
lagoons in 3 countries.
+2100
extremophile
strains analyzed.
3.5
Billion Years
Of microbial evolutionapplied to your crops.
+25
Years
Of research in
extremophiles
+200
campaigns
In salt flats, volcanoes, and
lagoons in 3 countries.
+2100
extremophile
strains analyzed.
3.5
Billion Years
Of microbial evolutionapplied to your crops.
+25
Years
Of research in
extremophiles
+200
campaigns
In salt flats, volcanoes, and
lagoons in 3 countries.
+2100
extremophile
strains analyzed.
3.5
Billion Years
Of microbial evolutionapplied to your crops.
+25
years
Of research in
extremophiles
+200
campaigns
In salt flats, volcanoes, and lagoons in 3 countries.
+2100
extremophile
strains analyzed.
3.5
billion years
Of microbial evolution
applied to your crops.
Discover and read the latest advances
that are transforming agriculture.
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