What is the Solution?

Puna Bio's solution to enhancing agricultural productivity and expanding crop cultivation in harsh environments hinges on their groundbreaking use of extremophile bioinoculants. These bioinoculants are derived from extremophiles - microorganisms that thrive in extreme environmental conditions, such as high salinity, extreme temperatures, or acidic or alkaline environments. Extremophiles are adept at surviving in environments that are usually hostile to most forms of life.

Puna Bio has achieved a significant milestone in agriculture with the development of the world’s first extremophile bioinoculant. This innovative product, created through advanced genetic engineering and biotechnology, harnesses specific genes from extremophile bacteria, enabling plants to withstand various stress conditions. When used as a seed treatment, this bioinoculant transfers resilience traits to the seeds, greatly enhancing their ability to prosper in both fertile and extreme environments, including extreme climates and degraded soils, and consequently boosting crop yields by 10-15%.Puna Bio's Kunza Soja® represents a significant leap in seed treatment, developed from extremophilic bacteria to notably boost crop yields and enhance stress tolerance. This advancement reflects Puna Bio's effective collaboration among scientists, biotechnologists, and agronomists in leveraging extremophile microorganisms for superior crop nutrition. Kunza Soja® excels in improving productivity across various soil types, including fertile and saline, and is effective for a wide range of crops. Its key strengths lie in its ability to solubilize phosphorus, transform nitrogen, and produce growth-promoting substances, thereby improving root colonization. This innovation is supported by Puna Bio's research in the unique La Puna environment, reminiscent of primitive Earth, aiding in the development of techniques to strengthen plant resilience, thereby making a significant contribution to sustainable agriculture.