Plant diseases cause 20-40% of total crop yields to be lost, costing the world $220 billion USD yearly.
Toxic pesticides cause harm for both soil and human health. Increased use threatens future food production.
Food production responsible for 29% of global emissions. 800 million people live in hunger.
Microfluidic chips to gain visual access to the soil microcosmos allow us to directly monitor plant pathogens in soil.
Deep-learning based image analysis to identify and quantify soil microbes for a scalable and automized analysis.
By measuring across a full field, we generate heatmaps that highlight pathogenic risk zones, and guides the farmer to more precise and timely pest management.
The SoilChip technology used by us was invented by Edith Hammer and Pelle Ohlsson after Edith wanted to study the soil microbial communities, combining the knowledge of soil and microfluidics.
We are currently developing our solution. Do you want to be apart of our journey? Reach out to learn more.
Double MSc; Engineering Nano Science LTH, Management LUSEM
Founded Nepri after doing field studies using the SoilChip in Kenya.
Plant Pathologist - MSc Horticulture (SLU)
Joined Nepri after doing MSc thesis under Edith. Specalized in plant pathology and microbiology.
Scientific expert
Associate professor at Microbial Ecology, LU.
Expert in soil microbiology and soil ecology
Technology expert
Researcher at Biomedical Enginerring, LTH.
Expert in microfluidic technology.
Business Development Expert
30 years of industrial experience in executive R&D leadership.
Expert in translating research to commercial products.
Technology Expert
Researcher at Microbial Ecology, LU.
Expert in microfluidic chip fabrication and image analysis.
Nepri - Soil Diagnostics
Copyright © 2024 Nepri - Med ensamrätt.