We are delivering a soil-borne pathogen diagnostic test, the first of its kind based on genomics technology. Our team brings in decades of expertise from the human infectious disease and microbiome space to soil pathogen diagnostics. Our offering is full-stack (from sample to report), and includes proprietary molecular biology, bioinformatics and advanced data analytics pipelines to enable (a) strain-specific identification and quantitation, (b) simultaneous detection of multiple pathogens (fungal, viral, bacterial, and nematode), (c) detection of emerging pathogens, and (d) epidemiological (statistical) triage of pathogen outbreaks. Our platform technology detects a crop-specific panel of pathogens within 1-2 weeks, delivering crop and farm-specific disease risk profiles using machine learning models for disease risk based on the genetic information we extract from the soil. Using our platform genomics and machine learning technology, food growers can build pathogen & disease risk...
We are delivering a soil-borne pathogen diagnostic test, the first of its kind based on genomics technology. Our team brings in decades of expertise from the human infectious disease and microbiome space to soil pathogen diagnostics. Our offering is full-stack (from sample to report), and includes proprietary molecular biology, bioinformatics and advanced data analytics pipelines to enable (a) strain-specific identification and quantitation, (b) simultaneous detection of multiple pathogens (fungal, viral, bacterial, and nematode), (c) detection of emerging pathogens, and (d) epidemiological (statistical) triage of pathogen outbreaks. Our platform technology detects a crop-specific panel of pathogens within 1-2 weeks, delivering crop and farm-specific disease risk profiles using machine learning models for disease risk based on the genetic information we extract from the soil. Using our platform genomics and machine learning technology, food growers can build pathogen & disease risk maps of farms pre-leasing, or pre-planting in order to optimize farming decisions such as cultivar choice, soil treatments, and nutrient use. Advanced growers can use our machine learning platform to analyze and identify how microorganisms (both beneficial and pathogenic) are affected by different management conditions.
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