Phytopathological
Identification of phytopathogens
Advanced analysis for genetic identification of phytopathogens and diagnosis of plant diseases.
Isolation, genetic identification by PCR and DNA sequencing of phytopathogens: Alternaria sp, Colletotrichum sp, Fusarium sp., N. vagabunda, P. cladosporioides, P. savastanoi, Phytophthora sp, Pythium sp, Spilocaea olegina, Verticillium dahliae and fungi that cause cankers.
Advantages:
- Identifying which phytopathogen is causing the disease.
- Using PCR techniques allowing us to generate a fast and reliable diagnosis.
- Verifying the presence of a specific disease when visual symptoms are detected and rule out other factors with similar symptoms.
Precision Phytopathological Essay
A complete study in order to design personalized health therapies, more effective and safer for crops.
Advantages:
- Phytopathogens identification and disease diagnosis using PCR techniques.
- In vitro evaluation of the effectiveness of commercial phytosanitary. “Fungicidal-Fungistatic” effect determination.
- Assessing the resistance capacity of the pathogen.
- Having an effective and personalized phytosanitary therapy for your grove.
- Reducing the treatments costs by avoiding unnecessary applications and ineffective products.
- Preventing and / or controlling the spread of disease.
