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The INNOLIVAR project and the evaluation of bio-insecticide prototypes for the control of the olive fruit fly: new results under field conditions.

Field trials for the evaluation of biopesticides against olive fruit flies

Field trials for the evaluation of biopesticides against olive fruit flies

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New results from the INNOLIVAR project, about the evaluation of bioinsecticide prototypes for the control of the Olive Fruit Fly. The research and Development Department of Futureco Bioscience has collected in the EcoLetter28 the results of the field trial. In this part of the study, microbial formulations, which have already been tested under semi-field conditions (EcoLetter27), were evaluated in several olive tree plots of the "Biancolilla" variety: "conidia" in the form of wettable powder...

Evaluation of bioinsecticide prototypes for the control of olive fruit flies: semi-field conditions

INNOLIVAR project fields.

INNOLIVAR project fields.

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The Research and Development Department of Futureco Bioscience has collected in the Ecoletter 27 the first results of the evaluation of bioinsecticide prototypes for the control of the olive fruit fly in semi-field conditions. The olive fruit fly, Bactrocera oleae, is a serious phytosanitary problem for olive trees and olive production worldwide. This particular study is placed in the framework of the INNOLIVAR project in collaboration with the University of Cordoba (UCO), according to the...

Efficacy of Cromaliv in cherry

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The Research and Development Department of Futureco Bioscience has picked up in Ecoletter 26 the results of efficiency trials of Cromaliv in cherry. These trials evaluated how this new biostimulant that activates fruit coloration also influenced in the diameter and weight of fruits, maturation, and percentage of sugars. The conclusions show that the application of Cromaliv® allows increasing the intensity of the fruit without accelerating the maturation of the cherry without...

Discovered nematicidal activity in industrial by-products of plant origin

Roots with gall, infected by meloidogyne nematodes

Roots with gall, infected by meloidogyne nematodes

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Futureco Bioscience has discovered nematicidal activity in industrial byproducts of plant origin, as confirmed by the results of the trials of the Enzytech project, collected in Ecoletter 24. The general aim of the Enzytech project, was to design the bases to develop a biotechnological process that would allow obtaining substances with biostimulant and/or phytosanitary action, from the protein fraction of different local by-products of plant origin. This project was presented to...

Impact on gene expression in plants treated with FitoMaat®

Classification (gene ontologies) of genes overexpressed in plants treated with FitoMaat®

Classification (gene ontologies) of genes overexpressed in plants treated with FitoMaat®

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We have published the Ecoletter 23 that includes the trials that show that FitoMaat® improves the response of plants to stress by enhancing the expression of genes for tolerance to desiccation. These trials have been done through the Futuromics platform, with Sequentia Biotech. FitoMaat® is a biostimulant designed to protect plants from the effects of abiotic stress, formulated with osmoprotective and antioxidant substances that allow crops to tolerate and recover better from periods...

Bestcure® joint application with fungicides and insecticides widely used

Ecoletter 22

Ecoletter 22

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We publish Physical-chemical compatibility of Bestcure® with conventional fungicides and insecticides of wide use, in Ecoletter 22, in which, apart from proving that Bestcure® compensates the alkaline hydrolysis for the use of certain synthetic compounds, it can be used in combination with phytosanitary products at different doses. Bestcure® is a stabilized organic citrus extract with direct and indirect antimicrobial action. Formulated with organic acids, activators of the plant's...

First results of Futuromics with Bioradicante

Ecoletter 21

Ecoletter 21

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Published the first results of the platform Futuromics, in the Ecoletter 21, where it's demonstrated that Bioradicante® improves rootedness in broccoli seedlings by modulating the expression of endogenous auxin biosynthesis genes and the metabolism of phenols. A correct root development of crops is essential to enhance both primary and secondary roots, thus increasing the absorption of water and nutrients from the soil. Bioradicante® is a biostimulant that promotes...

Bacterial spot and early blight on tomatoes, diseases that won't be a problem anymore

Image of Ecoletter, Issue 20

Image of Ecoletter, Issue 20

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Issue 20 Ecoletter has been published, which includes Bestcure® efficacy trials for treating tomatoes affected by bacterial spot caused by Xanthomonas campesiris pv, vesicatoria, and early blight, a fungal infection caused by Alternaria solani. Both diseases cause significant productivity losses. Both diseases cause significant productivity losses. They affect the leaves initially, passing later on to stems and fruits and causing important yield and economic losses. Symptoms in leaves...
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