04 Dec 2024
A study characterized cherry stem extract identifying 146 chemical compounds. Flavonoids stood out, along with phenolic compounds, terpenoids, and organic acids. These compounds work to combat free radicals and oxidative processes, which are major contributors to skin aging.
28 Nov 2024
A Chinese study proposed a more sustainable approach using phenyllactic acid to extend the storage life of cherries. The results highlighted that a concentration of phenyllactic acid is effective in reducing the cherries respiration rate and in controlling oxygen.
27 Nov 2024
A recent study, involving collaboration between researchers from China and France, conducted an extensive analysis of genomic research findings on cherries. Among the traits examined, fruit size and weight are critical determinants of commercial quality.
26 Nov 2024
A recent study from Poland analyzed the effects of sublethal doses of acetamiprid and nicotine on Drosophila suzukii, evaluating alterations in wing symmetry among exposed insects. The parameter used for evaluation was the "fluctuating asymmetry".
22 Nov 2024
A recent study from Portugal and Denmark focused on the effects of two biostimulants: glycine betaine and an extract derived from the seaweed Ecklonia maxima. These biostimulants were applied to sweet cherry cultivars “Early Bigi” and “Lapins” grafted onto SL-64 rootstock.
21 Nov 2024
A Chinese study analyzed the effects of five different rootstocks on Summit sweet cherry cultivar during the fruit veraison phase with or without nitrogen-free nutrient fertilizers. The five rootstocks tested were: Mahaleb, Gisela 5, and three hybrid selections H11, H17, and H22.
19 Nov 2024
A recent Chinese study analyzed various cherry samples collected over two different growing seasons. From these samples, 43 isolates of Colletotrichum were obtained and characterized, representing the species associated with anthracnose in the main cultivation regions.
13 Nov 2024
A recent Italian study analyzed the use of cross-species SIT, which leverages reproductive interference between different species to enhance effectiveness. The goal was to combat Drosophila suzukii, a pest that poses a threat to fleshy fruits such as cherries.
11 Nov 2024
Pathogenicity tests showed that all isolated species could cause fruit infections, though with varying levels of aggressiveness. Among them, Diaporthe eres displayed the highest virulence followed by Fusarium incarnatum and Botryosphaeria dothidea.
05 Nov 2024
Traditional management methods fail to fully control Drosophila suzukii. New innovative strategies are being developed and adopted, including the 'sterile insect technique', 'X-shredding' and the 'transgenic sexing strains' technique.
