18 Jul 2024
The study conducted between Yantai and Lhasa (China) identified and examined the ERF group of the sweet cherry in terms of classification, physicochemical properties, structure characteristics, chromosome distribution, gene replication and possible protein interactions.
09 Jul 2024
The study focused on the cultivars Kordia, Lapins and Büttner's Red. The nuts were scanned and analysed. By examining textures and geometric characteristics, the study developed discriminative models capable of identifying cultivars with high accuracy.
24 Jun 2024
Researchers from several Chinese institutes and universities summarised the progress made worldwide in understanding the effects of endogenous gibberellin and abscisic acid content in fruit and exogenous hormone treatments on fruit cracking.
20 Jun 2024
A recent study from Guizhou University analysed the role of a specific protein, PavHIPP16, in sweet cherry. The study measured several physiological and biochemical parameters to understand the mechanisms behind this improved cold tolerance.
13 Jun 2024
The brochure is signed by José Manuel Donoso, researcher at INIA Rayentué. "The sweet cherry is one of the most popular fruit trees in the world, however, genetic improvement has been slow due to the large size of the tree and the long unproductive period."
13 Mar 2024
11 and 12 candidate genes related to fruit size and cracking-related traits, respectively, were identified. The researchers also identified several candidate genes involved in phytohormone, calcium and cell wall metabolisms.
18 Jan 2024
n this article, José Quero García, member of the technical-scientific committee of Cherry Times, interviewed Gregorio Lopez-Ortega, breeder at the Chilean company Hortifrut.
05 Jan 2024
The study covers the growing seasons from 2011/12 until 2019/20 for the development of the model and 2020/21-2022/23 for its validation. The M1 model is based on an inverse modelling methodology, M2 and M3, on the other hand, are more physiologically grounded.
04 Jan 2024
It was discovered that PavTCP1 and PavTCP3 homologues in Arabidopsis TCP proteins are crucial for light responses, and it is agreed that these genes may contribute significantly to the light responses of sweet cherries.
02 Jan 2024
Researchers at Michigan State University (USA) provide a comprehensive analysis of the flower development of sour cherries. Numerous transcriptional studies have shown that the regulation of flower initiation in rosaceous species is significantly influenced by hormonal balance.
