Common Name(s):Black cherry, American cherry Scientific Name:Prunus serotina Distribution:Eastern North America Tree Size:50-100 ft(15-30 m)tall, 3-5 ft(.3-.6 m)trunk diameter Average Dried Weight:35.0 lbs/ft3(560 kg/m3) Specific Gravity (Basic, 12% MC):0.47, 0.56 ...
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When Hollender’s team announced the Montmorency genome in 2023, it was the result of about four years of work. Scientists had already cracked the sweet cherry genome, and Hollender’s team — which specializes in fruit tree genetics, development and physiology — wanted to map the Montmorency ...
2.1. Survey and Identification of Insects Visiting Black Cherry Overall, 9533 arthropods were captured in 72 pan traps from two locations, three trees per location and two trap positions (i.e., in the canopy and on the ground) per tree, three trapping periods (i.e., before, during and ...
Among the recorded signals, the maximum response from the electronic nose sensor was singled out and plotted into a radar chart. The taste profile of the tea infusions was assessed using an electronic tongue (SA402B, INSENT, Atsugi, Japan), adhering to the methodology outlined by Wei et al....
Appreciations to Jerneja Jakopic for help with the phenolic identification. Conflicts of Interest The authors declare no conflict of interest. References Blazkova, J.; Hlusickova, I. Cultivar and rootstock response to drip irrigation in sweet cherry tree vigour and start of bearing during the ...
(GO) enrichment analyses of the data facilitated the identification of phytohormone-responsive and abscission-related transcripts, as well as processes that exhibited differential expression and enrichment in a cultivar-dependent manner over the developmental time-course. Additionally, read alignment-based ...
3.5. Identification of DEGs Involved in Anthocyanin and Carotenoid Metabolic Pathways We analyzed the expressions of eleven and six structural genes involved in anthocyanin and carotenoid metabolic pathways using RNA-seq (Figure 3). All of the anthocyanin genes (includingPAL,C4H,CHS,CHI,F3H,F3′H...