… to characterize the pooled transcriptome of buds, leaves, and fruit of common walnut and
to … by human cultivar selection from natural population. Transcriptome sequencing is an …

… In our iron walnut transcriptome analyses, we annotated 98 unigenes related to 16 enzymes
involved in monocolognol synthesis, including H-type, G-type, and S-type unigenes, which …

… genetic structure of the species’ wild germplasm, and the relationship of the secondary
germplasm pool of walnut (wild and landrace walnuts) to improved cultivars. To better understand …

… The cuttings were collected from 23-year-old donor plants of the walnut cultivar ‘Zhongningsheng’
(Juglans hindsii × Juglans regia), which were planted in Luoning County, China (111E…

… USA, walnut is an agricultural crop worth around $1 billion a year. Walnut breeding objectives
for new cultivars … Similar analysis of the transcriptome used for annotation (28 932) and all …

… years old grafted ‘Xiangling’, a walnut cultivar widely planted in China, were collected …
transcriptome with functional annotations were contributed to go in quest of MYB genes in walnut…

… For the transcriptome gene expression analysis, we first filtered all RNA raw sequencing …
For the statistical analysis of the expression levels of CBFs and ICEs in the four walnut cultivars …

… cellulose content of walnut shells. Firstly, a total of 101 Persian walnut cultivars, distributed
… development stages in walnut were further verified through transcriptomic analysis and qRT-…

… small RNAs in walnut cultivar ‘Xinxin 2’ (J. regia cv. Xinxin 2). … of the miRNAs, the mRNA
transcriptome was also created. The … regia, mapped sRNAs in the transcriptome were compared …

… is essential for breeding climate-resilient walnut cultivars. To this end, we examined
photosynthetic capacity in a diverse panel of 150 walnut families (1500 seedlings) from various agro-…