… leaves were also different. To explore the role of circRNAs on the morphogenesis of P.
euphratica heteromorphic leaves … above four kinds of heteromorphic leaves. According to ceRNA …

… euphratica heteromorphic leaves. These results provide the foundation to study the formation
of … heteromorphic leaves, revealing the function of lncRNAs in the development of leaves in …

… Overall, we observed a pattern of divergence in morphological features of leaves on two
functional branches. Anatomical and physiological features indicate that LFs have an …

… during the development and functional divergence of heteromorphic leaves, we identified …
pairwise comparisons for samples within leaf stage, tree stage, and leaf shape (Fig. 2C and …

… of heteromorphic leaves remains unclear. We hypothesize that heteromorphic leaves are …
to the compensation of the changes in functional traits in response to water transport capacity …

… in heteromorphic leaves of the species. Furthermore, we also discuss the different physiological
characteristics in heteromorphic leaves … that the function of lanceolate leaves in the early …

… Our studies focused on the three typical heteromorphic leaf … changes of the three heteromorphic
leaves of P. euphratica. To … , which embody the combination of structure and function. …

… functional characteristics of leaves, this study evaluated the morphological anatomical structures
and the physiological indicators of leaves … show that heteromorphic leaf functional traits …

… Based on the prediction of target genes and function annotation, differentially expressed
miRNAs were involved in stress-resistant pathways in Populus euphratica, such as cellular …

… The targets of differentially expressed miRNAs were predicted with Target Finder (c = 5). To
… The function of these miRNAs might only endow P. euphratica with stress resistance through …