The complex interactions among the genes that underlie a biological process can be
modeled and presented as a transcriptional network, in which genes (nodes) and their …

Trees modify wood formation through integration of environmental and developmental
signals in complex but poorly defined transcriptional networks, allowing trees to produce …

The recent completion of a draft sequence of the poplar (Populus trichocarpa Torr. & Gray ex
Brayshaw) genome has advanced forest tree genetics to an unprecedented level. A “parts …

Abstract Purpose of Review Wood represents an important economic natural resource and
the molecular regulatory mechanisms underlying its formation are best studied through …

Wood formation was present in early angiosperms, but has been highly modified through
evolution to generate the anatomical diversity seen in extant angiosperm lineages. In this …

The growing number of tree gene discovery projects reveals the existence of genes
associated with possible functions already evaluated in other plant species. However, a …

Wood is an essential renewable raw material for industrial products and energy. However,
knowledge of the genetic regulation of wood formation is limited. We developed a genome …

Background With its genome sequence and other experimental attributes, Populus
trichocarpa has become the model species for genomic studies of wood development. Wood …

In the last years, forestry scientists have adapted genomics and next‐generation sequencing
(NGS) technologies to the search for candidate genes related to the transcriptomics of …

High‐throughput single‐cell RNA sequencing (scRNA‐seq) has advantages over traditional
RNA‐seq to explore spatiotemporal information on gene dynamic expressions in …