… Secondary growth is the radial growth of stems that occurs after elongating growth. This
process, as typified by extant forest trees, is supported by a lateral meristem, the vascular …

… In Spring, large amounts of secondary xylem and phloem could be harvested [11–13]. Gene
expression studies related to wood formation and secondary growth have been based on …

… genes interact to influence woody growth is currently lacking. … undomesticated tree species
or woody growth. Here we discuss … for forest tree secondary growth and wood formation could …

… by intrusive growth. Radial expansion of contiguous cells is required for this intrusive growth
which, in consequence, is restricted to the expansion zone of the newly formed wood. The …

… wood formation. In this review, we provide an update of our knowledge of the genetic and
hormonal regulation of wood formation … secondary growth, wood properties and tension wood …

… intrusive growth, followed by secondary cell wall synthesis, lignification, and protoplast lysis.
… expansive growth or the relatively low-pectin, ordered wall layers of secondary cell wall. …

… as an indirect adaptation to GA-induced secondary growth. Our results suggest that genes
that can increase the rate of wood formation include genes encoding pectin-modifying and cell…

… New observations regarding secondary growth and vascular tissues in Welwitschia are
based on roots (used because of the longitudinal orientation of most vascular tissues). …

… This sheath encircles the main stem and all lateral appendages where secondary growth
occurs. In the branch-free bole, the cambium and its derivatives gradually conceal all branch …

… expression is associated with secondary growth. During wood formation, the expression of
… The wood formation derived from perennial secondary growth is unique to the tree species …