Because drug response is multifactorial, graph models are uniquely powerful for
comprehending its genetic architecture. We deconstruct drug response into many different …

Allometric variations in tree height and stem diameter are a genetically controlled trait that
reflects the ability of trees to adjust to different environmental conditions. This paper …

Key message This synthesis of the literature on incorporation of genetic gain into growth and
yield models reveals a fundamental challenge associated with the rapid progress in …

The stem height–diameter allometric relationship is fundamental in determining forest and
ecosystem structures as well as in estimating tree volume, biomass, and carbon stocks …

Perennial trees must maintain stem growth throughout their entire lifespan to progressively
increase in size as they age. The overarching question of the molecular mechanisms that …

The allometry between tree height (H) and diameter (DBH) is a central part of accurate
carbon estimation and forest ecological evaluation. However, our awareness of the H-DBH …

This project proposes an approach to identify significant single nucleotide polymorphism
(SNP) effects, both additive and dominant, on the dynamic growth of poplar in diameter and …

Growth is the developmental process involving important genetic components. Functional
mapping (FunMap) has been used as an approach to map quantitative trait loci (QTLs) …

分子育种是指利用与性状相关的DNA 标记进行选育, 也称标记辅助选择或标记辅助育种,
广义上还包括基因工程育种和基因组学辅助育种. 林木分子育种为早期选择和加速育种提供了极 …

How trees allocate photosynthetic products to primary height growth and secondary radial
growth reflects their capacity to best use environmental resources. Despite substantial efforts …