To make it easier to find the specific information youre looking for molecular genetics and breeding of forest trees is divided into four sections forest tree functional genomics molecular biology of wood formation forest tree transgenesis and genome mapping in forest trees. The aim of the editors of molecular genetics and breeding of forest trees was to provide a unified approach to forest tree molecular biology research for the benefit of students and researchers and to this end they have elicited contributions from researchers based in a dozen different countries all of them experts in their subject . Our forest genetics programs utilize an array of tools from genetics statistics molecular biology biotechnology and chemistry to select breed and improve forest trees and tree populations important to our state nation and world we strive to enhance productivity and economic value to landowners. Better quality and higher productivity are the incentives for molecular genetics of forest trees ronald r sederoff is awarded the 2017 marcus wallenberg prize for his breakthroughs in developing methods for gene discovery in conifer species and exploiting new breeding technologies for improved properties. This unique single source integrates tree transgenesis functional genomics and structural genomics to present for the first time a unified approach to research on the molecular biology of forest read more
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