The processes for producing conifer planting stock by somatic embryogenesis (SE) in conifers are described. Implementation of SE presents opportunities and limitations at various stages of the in vitro process. The topic of genetic stability, or somaclonal variation, is a particular concern and reviewed. Following the in vitro processes, several factors affect the successful acclimation, early growth and field performance of SE planting stock. Experiences with other conifer species in the context of commercial production are reviewed. While SE production has historically been a very labor-intensive process, recent advances have been made to automate the various steps. Developments to enable SE for Norway spruce in Sweden are described
Conifer species are subjected to major time constraints in tree improvement because of their long re...
International audienceDevelopment of clonal propagation method, such as somatic embryogenesis (SE) h...
Conifer somatic embryogenesis has long been recognized as an advanced vegetative propagation technol...
The processes for producing conifer planting stock by somatic embryogenesis (SE) in conifers are des...
The processes for producing conifer planting stock by somatic embryogenesis (SE) in conifers are des...
Somatic embryogenesis is a very important tool of in vitro cultivation, therefore, it has recently d...
Somatic embryogenesis is an attractive method of vegetative propagation of conifers. However, in man...
Current somatic embryogenesis (SE) protocols for many pine species remain suboptimal for the purpose...
Attempts to scale up somatic embryogenesis has been demonstrated in both conifers and broadleaved sp...
Advances in conifer biotechnology offer new opportunities in the field of vegetative propagation and...
For large scale production of clonal plants, somatic embryogenesis (SE) has many advantages over oth...
The genus Pinus includes several species that are economically important and planted outside their n...
Somatic embryogenesis, the production from tissue cultures of embryo-like structures that can grow i...
Development of clonal propagation method, such as somatic embryogenesis (SE) has potentially numerou...
For clonal testing and ultimate commercialization of selected clonal lines, breeding programmes are ...
Conifer species are subjected to major time constraints in tree improvement because of their long re...
International audienceDevelopment of clonal propagation method, such as somatic embryogenesis (SE) h...
Conifer somatic embryogenesis has long been recognized as an advanced vegetative propagation technol...
The processes for producing conifer planting stock by somatic embryogenesis (SE) in conifers are des...
The processes for producing conifer planting stock by somatic embryogenesis (SE) in conifers are des...
Somatic embryogenesis is a very important tool of in vitro cultivation, therefore, it has recently d...
Somatic embryogenesis is an attractive method of vegetative propagation of conifers. However, in man...
Current somatic embryogenesis (SE) protocols for many pine species remain suboptimal for the purpose...
Attempts to scale up somatic embryogenesis has been demonstrated in both conifers and broadleaved sp...
Advances in conifer biotechnology offer new opportunities in the field of vegetative propagation and...
For large scale production of clonal plants, somatic embryogenesis (SE) has many advantages over oth...
The genus Pinus includes several species that are economically important and planted outside their n...
Somatic embryogenesis, the production from tissue cultures of embryo-like structures that can grow i...
Development of clonal propagation method, such as somatic embryogenesis (SE) has potentially numerou...
For clonal testing and ultimate commercialization of selected clonal lines, breeding programmes are ...
Conifer species are subjected to major time constraints in tree improvement because of their long re...
International audienceDevelopment of clonal propagation method, such as somatic embryogenesis (SE) h...
Conifer somatic embryogenesis has long been recognized as an advanced vegetative propagation technol...