Because of their low genetic variability and limited ability to respond to the changing environment, clonal plants are often considered an evolutionary dead end. On the other hand, numerous recent studies showed that clonal plants can react to the changing environment through epigenetic mechanisms, especially through DNA methylation. Moreover, epigenetic information in clonal plants can be transferred to future generations (so-called transgenerational memory). As a result, epigenetics can ensure better fitness of the next clonal generation. The aim of this work is to summarize the knowledge about the role of epigenetic variability in the life of clonal plants performing limited genetic variability. Key words: epigenetics, DNA methylation, e...
Environmental conditions can change the activity of plant genes via epigenetic effects that alter th...
Studies on “epigenetic inheritance” or “transgenerational epigenetic inheritance” have emerged at ev...
Populations often differ in phenotype and these differences can be caused by adaptation by natural s...
Recent studies have revealed that epigenetic variation in plant populations exceeds genetic diversit...
Epigenetic changes influence gene expression and contribute to the modulation of biological processe...
Recent work in the field of plant epigenetics is adding to a growing understanding of how epigenetic...
Natural variation is defined as the phenotypic variation caused by spontaneous mutations. In general...
Natural variation is defined as the phenotypic variation caused by spontaneous mutations. In general...
Populations often differ in phenotype and these differences can be caused by adaptation by natural s...
Besides genetics, also epigenetics can play a role in shaping the characteristics of a plant (phenot...
The amazing ability of epigenetic mechanisms to respond to a wide range of developmental and environ...
Phenotypic variation determines the capacity of plants to adapt to changing environments and to colo...
Loss or gain of DNA methylation can affect gene expression and is sometimes transmitted across gener...
Loss or gain of DNA methylation can affect gene expression and is sometimes transmitted across gener...
Studies on “epigenetic inheritance” or “transgenerational epigenetic inheritance” have emerged at ev...
Environmental conditions can change the activity of plant genes via epigenetic effects that alter th...
Studies on “epigenetic inheritance” or “transgenerational epigenetic inheritance” have emerged at ev...
Populations often differ in phenotype and these differences can be caused by adaptation by natural s...
Recent studies have revealed that epigenetic variation in plant populations exceeds genetic diversit...
Epigenetic changes influence gene expression and contribute to the modulation of biological processe...
Recent work in the field of plant epigenetics is adding to a growing understanding of how epigenetic...
Natural variation is defined as the phenotypic variation caused by spontaneous mutations. In general...
Natural variation is defined as the phenotypic variation caused by spontaneous mutations. In general...
Populations often differ in phenotype and these differences can be caused by adaptation by natural s...
Besides genetics, also epigenetics can play a role in shaping the characteristics of a plant (phenot...
The amazing ability of epigenetic mechanisms to respond to a wide range of developmental and environ...
Phenotypic variation determines the capacity of plants to adapt to changing environments and to colo...
Loss or gain of DNA methylation can affect gene expression and is sometimes transmitted across gener...
Loss or gain of DNA methylation can affect gene expression and is sometimes transmitted across gener...
Studies on “epigenetic inheritance” or “transgenerational epigenetic inheritance” have emerged at ev...
Environmental conditions can change the activity of plant genes via epigenetic effects that alter th...
Studies on “epigenetic inheritance” or “transgenerational epigenetic inheritance” have emerged at ev...
Populations often differ in phenotype and these differences can be caused by adaptation by natural s...