LINC complex regulation of genome organization and function

The regulation of genomic function is in part mediated through the physical organization and architecture of the nucleus. Disruption to nuclear organization and architecture is increasingly being recognized by its contribution to many diseases. The LINC complexes - protein structures traversing the nuclear envelope, that physically connect the nuclear interior, and hence the genome, to cytoplasmic cytoskeletal networks are an important component in the physical organization of the genome and its function. This connection, potentially allows for the constant detection of environmental mechanical stimuli, resulting in altered regulation of nuclear architecture and genome function, either directly or via the process of mechanotransduction. Here, we review the influences LINC complexes exert on genome functions and their impact on cellular/organismal health.

Automated summary

Disruption to nuclear organization and architecture can contribute to various diseases. The LINC complexes, which connect the nucleus to cytoplasmic cytoskeletal networks, play a crucial role in the physical organization and function of the genome. This connection allows for the constant detection of environmental mechanical stimuli, resulting in altered regulation of nuclear architecture and genome function.