Quality sleep is critical for daily functions of human beings and thus the timing and duration of sleep are tightly controlled. However, rare genetic variants affecting sleep regulatory mechanisms can result in sleep phenotypes of extremely deviated sleep/wake onset time or duration. Using genetic analyses in families with multiple members expressing particular sleep phenotypes, these sleep-associated genetic variants can be identified. Deciphering the nature of these genetic variants using animal models or biochemical methods helps further our understanding of sleep processes. In this chapter, we describe the methods for studying genetics of human sleep behavioral phenotypes
AbstractObjectiveThe diagnostic boundaries of sleep disorders are under considerable debate. The mai...
ObjectiveThe diagnostic boundaries of sleep disorders are under considerable debate. The main sleep ...
Sleep disorders are, in part, attributable to genetic variability across individuals. There has been...
Quality sleep is critical for daily functions of human beings and thus the timing and duration of sl...
Chapter Highlights * Distinct characteristics of human sleep are regulated by different molecular a...
Sleep is a complex behavior both in its manifestation and regulation, that is common to almost all a...
Sleep is a ubiquitous and complex behavior in both its manifestation and regulation. Despite its ess...
Circadian rhythm disorders constitute a group of phenotypes that usually present as altered sleep-wa...
Sleep is a complex phenotype and as such it is possible that there are numerous genes which may each...
Genetic factors affect sleep. Studies in twin pairs demonstrate that the strong hereditary influence...
Despite decades of research in defining sleep-wake properties in mammals, little is known about the ...
Why we sleep remains one of the greatest mysteries in science. In the past few years, great advances...
With the development of genetic model systems for sleep, it seems logical to use them to screen huma...
Despite decades of research in defining sleep-wake properties in mammals, little is known about the ...
The timing and the organization of sleep architecture are mainly controlled by the circadian system,...
AbstractObjectiveThe diagnostic boundaries of sleep disorders are under considerable debate. The mai...
ObjectiveThe diagnostic boundaries of sleep disorders are under considerable debate. The main sleep ...
Sleep disorders are, in part, attributable to genetic variability across individuals. There has been...
Quality sleep is critical for daily functions of human beings and thus the timing and duration of sl...
Chapter Highlights * Distinct characteristics of human sleep are regulated by different molecular a...
Sleep is a complex behavior both in its manifestation and regulation, that is common to almost all a...
Sleep is a ubiquitous and complex behavior in both its manifestation and regulation. Despite its ess...
Circadian rhythm disorders constitute a group of phenotypes that usually present as altered sleep-wa...
Sleep is a complex phenotype and as such it is possible that there are numerous genes which may each...
Genetic factors affect sleep. Studies in twin pairs demonstrate that the strong hereditary influence...
Despite decades of research in defining sleep-wake properties in mammals, little is known about the ...
Why we sleep remains one of the greatest mysteries in science. In the past few years, great advances...
With the development of genetic model systems for sleep, it seems logical to use them to screen huma...
Despite decades of research in defining sleep-wake properties in mammals, little is known about the ...
The timing and the organization of sleep architecture are mainly controlled by the circadian system,...
AbstractObjectiveThe diagnostic boundaries of sleep disorders are under considerable debate. The mai...
ObjectiveThe diagnostic boundaries of sleep disorders are under considerable debate. The main sleep ...
Sleep disorders are, in part, attributable to genetic variability across individuals. There has been...