Sleep’s role in memory consolidation is widely accepted. However, the role of the different sleep states and accompanying neurophysiological activity is still actively debated. Most theories of sleep-related memory consolidation are based on studies in a few mammalian species. Recent evidence from research in birds, which exhibit sleep states that are in most respects similar to those found in mammals (despite being distantly related) suggests that the way some types of memories are consolidated during sleep might be different in taxa other than mammals. This review will discuss how the recent sleep-related neurophysiological findings in birds inform our understanding of memory consolidation during sleep
Songbirds are the only terrestrial animals other than humans that learn extensive and complex vocali...
Purpose of reviewI review the current status of the hypothesis that sleep is critically involved in ...
Birds exhibit two types of sleep that are in many respects similar to mammalian rapid eye movement (...
Sleep’s role in memory consolidation is widely accepted. However, the role of the different sleep st...
AbstractSleep supports memory consolidation. Based on studies in mammals, sleep-dependent consolidat...
The current memory consolidation models suggest that the various brain rhythms (i.e. neocortical slo...
Birds, like mammals, have multiple forms of sleep including rapid eye movement sleep (REM) and slow ...
Brain rhythms occurring during sleep are implicated in processing information acquired during wakefu...
In mammals and birds, long episodes of nondreaming sleep (“slow-wave ” sleep, SW) are followed by sh...
Sleep is a pervasive characteristic of mammalian species, yet its purpose remains obscure. It is oft...
Birds and mammals share specialized forms of sleep including slow wave sleep (SWS) and rapid eye mov...
abstract: There are two electrophysiological states of sleep in birds (rapid-eye-movement sleep [REM...
Several mammalian-based theories propose that the varying patterns of neuronal activity occurring in...
Several mammalian-based theories propose that the varying patterns of neuronal activity occurring in...
Sleep is an enigmatic state engaged in by all organisms studied to date. In spite of sleeps ubiquito...
Songbirds are the only terrestrial animals other than humans that learn extensive and complex vocali...
Purpose of reviewI review the current status of the hypothesis that sleep is critically involved in ...
Birds exhibit two types of sleep that are in many respects similar to mammalian rapid eye movement (...
Sleep’s role in memory consolidation is widely accepted. However, the role of the different sleep st...
AbstractSleep supports memory consolidation. Based on studies in mammals, sleep-dependent consolidat...
The current memory consolidation models suggest that the various brain rhythms (i.e. neocortical slo...
Birds, like mammals, have multiple forms of sleep including rapid eye movement sleep (REM) and slow ...
Brain rhythms occurring during sleep are implicated in processing information acquired during wakefu...
In mammals and birds, long episodes of nondreaming sleep (“slow-wave ” sleep, SW) are followed by sh...
Sleep is a pervasive characteristic of mammalian species, yet its purpose remains obscure. It is oft...
Birds and mammals share specialized forms of sleep including slow wave sleep (SWS) and rapid eye mov...
abstract: There are two electrophysiological states of sleep in birds (rapid-eye-movement sleep [REM...
Several mammalian-based theories propose that the varying patterns of neuronal activity occurring in...
Several mammalian-based theories propose that the varying patterns of neuronal activity occurring in...
Sleep is an enigmatic state engaged in by all organisms studied to date. In spite of sleeps ubiquito...
Songbirds are the only terrestrial animals other than humans that learn extensive and complex vocali...
Purpose of reviewI review the current status of the hypothesis that sleep is critically involved in ...
Birds exhibit two types of sleep that are in many respects similar to mammalian rapid eye movement (...