SummaryIn mammals, evidence for memory reactivation during sleep highlighted the important role that sleep plays in memory consolidation. A new study reports that memory reactivation is evolutionarily conserved and can also be found in the honeybee
Honey bees feed on flowers, many of which produce nectar during certain restricted, but consistent, ...
Studies in a variety of organisms as diverse as molluscs, insects, birds and mammals have shown that...
To determine general or species-specific properties in neural systems, it is necessary to use compar...
SummaryIn mammals, evidence for memory reactivation during sleep highlighted the important role that...
SummarySleep plays an important role in stabilizing new memory traces after learning [1–3]. Here we ...
Many studies in diverse organisms, including humans, have demonstrated a fundamental role for sleep ...
AbstractSleep supports memory consolidation. Based on studies in mammals, sleep-dependent consolidat...
Interference is one of the most fundamental phenomena in memory research: acquiring new memories cau...
SummaryAutophagy is a highly regulated process about which relatively little is known, particularly ...
Sleep’s role in memory consolidation is widely accepted. However, the role of the different sleep st...
SummaryResearch on comparative cognition has largely focused on successes and failures of animals to...
Sleep is one of the most fundamental, yet least understood, facets of animal physiology—its universa...
Many studies in diverse organisms, including humans, have demonstrated a fundamental role for sleep ...
Birds, like mammals, have multiple forms of sleep including rapid eye movement sleep (REM) and slow ...
Brain structure and learning capacities both vary with experience, but the mechanistic link between ...
Honey bees feed on flowers, many of which produce nectar during certain restricted, but consistent, ...
Studies in a variety of organisms as diverse as molluscs, insects, birds and mammals have shown that...
To determine general or species-specific properties in neural systems, it is necessary to use compar...
SummaryIn mammals, evidence for memory reactivation during sleep highlighted the important role that...
SummarySleep plays an important role in stabilizing new memory traces after learning [1–3]. Here we ...
Many studies in diverse organisms, including humans, have demonstrated a fundamental role for sleep ...
AbstractSleep supports memory consolidation. Based on studies in mammals, sleep-dependent consolidat...
Interference is one of the most fundamental phenomena in memory research: acquiring new memories cau...
SummaryAutophagy is a highly regulated process about which relatively little is known, particularly ...
Sleep’s role in memory consolidation is widely accepted. However, the role of the different sleep st...
SummaryResearch on comparative cognition has largely focused on successes and failures of animals to...
Sleep is one of the most fundamental, yet least understood, facets of animal physiology—its universa...
Many studies in diverse organisms, including humans, have demonstrated a fundamental role for sleep ...
Birds, like mammals, have multiple forms of sleep including rapid eye movement sleep (REM) and slow ...
Brain structure and learning capacities both vary with experience, but the mechanistic link between ...
Honey bees feed on flowers, many of which produce nectar during certain restricted, but consistent, ...
Studies in a variety of organisms as diverse as molluscs, insects, birds and mammals have shown that...
To determine general or species-specific properties in neural systems, it is necessary to use compar...
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