Articles tagged with Episodic Memory
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Research finds that a neural stopover in the subiculum is necessary for retrieving episodic memories, but not forming them. Activating or inhibiting this pathway affects memory recall and stress hormone levels related to fear responses.
Researchers have developed a new technique to isolate neuronal activity during memory consolidation, revealing that individual hippocampal neurons respond selectively to specific memories. This study provides insight into the neural mechanisms of memory formation and its potential link to brain diseases like epilepsy.
Researchers identified specific neural pathways controlling temporal and spatial aspects of episodic memory in rats, revealing the brain's intricate communication between regions.
A study found that modafinil improves episodic and working memory functions in patients with remitted depression. The results suggest that modafinil may be a feasible option to tackle persistent cognitive problems in depression, improving cognition and motivation.
A new IU study shows that rats exhibit much stronger episodic memory than previously believed, remembering up to 30 events in context. This finding has implications for research on human diseases affecting memory, including Alzheimer's and Parkinson's.
A new study reveals that children's brains need healthy activation before preschool to develop learning and memory functions. Younger rats showed latent memories that were retained until later life, while older rats formed lasting memories through a critical period in brain development.
A European study led by Umea University Professor Lars Nyberg found a positive link between the dopamine D2 receptor and long-term episodic memory, which often declines with age. The research suggests that impairment of the dopamine system may play a crucial role in understanding age-related cognitive decline.
A study published in Neurology found that eating seafood at least once a week can help mitigate age-related cognitive decline. Participants who consumed more seafood showed slower rates of decline in semantic memory and perceptual speed, while those with the APOE-ε4 gene showed an even stronger protective association.
Researchers found that unpredictable components in memory training enhance episodic memory recall, particularly in older adults. The study suggests that training with unpredictability increases cognitive control, leading to better performance in recalling autobiographical events.
Researchers found an association between high BMI and poorer performance on a test of episodic memory in young adults. The study suggests that obesity may be linked to changes in brain structure and function, potentially affecting memory and decision-making abilities.
A study published in Neuron reveals that different types of memories, including episodic and habitual ones, drive our future behavior. Episodic memories are linked to brain activity in the hippocampus, while habitual memories rely on the striatum, which guides attention in novel situations.
A new theoretical model proposes that humans have an exclusively human capacity for mental time travel, composed of episodic memory and scenario construction. However, no definitive evidence supports foresightful behavior in animals, suggesting they may not possess the same level of mental time travel capabilities.
Researchers found that consuming sweets activates neurons in the dorsal hippocampus, a critical region for episodic memory. This process is necessary for making memories, including those related to eating behavior. The study suggests that forming memories of meals can help control eating habits.
A brain training iPad game has been shown to improve the memory of patients with schizophrenia, enabling them to function better in their daily lives. The study found significant improvements in episodic memory and global functioning, suggesting a potential therapeutic tool for managing the condition.
Researchers identify a specific variation in brain waves of individuals with amnestic mild cognitive impairment (aMCI), which may indicate an early dysfunction related to Alzheimer's disease. The test uses electroencephalogram (EEG) technology, offering a more affordable and non-invasive alternative to other methods.
Researchers identified individual neurons in the medial temporal lobe that changed their firing to encode new associations at the exact moment of the experience. This finding may lead to a better understanding of memory loss and new methods to fight it in Alzheimer's and other neurological diseases.
Scientists reveal that neurons change their firing properties to encode new associations, forming new memories in a matter of seconds. The study demonstrates the neural processes underlying real-life memory formation, showing that a single exposure is enough to create lasting memories.
Researchers recorded individual neuron activity in patients to understand episodic memory creation. They found that neurons signal new contextual associations between people and places with dramatic changes after a single trial.
According to a study by the University of the Basque Country, cognitive decline starts at age 20 but may not be noticeable. Episodic memory deteriorates with age, while semantic and procedural memories remain relatively stable or even improve in some cases.
A new study using brain imaging shows that intentional recall can lead to the suppression of competing memories, altering their accessibility. The research found that remembering dynamically changes which aspects of our past remain available, and this mechanism is not limited to specific memory types.
A new study found that a short bout of resistance exercise, such as lifting weights for 20 minutes, can improve episodic memory by 10% in healthy young adults. The researchers tested participants before and after the exercise, using a series of photos to assess their memory recall.
A team of researchers will study the complex connections between brain cells that allow us to make and retrieve lasting memories. The project aims to build a complete computational model of a neural network in vertebrates using experimental data, with potential transformative insights into mammalian brain abilities.
Researchers at the University of East Anglia have developed a new diagnostic tool to distinguish between different types of dementia and memory damage. The model takes into account both semantic and autobiographical memories, leading to better approaches for rehabilitation.
Researchers found that motivation, crystallized knowledge, and compensatory mechanisms can help maintain cognitive function in older adults. Contrary to popular beliefs, older adults may not be more susceptible to consumer fraud.
A recent study challenges the idea that individuals with episodic amnesia are unable to understand time, revealing they retain temporal consciousness and can order events on a timeline. This discovery opens up new questions about memory and its relationship to human understanding of time.
Recent studies have shown that memory is composed of two distinct forms: episodic memory, dependent on the hippocampus, and semantic memory, reliant on the neocortex. The 'multiple trace/transformation theory' proposes that memories are re-encoded with each retrieval, leading to a transformation from context-rich to general memory.
A new study published in Biological Psychiatry finds that a genetic variant in the WWC1 gene may confer protection against age-related memory decline. Individuals carrying the T allele performed better on memory tasks and showed more active engagement in the hippocampus, a vital brain region for memory, with increasing age.
Studies show that when participants experience an 'out-of-body' illusion, their memories are fragmented and stored improperly. The research suggests a close relationship between body experience and memory, with implications for understanding psychiatric conditions such as PTSD and schizophrenia.
Researchers have identified a previously unknown circuit that suppresses the monosynaptic circuit, allowing for longer time-linked memories to be formed. This discovery sheds light on how the brain balances fear and caution in response to sequential events.
Neuroscientists found that brain cells encode spatial information and form 'geotags' for memories, activated before recall. Spatial memory systems are linked to episodic memories, allowing researchers to predict recalled items with accuracy.
Researchers found that older participants experienced more tip-of-the-tongue moments, but these experiences were not associated with actual memory problems. The study suggests that these frustrating occurrences are largely independent of each other.
Research suggests that young children may struggle to remember overlapping elements of events, such as time and place, until later childhood. This has significant implications for learning in school and the reliability of testimony in court cases.
Researchers successfully created and stored false memories in mice using optogenetics, a technique that allows them to activate specific brain cells. The study suggests that many neurological traces of false memories are identical to those of authentic memories.
A new study published by The Endocrine Society found that weight loss improves memory function in older, overweight women. After six months of dieting, their brain activity changed in the regions important for memory tasks, with improved performance and altered brain activity detected.
A study published in Alcoholism: Clinical & Experimental Research found that alcoholism impairs associative memory, a component of episodic memory, which is essential for remembering face-name associations. Working memory, another short-term memory system, is also affected, leading to difficulties in holding information in mind.
Researchers found that rats' place cells behave like new environments when they don't explore, highlighting the importance of direct experience in creating stable episodic memories. This discovery translates to humans, where recalling past experiences relies on autobiographical memory and direct recollection of events.
Researchers at NYU's Center for Neural Science have identified the hippocampus and perirhinal cortex as crucial brain areas involved in integrating 'what' and 'when' information. This discovery enhances our understanding of how memories are processed and may lead to new approaches for addressing memory-related disorders.
A new study by University of Bristol researchers has identified a mechanism in the brain that explains why people form long-lasting memories of stressful events. The discovery could lead to new treatments for post-traumatic stress disorder (PTSD) and other stress-related psychiatric disorders.
University of Pennsylvania researchers have identified a brain-based explanation for how memories become linked, revealing that contextual associations are retained across time scales. The study uses precise brain activity data from epilepsy patients to pinpoint the region of the brain responsible for episodic memory.
A new study found that individuals with alcohol dependence not only experience impaired episodic memory but also a distorted perception of their own cognitive abilities. This distortion leads to an overestimation of memory capacities and a failure to recognize actual memory deficits.
A computer algorithm was able to predict which film a volunteer was recalling based on their brain activity, suggesting that memories are recorded in regular patterns. The key areas involved in recording episodic memories were the hippocampus and its immediate neighbors.
The researcher aims to understand how neurons store information and decide which memories to retain. UT San Antonio scientist Brian Derrick is studying the role of the dentate gyrus in preserving episodic memories using a $917,000 NIH grant.
Researchers at the University of Georgia have discovered that laboratory rats exhibit
Researchers studied autobiographical memory in semantic dementia patients according to disease progression, finding early-stage patients could recall recent and lasting memories. As dementia evolves, mechanisms behind autobiographical memory impairment result from storage deficits and faulty retrieval strategies.
Scientists have discovered that the hippocampus works in a structured and predictable way, enabling them to predict where someone is standing within a virtual reality room based on brain activity. The findings offer compelling evidence for mindreading and could potentially decode individual episodic memory traces from human brain imaging.
Researchers found that people tend to underestimate the intensity of their mixed feelings when recalling them. This effect is more pronounced over time and affects individuals from different ethnic backgrounds differently.
Psychologists Agneta Herlitz and Jenny Rehnman found significant sex differences in episodic memory, favoring women. Women excel in verbal episodic memory tasks and are better at remembering faces, especially of females.
A study found that older adults with declining imagination are less able to recall detailed memories, hindering their ability to create imagined future events. Researchers discovered a link between episodic memory and the constructive-episodic-simulation process.
Researchers found that individuals with severe autobiographical episodic memory loss can still understand others' emotions and intentions. This preserved ability may be linked to semantic memory, which was left intact after the injury.
Studies using fMRI reveal that the hippocampus integrates perceptual strands to form coherent memories. The intraparietal sulcus plays a crucial role in binding multiple features of stimuli into a common representation, essential for episodic memory formation.
A study of 134 older adults found that nearly a third had Alzheimer's disease, yet most did not show obvious dementia symptoms. The research suggests that some people may have a neural reserve that allows them to tolerate significant brain damage without developing cognitive decline.
A study found that healthy older adults with the e-4 allele of the ApoE gene exhibit significantly worse prospective memories, struggling to remember tasks even when instructed to do so. The findings suggest a strong impact of genetic variation on cognitive function and recommend reevaluating the role of ApoE in cognition.
A new fMRI study found that autobiographical memories engage different parts of the brain, even when recalling the same content. The study used 'diary' method to collect memories, revealing the frontal lobes involved in self-awareness and visual memory are more strongly activated for episodic memories.
Researchers from Mount Sinai Hospital identified a key role for the hippocampus in forming episodic memories. The study used rats to examine brain activity while they searched for food in a maze, revealing place cells that signaled location alone and others sensitive to recent or impending events.
A study has identified a specific human gene variant, nicknamed 'met,' that affects memory and hippocampal function in humans. Individuals inheriting at least one copy of the 'met' version showed lower verbal episodic memory scores compared to those with two copies of the more common 'val' version.
Research suggests that people with left-handed families tend to have superior episodic memory due to increased inter-hemispheric interaction. This is because their brain hemispheres work together more actively to process and store memories, leading to improved recall of events.
Recent research by Dr. Endel Tulving suggests that episodic memory is essential for human cultural advancement, enabling awareness of the future. Functional neuroimaging studies have identified regions in the frontal lobes linked to past and future awareness.