Accelerated long-term forgetting of recall and recognition memory in people with epilepsy.

Sarah A Steimel, Stephen Meisenhelter, Robert J Quon, Edward J Camp, Rebecca Tom, Krzysztof A Bujarski, Markus E Testorf, Yinchen Song, Robert M Roth, Barbara C Jobst

April 2023

Synopsis of Social media discussions

Discussions highlight the study's focus on memory decline in epilepsy, with examples like mentions of the 72-hour memory loss and seizure side effects, showing a moderate level of detailed engagement. Words such as 'significant,' 'important,' and 'highlight' signal recognition of the research's relevance and potential influence on understanding epilepsy-related memory issues.

A
Agreement
 Moderate agreement

Many discussions acknowledge the significance of the study, especially recognizing its importance for understanding memory issues in epilepsy.

I
Interest
 Moderate level of interest

Participants show moderate curiosity, often discussing the implications for patients and potential treatments, but not excessive enthusiasm.

E
Engagement
 Moderate level of engagement

Some comments reference specific aspects of the research, such as memory decline over 72 hours and seizure location effects, indicating a reasonable depth of discussion.

I
Impact
 Moderate level of impact

The overall tone suggests the publication is viewed as impactful, especially in advancing knowledge about memory problems associated with epilepsy.

Social Mentions

YouTube

1 Videos

Twitter

6 Posts

Metrics

Video Views

59

Total Likes

7

Extended Reach

25,953

Social Features

7

Timeline: Posts about article

Top Social Media Posts

Posts referencing the article

Understanding Accelerated Long-Term Memory Loss in Epilepsy

Understanding Accelerated Long-Term Memory Loss in Epilepsy

Accelerated long-term forgetting is a memory disorder where individuals forget information rapidly over extended periods despite normal initial memory assessment. This phenomenon is linked to disruptions in memory consolidation, especially in focal epilepsy cases.

NeuroQAM - UQAM (NeuroQAM)

November 8, 2023

59 views

  • Neurochecklists
    @neurochecklists (Twitter)

    RT @JohnMillichapMD: Accelerated long-term forgetting of recall and recognition memory in people with epilepsy https://t.co/r1vCP8uLUu #Neu…
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    April 29, 2023

    5

  • Lance Fogan
    @lance_fogan (Twitter)

    RT @JohnMillichapMD: Accelerated long-term forgetting of recall and recognition memory in people with epilepsy https://t.co/r1vCP8uLUu #Neu…
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    March 13, 2023

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  • ong beng hooi
    @ongbenghooi1 (Twitter)

    RT @JohnMillichapMD: Accelerated long-term forgetting of recall and recognition memory in people with epilepsy https://t.co/r1vCP8uLUu #Neu…
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    March 11, 2023

    5

  • EpMatch
    @epstrong (Twitter)

    RT @JohnMillichapMD: Accelerated long-term forgetting of recall and recognition memory in people with epilepsy https://t.co/r1vCP8uLUu #Neu…
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    March 10, 2023

    5

  • Marcus Ng
    @spikewhisperer (Twitter)

    RT @JohnMillichapMD: Accelerated long-term forgetting of recall and recognition memory in people with epilepsy https://t.co/r1vCP8uLUu #Neu…
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    March 10, 2023

    5

  • John J. Millichap MD
    @JohnMillichapMD (Twitter)

    Accelerated long-term forgetting of recall and recognition memory in people with epilepsy https://t.co/r1vCP8uLUu #Neurology #Epilepsy
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    March 10, 2023

    7

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Abstract Synopsis

  • People with epilepsy (PWE) often experience memory problems, especially a type called Accelerated Long-Term Forgetting (ALF), where they initially remember information but then forget it quickly over time.
  • The study tested how ALF affects both free recall and recognition memory by showing participants a nature documentary and testing their memory immediately and after 24, 48, and 72 hours; they found PWE showed significant memory decline particularly at 72 hours.
  • PWE also showed a link between confidence and accurate recognition, and those with seizures on the left side of the brain had even lower chances of successful memory retrieval, highlighting how ALF differs in its impact on memory types and is influenced by seizure location.]