Bluesky · Hashtag

#Vision

334
posts · 30d
179
users
11
posts / day
1.9
posts / user
+ 17% vs last week

#Vision is an active hashtag on Bluesky. In the last 30 days, 179 people shared 334 posts with it — around 11 a day. Activity is up 17% versus the previous week, peaking on Oct 14 with 30 posts.

#Vision posts per day (last 30 days)

Posts with #Vision

PLOS Biology
@plosbiology.org
about 13 hours ago
What is the function of saccadic suppression, wherein visual sensitivity is reduced around eye movements? This study traces long-lasting saccadic suppression in zebrafish and presents evidence suggesting that it may enhance the salience of relevant stimuli. 🧪 #NeuroSky #vision plos.io/4iACdDZ
The image shows a side view of a fluorescent larval zebrafish with the optic tectum labelled in magenta color. Image credit: Giulia Soto, Aristides Arrenberg.
Rapid eye movements help animals actively sample their visual surroundings, but they can also disrupt incoming visual information. Saccadic suppression – a reduction in visual sensitivity around these movements – may help shape what the brain notices. Soto et al. found that saccadic suppression in zebrafish arises through distributed sensory and motor mechanisms, which they measured across the visual system. In the optic tectum, suppression of visual responses is weaker for prey-like moving dots and looming threats than for global flashes. Thus, behaviorally relevant cues are more prominent in the optic tectum after a saccade than irrelevant cues. This saliency filtering could help the brain prioritize useful information with limited neural resources.
0 1 9
PLOS Biology
@plosbiology.org
3 days ago
What is the function of saccadic suppression, wherein visual sensitivity is reduced around eye movements? This study traces long-lasting saccadic suppression in zebrafish and presents evidence suggesting that it may enhance the salience of relevant stimuli. 🧪 #NeuroSky #vision plos.io/4iACdDZ
The image shows a side view of a fluorescent larval zebrafish with the optic tectum labelled in magenta color. Image credit: Giulia Soto, Aristides Arrenberg.
Rapid eye movements help animals actively sample their visual surroundings, but they can also disrupt incoming visual information. Saccadic suppression – a reduction in visual sensitivity around these movements – may help shape what the brain notices. Soto et al. found that saccadic suppression in zebrafish arises through distributed sensory and motor mechanisms, which they measured across the visual system. In the optic tectum, suppression of visual responses is weaker for prey-like moving dots and looming threats than for global flashes. Thus, behaviorally relevant cues are more prominent in the optic tectum after a saccade than irrelevant cues. This saliency filtering could help the brain prioritize useful information with limited neural resources.
0 2 8
José Torres Criado
@josetorrescriado.bsky.social
4 days ago
Empezada #Visionquest. Los dos primeros capítulos auguran una serie con buena pinta, en especial por el tratamiento que se le da a los personajes y por la propuesta diferente en el UCM. Sigo. #Marvel #UCM #Vision
0 1 12
Fay Thompson, Author/Artist
@faythompsonauthor.bsky.social
4 days ago
If you are struggling to read, go see your eye doctor to have your eyesight checked. As a person ages their eyesight often declines. You may need to improve lighting at the seat where you like to read. Tell the doctor about any sight issues. #writingcommunity #booksky #reading #vision #doctors
0 0 8

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