At @neuroinklab, we are a community of neuroscience enthusiasts exploring the complex links between vision, perception, and behavior. Through collaboration and critical thinking, we aim to deepen understanding in these fields.
๐จ๐ปโ๐ป This was presented by @RFhosseinizadeh, a https://t.co/5psdvZLUOC. Student in Cellular and Molecular Biology at Ferdowsi University of Mashhad.
๐ป The session has been recorded, and you can watch the offline video on the NeuroInk YouTube channel: https://t.co/fCg0wui34d
๐ง At the 36th session of the Journal-Ink series, we reviewed: "Rhythmic attentional scanning"
Part 2
๐ Authored by: Pascal Fries
#neuroinklab#neuroscience
๐ Key Highlights:
1- Behavior is systematically coupled with neural oscillations, especially low-frequency rhythms like theta.
2- Perception varies with the phase of neural oscillations.
๐ Link: https://t.co/cBtACcKQyj
๐ฅ๐ฒ๐๐ต๐ถ๐ป๐ธ๐ถ๐ป๐ด ๐๐ต๐ฒ ๐ฐ๐ฒ๐ป๐๐ฟ๐ฎ๐น๐ถ๐๐ ๐ผ๐ณ ๐ฏ๐ฟ๐ฎ๐ถ๐ป ๐ฎ๐ฟ๐ฒ๐ฎ๐
New paper I anticipate will become a classic in neuroscience and a must-read for students at all levels.
Understanding brain function beyond brain areas.
https://t.co/OjQPX87cfw
๐จ๐ปโ๐ป This was presented by @ZynabNosrattalab, a https://t.co/5psdvZLmZ4. Student in Cellular and Molecular Biology at Ferdowsi University of Mashhad.
๐ป The session have been recorded, and you can watch the offline video on the NeuroInk YouTube channel: https://t.co/IIs5TOViuT
๐ง At the 35th session of the Journal-Ink series, we reviewed: "Hemifield Specificity of Attention Response Functions during Multiple-Object Tracking"
๐ Authored by: @MaechlerMarvin, eunhye choe, @patrickcav124, Peter j Kohler, peter u tse
#neuroinklab
๐ Key Highlights:
1- Early visual areas are contralaterally biased; attention areas respond bilaterally.
2- Capacity limits stem from visual, not bilateral attention, areas.
๐ Link: https://t.co/TV5Fjc2Sys
๐จ๐ปโ๐ป This was presented by @ZynabNosrattalab, a https://t.co/5psdvZLmZ4. Student in Cellular and Molecular Biology at Ferdowsi University of Mashhad.
๐ป The session have been recorded, and you can watch the offline video on the NeuroInk YouTube channel: https://t.co/mhwz3cCK72
๐ง At the 34th session of the Journal-Ink series, we reviewed: "When periphery rules: Enhanced sampling weights of the visual periphery in crowding across dimensions"
๐ Authored by: @AmirYashar, @carrasco_lab#neuroinklab
๐ Key Highlights:
1- Crowding asymmetry reflects greater sampling weight on the outer flanker across features.
2- Orientation and SF tasks show outer-flanker dominance, whereas color exhibits minimal asymmetry.
๐ Link: https://t.co/1YMLFzwG3j
๐จ๐ปโ๐ป This was presented by Zahra Abolhassani, MSc in Animal Physiology at Ferdowsi University of Mashhad.
๐ป The session have been recorded, and you can watch the offline video on the NeuroInk YouTube channel: https://t.co/oS6yRj99sB
๐ง At the 33th session of the Journal-Ink series, we reviewed: "whether short-latency face preference in the primate superior colliculus depends on the visual cortex."
๐ Authored by: @gongchen_yu,
@Leorkatz, Christian Quaia,
@adam_messinger, Richard J Krauzlis
#neuroinklab
๐ Key Highlights:
1- SC neurons respond much more to faces, and this boost appears 40 ms after stimulus onset in both SC layers.
2- SC face response happens only with cortical input; blocking LGN stops it.
๐ Link: https://t.co/3wKguJYDC3
๐จ๐ปโ๐ป This was presented by @RFhosseinizadeh, a https://t.co/5psdvZLUOC. Student in Cellular and Molecular Biology at Ferdowsi University of Mashhad.
๐ป The sessions are recorded, and you can watch this one by clicking on this link: https://t.co/oupDrHqUSQ
๐ Key Highlights:
1. Attention operates rhythmically at theta, cyclically selecting stimuli in sync with oculomotor activity.
2. Stimulus selection and gain enhancement arise via gamma oscillations and inter-regional synchronization (CTC, feedforward coincidence detection).
๐จ๐ปโ๐ซ This was presented by Arshia Ahmadzadeh, a https://t.co/5psdvZLUOC. students in Cellular and Molecular Biology at Ferdowsi University of Mashhad.
๐ป The sessions are recorded, and you can watch this one by clicking on this link: https://t.co/Zirtjq28lk
๐ง At the 31st Session of Journal-Ink, we reviewed the article: "Superior colliculus encodes visual saliency before the primary visual cortex"
๐ Authored by: Brian J White , Janis Y Kan, Ron Levy, Laurent Itti, Douglas P Munoz
๐ Link: https://t.co/AWa4HZpQFM
#neuroinklab
๐ Key Highlights:
1. The superior colliculus detects visual saliency earlier and stronger than V1, implying V1 is not the primary saliency source.
2. Its intermediate layers integrate saliency with task relevance, forming a priority map rather than a purely sensory one.
๐จ๐ปโ๐ป This was presented by @RFhosseinizadeh, a https://t.co/5psdvZLmZ4. Student in Cellular and Molecular Biology at Ferdowsi University of Mashhad.
๐ป The sessions have been recorded, and you can watch the offline videos on the NeuroInk YouTube channel: https://t.co/ANLmRV0kGr
๐ง At the 5th session of the Method-Ink series, we explored the concept of microsaccades and eye-tracking data analysis in MATLAB and we reviewed โMicrosaccades are triggered by low retinal image slip.โ
๐ Authored by: Ralf Engbert , Konstantin Mergenthaler
#neuroinklab
๐ Key Highlights:
1- Microsaccades are triggered by reduced retinal slip, supporting an active mechanism for visual stability.
2- They both cause and correct fixation errors, briefly increasing slip but stabilizing gaze over time.
๐ Link: https://t.co/38gyalnno1