Cemal Koba
@CemalKoba
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Postdoc researcher at Computational Neuroscience team, Sano Center
Joined May 2011
These results suggest a critical role of sensory input in shaping the macroscale functional and structural organization of the brain.
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These results suggest a critical role of sensory input in shaping the macroscale functional and structural organization of the brain.
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Moreover, in blind individuals, the hierarchical organization within the early visual cortex was altered, the structure-function coupling in visual and temporal areas was reduced, and functional similarity between V1 center and periphery was diminished.
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However, in blind individuals, the sensorimotor network was more distanced from the visual network (G2), while the visual network was more integrated with transmodal (G1) and frontoparietal (G3) networks.
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In both groups, we observed a principal gradient (G1) extending from unimodal to transmodal, a second gradient (G2) spanning from somatosensory to visual, and a third gradient (G3) separating the frontoparietal network from the rest of the brain.
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We conducted connectome gradient analyses using resting-state functional Magnetic Resonance Imaging in a large multi-site sample of congenitally blind individuals and sighted controls.
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The cortex is organized along macroscale structural/functional gradients that extend from unimodal to transmodal areas and from somatosensory to visual regions. It has not been tested whether this organization represents an intrinsic neuro-architecture or depends on sensory input
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Preprint alert π¨ Atypical functional connectome in congenitally blind humans https://t.co/DThGmHvHT7 co-led by @annalena_stroh and me, together with @TheWiseBird2, Olivier Collignon, @KatarzynaRaczy, @mbedny1 , Mengyu Tian, and Marcin Szwed
biorxiv.org
The cortex is organized along macroscale structural and functional gradients that extend from unimodal to transmodal association areas and from somatosensory to visual regions. It has not been tested...
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Spontaneous eye-movements during eyes-open rest reduce resting-state-network modularity by increasing visual-sensorimotor connectivity https://t.co/MPdBBtHUk5
#biorxiv_neursci
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The fact that two independent variables are not statistically independent doesnt necessarily mean that the lack of independence is important
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Old townda villasiiii cafcafli arabasiiii hergun pijalniada gezer, poznanin hovardasiii β€ @CemalKoba
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Hadi bugune ozel makale yakalim ππππ₯π₯π₯π₯π₯π
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