you know what, fuck #sarscov2 i really wish i could just go back to fucking reading #GOAT papers like this one @MatteoCarandini @haiderlab. seriously mad props, i still think about this one a lot. alas, the mass scientific fraud and death underway... ht
RT @ggFedericoRossi: (9/n) This success suggests that L2/3 neurons could compute direction selectivity from spatially and temporally offset…
(9/n) This success suggests that L2/3 neurons could compute direction selectivity from spatially and temporally offset excitatory and inhibitory inputs. https://t.co/j89LxXo7EW https://t.co/gMjzZ6rh9p https://t.co/kmBAQ8M39Y
@TPVogels @markdhumphries @cian_neuro @ulisespereirao @neurograce @computingnature @bitking69 @CousinAmygdala @michael_okun @HSompolinsky @shadlen @SachaNelsonLab @sprekeler Why not mention there is no E-I balance at all in awake brains: https://t.co/ETdDr
Inhibition dominates in cortex. Awake intracellular recording changing our views of excitation/inhibition balance! http://t.co/PYoSC2D8
Inhibition dominates in cortex. Awake intracellular recording changing our views of excitation/inhibition balance! http://t.co/PYoSC2D8
Inhibition dominates in cortex. Awake intracellular recording changing our views of excitation/inhibition balance! http://t.co/PYoSC2D8
Inhibition dominates in cortex. Awake intracellular recording changing our views of excitation/inhibition balance! http://t.co/PYoSC2D8
麻酔下ではなく覚醒状況で測定すると、感覚皮質では抑制がdominantでしたというNature論文。覚醒下では反応のtuningが俄然良いのが凄い。localなレベルの話とは言え、昨今の抑制-亢進関連の議論に一石を投じる感。 http://t.co/5LwX7i6K
Wake up - using anaesthetized preps is not good enough! Inhibition dominates sensory responses in the awake cortex http://t.co/q2emvWkV
Inhibition dominates in cortex. Changing our views of excitation/inhibition balance! RT @Pascallisch http://t.co/0ZoeKWrP … …
Inhibition dominates in cortex. Changing our views of excitation/inhibition balance! RT @Pascallisch http://t.co/0ZoeKWrP … …
Inhibition dominates in cortex. Changing our views of excitation/inhibition balance! RT @Pascallisc http://t.co/0ZoeKWrP …
Inhibition dominates in cortex. Awake intracellular recording changing our views of excitation/inhibition balance! http://t.co/PYoSC2D8
Inhibition dominates in cortex. Awake intracellular recording changing our views of excitation/inhibition balance! http://t.co/PYoSC2D8
When compared to the anesthetized condition, synaptic inhibition dominates sensory responses in the awake cortex: http://t.co/W473wof5
Inhibition dominates sensory responses in the awake cortex http://t.co/R0B6VgpP
When compared to the anesthetized condition, synaptic inhibition dominates sensory responses in the awake cortex: http://t.co/W473wof5
RT @NatureMagazine: When compared to the anesthetized condition, synaptic inhibition dominates sensory responses in the awake cortex: http://t.co/W473wof5
Inhibition dominates sensory responses in the awake cortex http://t.co/W5Khr581
When compared to the anesthetized condition, synaptic inhibition dominates sensory responses in the awake cortex: http://t.co/W473wof5
“@utafrith: via @WiringTheBrain: Consciousness = sharpening spatial and temporal resolution? http://t.co/72Ln4Tsg” @myen
Inhibition dominates sensory responses in the awake cortex - sharpening spatial and temporal resolution http://t.co/mBM6dK7H
via @WiringTheBrain: Is inhibition in the awake cortex compatible with global workspace theory? http://t.co/YxeJvxDB
via @WiringTheBrain: Consciousness = sharpening spatial and temporal resolution? http://t.co/YxeJvxDB
Inhibition dominates sensory responses in the awake cortex - sharpening spatial and temporal resolution http://t.co/mBM6dK7H
Inhibition dominates sensory responses in the awake cortex - sharpening spatial and temporal resolution http://t.co/mBM6dK7H
Inhibition dominates sensory responses in the awake cortex - sharpening spatial and temporal resolution http://t.co/mBM6dK7H
Inhibition dominates sensory responses in the awake cortex - sharpening spatial and temporal resolution http://t.co/mBM6dK7H
「覚醒下の大脳皮質の知覚応答は抑制が主体である 」 麻酔下および覚醒時のマウスの視覚皮質で、視覚誘発応答とその基盤であるシナプスのコンダクタンスを測定 http://t.co/d4s5yFfc
「覚醒下の大脳皮質の知覚応答は抑制が主体である 」 麻酔下および覚醒時のマウスの視覚皮質で、視覚誘発応答とその基盤であるシナプスのコンダクタンスを測定 http://t.co/d4s5yFfc
Amazing how synaptic inhibition actually dominates excitation in sensory response to confine activity (when awake). http://t.co/GI55ufrf
Inhibition dominates sensory responses in the awake cortex http://t.co/AmccwylA
Sensory activity in cortex is mostly inhibitory. Amazing local field potential data in awake mice. http://t.co/4gCdUAeV
麻酔なしと麻酔ありで刺激応答比較。麻酔なしで局在化及び短期で収まる傾向。http://t.co/0nVf8TT8
麻酔なしと麻酔ありで刺激応答比較。麻酔なりで局在化と短期で収まる傾向。http://t.co/0nVf8TT8
Inhibition dominates sensory responses in the awake cortex http://t.co/onUf0PJz /sortavia @ih_C_hi
RT @symphonicworks: Inhibition dominates sensory responses in the awake cortex http://t.co/qpmWx1Yp via Nature
Responses to visual stimulation is dominated by synaptic inhibition in awake (non-anaesthetised) cortex @NatureNews http://t.co/WRnGAI2E
RT @symphonicworks: Inhibition dominates sensory responses in the awake cortex http://t.co/qpmWx1Yp via Nature
RT @symphonicworks: Inhibition dominates sensory responses in the awake cortex http://t.co/qpmWx1Yp via Nature
Inhibition dominates sensory responses in the awake cortex http://t.co/qpmWx1Yp via Nature
RT @brembs: Inhibition dominates sensory responses in the awake cortex http://t.co/4owwQ5zE