社会性や感情を司る領域に臨界期はあるのか?山室先生の研究領域もとても興味深いです。 https://t.co/fcrCrtEL3Y
A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice https://t.co/5NGJ65SgVe
RT @morishih: Here are our recent publications relevant to this position. https://t.co/3VjLouugGK https://t.co/VwU8Bjz9fp
Here are our recent publications relevant to this position. https://t.co/3VjLouugGK https://t.co/VwU8Bjz9fp
RT @URRK12: [No.16] Nature Neuroscience 誌 8月31日 Hirofumi Morishita らによる報告 孤独による社会性の低下に前頭前皮質→視床室傍核の回路が関係すると示した。P21-35で隔離されたマウスは他個体との接触時、同回路…
RT @URRK12: [No.16] Nature Neuroscience 誌 8月31日 Hirofumi Morishita らによる報告 孤独による社会性の低下に前頭前皮質→視床室傍核の回路が関係すると示した。P21-35で隔離されたマウスは他個体との接触時、同回路…
RT @morishih: Also check out below our recent publications relevant to these positions. https://t.co/VwU8Bjz9fp https://t.co/3VjLouugGK ht…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @morishih: Also check out below our recent publications relevant to these positions. https://t.co/VwU8Bjz9fp https://t.co/3VjLouugGK ht…
RT @morishih: Also check out below our recent publications relevant to these positions. https://t.co/VwU8Bjz9fp https://t.co/3VjLouugGK ht…
RT @morishih: Also check out below our recent publications relevant to these positions. https://t.co/VwU8Bjz9fp https://t.co/3VjLouugGK ht…
Also check out below our recent publications relevant to these positions. https://t.co/VwU8Bjz9fp https://t.co/3VjLouugGK https://t.co/Nz48J0wz4C
Great publication in Nature using Teleopto's wireless optogenetic system to identify thalamic circuits involved in sociability and social isolation in mice. Read more at: https://t.co/BriszTZOY7 #neuroscience #optogenetics
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @Quillcannon: Noteworthy delay in brain maturation (of mice) as a consequence of social isolation during childhood: https://t.co/BlBY7EA…
Noteworthy delay in brain maturation (of mice) as a consequence of social isolation during childhood: https://t.co/BlBY7EA92g
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
CHECK OUT this new study in @NatureNeuro by @morishih! https://t.co/dDZH1TUi5f @NIMHDirector @SFARIorg @MountSinaiPsych #FriedmanBrainInstitute
Sgt.P's Lonely Minds Club Band: "Loneliness is becoming increasingly recognized as a serious threat to mental health. Our study identifies a pair of specific medial prefrontal cortex excitatory and inhibitory neuron populations required for sociability."
Yapılan yeni bir araştırma çocukluk çağında maruz kalınan sosyal izolasyonun prefrontal korteksin belirli bir devresinde zarara yol açtığını gösterdi. #bilim #biyoteknoloji Makaleye aşağıdaki linkten ulaşabilirsiniz: https://t.co/Jit6reTGCD https://t.co/k
A new study showed that social isolation during childhood causes damage to a specific brain circuit in the prefrontal cortex. #science #biotechnology Read more about it following the link below: https://t.co/Jit6reTGCD https://t.co/GibYjDoo4A
生後2週間の社会的孤立をオスのマウスが経験した場合、前頭前野内側部から視床室傍核への投射に欠損が生じる、という研究。これにより、社会性に異常が見られる可能性を示唆。https://t.co/5QfTboR5On
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
“A study in Nature Neuroscience shows that juvenile social isolation disrupts prefrontal neurons projecting to the paraventricular thalamus and associated prefrontal somatostatin interneurons, and thereby impairs sociability in adulthood.” https://t.co/HE
RT @leafs_s: Nature Neuroscience A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult soci…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
Nature Neuroscience A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice https://t.co/uSYwNNDw3r
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
RT @NatureNeuro: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. N…
A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice. New paper from @morishih and colleagues. https://t.co/Q5XORqA3NN https://t.co/JD2mL45LnG
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @ThePostsynaptic: A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mic…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @schneiderleonid: Usually this would be clear evidence of data falsification, but better ask @NatureNeuro for their view. https://t.co/v…
Help with another? Not on PubPeer. https://t.co/fFie56iLIi Figure 1b appears to show horizontal splice in image. Shown with enhanced brightness below; original follows. Bad or OK? https://t.co/jKzPWLaIG1
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
A prefrontal–paraventricular thalamus circuit requires juvenile social experience to regulate adult sociability in mice https://t.co/4lBqvZViir https://t.co/C93ZxAsbW8
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
"juvenile social isolation" 略して "jSI" こんな悲しい言葉があるかよ。次は juvenile social isolation with Twitter の場合も研究してほしい https://t.co/eJUninFB4c
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
Cool study by @morishih et al (h/t @naelnadif), demonstrating how a pair of specific medial prefrontal cortex excitatory and inhibitory neuron populations required for sociability (at adult stage) are “profoundly affected by juvenile social experience” ⬇️
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
幼若期に社会交流がない個体では大人になってからの社会性が低下する。このような個体では、mPFC>PVTの回路が社会交流時に活動しにくくなる。これはmPFC内のSST+介在性ニューロンの活動が高まった結果であり、mPFC>PVTの回路を活性化することで、社会性がレスキューされる。 https://t.co/RXFED7EaT2
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
Congratulations! Look g forward to reading it.
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
RT @morishih: Very excited to share this new paper just published in @NatureNeuro from our lab @SinaiBrain. We found a specific prefrontal…
Congrats on an exciting study.