Highlights
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Perspective | December 31, 2024
Astrocytes have been known to support neuronal function, but until now, memory storage and recall has thought to be largely controlled by neurons. In this article, we shed light on recent research published by Williamson
Show moreet al that, for the first time, shows astrocytes to participate in memory formation and recall.
Astrocytes have been known to support neuronal function, but until now, memory storage and recall has thought to be largely controlled by neurons. In this article, we shed light on recent research published by Williamsonet al that, for the first time, shows astrocytes to participate in memory formation and recall.Mridula Bhalla and C. Justin Lee -
Original Article | December 31, 2024
In the injured Schwann cells, fascaplysin (Fas) interacts with androgen receptor (AR) as a novel on-target as well as CDK4/CCND1 complex as an original on-target, and the nuclear translocation of Fas/AR complex is suppressed during peripheral nerve degeneration. The multi-targeted action regulates to proliferate negatively and differentiate positive Schwann cells
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In the injured Schwann cells, fascaplysin (Fas) interacts with androgen receptor (AR) as a novel on-target as well as CDK4/CCND1 complex as an original on-target, and the nuclear translocation of Fas/AR complex is suppressed during peripheral nerve degeneration. The multi-targeted action regulates to proliferate negatively and differentiate positive Schwann cellsHyung-Joo Chung, Ja-Eun Kim, Youngbuhm Huh et al. -
Original Article | December 31, 2024
We establish differences in resting state connectivity of cerebellar-cortical networks focusing on early aging by contrasting a late middle-age group with a young adult group.
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We establish differences in resting state connectivity of cerebellar-cortical networks focusing on early aging by contrasting a late middle-age group with a young adult group.Dilara Derya and Christian Wallraven -
Original Article | December 31, 2024
The SNUH-dementia brain bank provides high-quality brain tissues and cellular models for neurodegenerative diseases research, operating under strict protocols. Their findings reveal varying clinical-pathological concordance rates across conditions, with many cases of AD, LBD, and FTLD had mixed pathologies. This prevalence of mixed diseases emphasizes the need for improved diagnostic criteria and more accurate biomarkers and highlights the crucial role of brain banks in advancing diagnostic accuracy and neurodegenerative disease research.
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The SNUH-dementia brain bank provides high-quality brain tissues and cellular models for neurodegenerative diseases research, operating under strict protocols. Their findings reveal varying clinical-pathological concordance rates across conditions, with many cases of AD, LBD, and FTLD had mixed pathologies. This prevalence of mixed diseases emphasizes the need for improved diagnostic criteria and more accurate biomarkers and highlights the crucial role of brain banks in advancing diagnostic accuracy and neurodegenerative disease research.Kwanghoon Lee, Seong-Ik Kim, Yu-Mi Shim et al.
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Highly Cited Papers
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Review Article | December 30, 2015Geon Ha Kim, Jieun E. Kim, Sandy Jeong Rhie and Sujung Yoon
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Review Article | March 30, 2013Onyou Hwang*
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Review Article | June 30, 2015Hyo Eun Moon and Sun Ha Paek
News
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한국과총에서 주관하는 「2023년 제33회 과학기술우수논문상」에 우리 학회 학술지 EN에 발간된 논문이 선정되었습니다.&n...…
Show more2023-06-23 -
Here is the winner of the 2021 EN Best Article Awards announced at the KSBNS 2021 Virtual Conference held on May 20~21, 2021. Congratulations to Dr. Joungha Won...…
Show more2021-05-28 -
Here are the winners of the 2020 EN Best Article Awards announced at the KSBNS 2020 Virtual Conference held onNovember 16~17, 2020. - Review Article Congratulat...…
Show more2020-11-18
