Ko Matsui

Search results

• Glial control of parallel memory processing — ScienceDaily

  Matsui, K.

  23/6/29

  2 items of Media coverage

  Press/Media

• Glial Control of Parallel Memory Processing

  Matsui, K.

  23/6/27

  2 items of Media coverage

  Press/Media

• Researchers investigate glial control of parallel memory processing

  Matsui, K.

  23/6/27

  1 item of Media coverage

  Press/Media

• US Patent Issued to KYOCERA, TOHOKU UNIVERSITY on June 13 for "Optical connector ferrule, optical connector, and composite fiber connecting assembly" (Japanese Inventors)

  Matsui, K. & Guo, Y.

  23/6/14

  1 item of Media coverage

  Press/Media

• Researchers from Tohoku University Report Details of New Studies and Findings in the Area of Tumor Necrosis Factors (N-acetylcysteine Suppresses Microglial Inflammation and Induces Mortality Dose-dependently Via Tumor Necrosis Factor-alpha ...)

  Abe, T., Nakanishi, M., Matsui, K., Sakai, M., Yoshii, H., Tomita, H. & Yu, Z.

  23/4/5

  1 item of Media coverage

  Press/Media

• Researcher at Tohoku University Has Published New Data on Epilepsy (Properties of REM sleep alterations with epilepsy)

  Matsui, K. & Ikoma, Y.

  23/3/17

  1 item of Media coverage

  Press/Media

• Stronger acid response in epileptic mice — ScienceDaily

  Matsui, K. & Ikoma, Y.

  23/3/4

  1 item of Media coverage

  Press/Media

• Acid Glia in REM sleep: Stronger Acid Response in Epileptic Mice

  Matsui, K. & Ikoma, Y.

  23/3/3

  1 item of Media coverage

  Press/Media

• Astrocytes exhibit stronger acid response with REM sleep in epileptic mice

  Matsui, K. & Ikoma, Y.

  23/3/3

  1 item of Media coverage

  Press/Media

• Tohoku University Researcher Describes Advances in Tumor Necrosis Factors (N-Acetylcysteine Suppresses Microglial Inflammation and Induces Mortality Dose-Dependently via Tumor Necrosis Factor-a Signaling)

  Abe, T., Nakanishi, M., Matsui, K., Sakai, M., Yoshii, H., Tomita, H. & Yu, Z.

  23/3/2

  1 item of Media coverage

  Press/Media

• Glial cells eating synapses may enhance learning and memory

  Matsui, K.

  22/12/22

  1 item of Media coverage

  Press/Media

• Optically analyzing local brain environment: Astrocytes’ acid response in epileptic mice

  Matsui, K. & Ikoma, Y.

  22/11/26

  2 items of Media coverage

  Press/Media

• Astrocytes in the brains of epileptic mice exhibit an acid response with intensified seizures

  Matsui, K. & Ikoma, Y.

  22/11/25

  2 items of Media coverage

  Press/Media

• Optically Analyzing Local Brain Environment: Astrocytes' Acid Response in Epileptic Mice

  Matsui, K. & Ikoma, Y.

  22/11/25

  2 items of Media coverage

  Press/Media

• News Hungry Hungry Glia's Synaptic Snacking May Boost Learning and Memory A specific type of glial cells "eat" their neighboring neurons' synapses to improve the brain's efficiency and may boost memory and learning, according to new research.

  Matsui, K.

  22/11/4

  1 item of Media coverage

  Press/Media

• Nibbling synapses: Glial cells eating of synapses may enhance learning and memory

  Matsui, K.

  22/11/3

  1 item of Media coverage

  Press/Media

• Glial cells eating synapses may enhance learning and memory

  Matsui, K.

  22/11/2

  1 item of Media coverage

  Press/Media

• Nibbling Synapses: Glial Cells Eating of Synapses May Enhance Learning and Memory

  Matsui, K. & Osumi, N.

  22/11/2

  2 items of Media coverage

  Press/Media

• Synapse-related Genes in Microglia are Changed by Contextual Fear Conditioning

  Tomita, H., Yu, Z., Matsui, K. & Sakai, M.

  22/9/12

  2 items of Media coverage

  Press/Media

• Harnessing the brain's plasticity to acquire epilepsy resilience

  Matsui, K.

  22/1/17

  1 item of Media coverage

  Press/Media

• Harnessing the Brain's Plasticity to Acquire Epilepsy Resilience

  Matsui, K., Ikoma, Y., Tominaga, T. & Nakasato, N.

  22/1/17

  2 items of Media coverage

  Press/Media

• Uncovered mechanism may provide new therapeutic strategy for epilepsy

  Matsui, K.

  21/3/3

  1 item of Media coverage

  Press/Media

• Study reveals presence of glial plasticity, offers future therapeutic strategy for epilepsy

  Matsui, K.

  21/3/2

  1 item of Media coverage

  Press/Media

• Acute Breakdown of the Glial Network in Epilepsy

  Matsui, K.

  21/3/2

  1 item of Media coverage

  Press/Media

• Acute breakdown of the glial network in epilepsy

  Matsui, K.

  21/3/1

  3 items of Media coverage

  Press/Media