佐々木 哲也(ササキ テツヤ)
- その他の論文・記事
- From Sensory Quirks to Superhuman Tech: Pioneering Support Strategies for Autism Spectrum Disorder
Kenyu Nakamura; Sae Sanaka; Koki Higuchi; Sara Kamiya...
Jxiv, 2024-10 - Enhanced maternal ROR γt enhances the effect of poly (I:C) in inducing fetal loss
Tetsuya Sasaki; Asumi Kubo; Sara Kamiya; Koki Higuchi...
Reproductive Immunology and Biology/39(1)/pp.16-17, 2024-12 - Prenatal Valproic Acid Exposure and Autism Spectrum Disorder: An Integrative Review of Developmental 5Neurotoxicity Mechanisms and Animal Models
Asumi Kubo; Sara Kamiya; Koki Higuchi; Kenyu Nakamura...
Jxiv, 2024-09 - Fetal Environment and Neurodevelopment: The Role of Maternal Immune System and Microbiota in Autism Spectrum Disorder
Kamiya Sara; Sasaki Tetsuya
Jxiv, 2024-09 - Elucidating the Pathogenic Mechanisms of Autism Spectrum Disorder Using Brain Organoids: Assessment of Environmental Factors and Challenges.
Kenyu Nakamura; Koki Higuchi; Sae Sanaka; Asumi Kubo; ...
Jxiv, 2024-09 - Abnormalities in Cytoskeleton and Molecular Motors in Psychiatric Disorders: Focus on Schizophrenia and Autism Spectrum Disorder
Koki Higuchi; Kenyu Nakamura; Asumi Kubo; Sae Sanaka; ...
Jxiv, 2024-09 - Neuroimmune IL-17 Axis: Psoriasis and ASD
Kubo Asumi; SASAKI Tetsuya
Jxiv, 2024-09 - Microstructural abnormalities of the cerebral cortex and autism spectrum disorders: from human pathology to animal models
Sae Sanaka; Koki Higuchi; Kenyu Nakamura; Momo Morika...
Medical Sciense Digest, 2024-09 - How Does Maternal Immune Activity Affect Fetal Survival and Brain Development?: The critical roles of IL-17A and microglia
Sara Kamiya; Asumi Kubo; Koki Higuchi; Kenyu Nakamura...
Jxiv, 2024-08 - IL-17：乾癬から自閉症への架け橋
神谷沙羅; 左中彩恵; 久保明澄; 樋口浩輝; 中村賢祐; 佐々木哲也
Precision medicine = プレシジョンメディシン, 2024-09 - IL-17: A Bridge from Psoriasis to Autism.
Sara Kamiya; Sae Sanaka; Asumi Kubo; Koki Higuchi; Ke...
Precision Medicine, 2024-09 - Elucidation of the mechanism of ASD expression in offspring by activation of the maternal intestinal immune system
Tetsuya Sasaki; Sara Kamiya
Report on FY2024 (62nd) Mishima Kaiun Memorial Foundation Academic Research Grants (Research Grants in Natural Sciences)/62/pp.25-27, 2024-11 - Molecular Basis of Neural Circuits Specific to the Prefrontal Cortex in Primates.
Kenyu Nakamura; Sara Kamiya; Tetsuya Sasaki
THE CELL/56(10)/pp.65-66, 2024-08 - 母体免疫が流産に与える影響: RORgtとIL-17Aに着目して
久保明澄; 神谷沙羅; 佐々木 哲也
BIO Clinica/56(1)/pp.50-52, 2024-08 - 医の精神を紡ぐ ―筑波大学医学群における解剖実習と革新的医学教育の融合―
佐々木 哲也
Web_https://www.neurosci.tsukuba.ac.jp/~takeilab/index.php/2024/06/23/20240000-63/, 2024-07 - 解剖学・神経科学研究室における研究室演習-精神疾患の生物学的基盤の解明を目指す-
中村 賢祐; 神谷 沙羅; 佐々木 哲也
桐医会会報/96(1)/pp.65-66, 2024-09 - 解剖学・神経科学研究室のこれまでとこれからー新しい解剖学を追い求めてー
佐々木 哲也; 神谷沙羅; 中村賢祐
桐医会会報/96(1)/pp.61-64, 2024-09 - Formation of functional cortical areas and their disruption in the development of psychiatric disorders
Tetsuya Sasaki; Sara Kamiya
Report on the results of the 2023 grant (Life Science Foundation of Japan)/24(1)/pp.25-26, 2024-07 - Effects of Maternal Immune Activation and IL-17A on Abortion
Asumi Kubo; Sara Kamiya; Tetsuya Sasaki
BIO Clinica/39(10)/pp.38-40, 2024-09 - IL-17A mRNA expression in the cerebral cortex during postnatal development and its alternations in an animal model of ASD
Sara Kamiya; Yosuke Takei; Suguru Iwata; Tetsuya Sasaki
Tsukuba Journal of Biology/23(1), 2024-02 - Effects of constitutive increase of IL-17A in serum on central nervous system.
Tetsuya Sasaki; Sara Kamiya
Medical Sciense Digest/50(16)/pp.1-2, 2023-2 - Cortical IL-17RA expression during postnatal development and its changes in an ASD model animal
Yoshitoku Watabe; Tetsuya Sasaki; Suguru Iwata; Haruka K...
Japanese Association of Anatomists 110th Kanto Branch Academic Meeting/110(1)/pp.13-13, 2022-10-01 - Neonatal immune challenge-induced changes in KIF gene expression in the brain
Yohei Soga; Suguru Iwata; Tetsuya Sasaki; Haruka Kanamar...
Proceeding of the 110th Kanto Branch Academic Meeting of The Japanese Association of Anatomists/110(1)/p.14, 2022-10 - Myosin Id, an ASD-risk gene product preferentially localize to dendritic spines of neurons
Tetsuya Sasaki; Haruka Kanamaru; Suguru Iwata; Yoshitoku ...
Proceeding of the 110th Kanto Branch Academic Meeting of The Japanese Association of Anatomists/110(1)/pp.21-21, 2022-10 - Myosin Id, an ASD-risk gene product preferentially localize to dendritic spines of cultured hippocampal neurons.
Tetsuya Sasaki; Haruka Kanamaru; Suguru Iwata; Yosuke Takei
Structure and Function/21(1)/pp.18-18, 2022-09 - さらに表示...
- From Sensory Quirks to Superhuman Tech: Pioneering Support Strategies for Autism Spectrum Disorder