The MIR-NAT MAPT-AS1 does not regulate Tau expression in human neurons by Rafaela Policarpo, Leen Wolfs, Saul Martínez-Montero, Lina Vandermeulen, Ines Royaux, Gert Van Peer, Pieter Mestdagh, Bart De Strooper, Annerieke Sierksma, Constantin d’Ydewalle

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Regulatory roles of eugenol in paraquat-altered SNCA/LZTS3/MAPT in the cerebellum of Wistar rats by Obinna Onwe Uchewa, Augustine Oseloka Ibegbu, Samuel Okoronkwo Okafor, Joseph Alo Nwafor, Ogugua Augustine Egwu

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Association between herpes simplex virus infection and Alzheimer’s disease biomarkers: analysis within the MAPT trial by Morgane Linard, Isabelle Garrigue, Bruno Vellas, Nicola Coley, Henrik Zetterberg, Kaj Blennow, Nicholas James Ashton, Pierre Payoux, Anne-Sophie Salabert, Jean-François Dartigues, Joachim Mazere, Sandrine Andrieu, Catherine Helmer

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乳腺癌生存期相关长非编码 MAPT-AS1 及其共表达基因筛选与验证 by 许家瑞, 刘冬冬, 李贝贝, 陈梦麟, 黄凯铃, 郑周霞, 徐建华

“…【方法】通过TCGA数据库筛选943例RNA-seq数据信息：（837例乳腺癌患者+106例正常对照），发现长非编码MAPT-AS1高表达，乳腺癌患者生存期更长。构建长非编码MAPT-AS1过表达和干扰质粒，将构建好的质粒转染乳腺癌细胞株T47D，并用嘌呤霉素筛选出稳定表达的T47D细胞株，通过RT-qPCR验证长非编码MAPT-AS1及其共表达基因的表达情况。…”
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Generation and characterization of two induced pluripotent stem cell lines (ICGi052-A and ICGi052-B) from a patient with frontotemporal dementia with parkinsonism-17 associated with the pathological variant c.2013T>G in the MAPT gene by E. V. Grigor’eva, A. A. Malakhova, E. S. Yarkova, J. M. Minina, Y. V. Vyatkin, J. A. Nadtochy, E. A. Khabarova, J. A. Rzaev, S. P. Medvedev, S. M. Zakian

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Antibody-mediated degradation of 4R-tau restores mitochondrial membrane polarization in human induced pluripotent stem cell-derived neurons with the MAPT 10+16 mutation by Dale O. Starkie, Charles Arber, Terry Baker, Daniel J. Lightwood, Selina Wray

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Effects of central administration of the human Tau proteinon the <i>Bdnf, Trkb, p75, Mapt, Bax</i> and <i>Bcl-2</i> genes expression in the mouse brain by A. S. Oreshko, A. Ya. Rodnyy, D. V. Bazovkina, V. S. Naumenko

“…Concurrently, a significant decrease in the expression of the Mapt gene encoding endogenous mouse Tau protein was found in the cerebellum. …”
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The Microtubule-Associated Protein Tau and Its Relevance for Pancreatic Beta Cells by Magdalena Maj, Gregor Hoermann, Sazan Rasul, Wolfgang Base, Ludwig Wagner, Johannes Attems

“…Structural and biochemical alterations of the microtubule-associated protein tau (MAPT) are associated with degenerative disorders referred to as tauopathies. …”
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Disparate and shared transcriptomic signatures associated with cortical atrophy in genetic behavioral variant frontotemporal degeneration by Ting Shen, Jacob W. Vogel, Vivianna M. Van Deerlin, EunRan Suh, Laynie Dratch, Jeffrey S. Phillips, Lauren Massimo, Edward B. Lee, David J. Irwin, Corey T. McMillan

“…The genes that exhibited significantly positive or negative correlations with cortical thickness in MAPT-bvFTD showed opposing directionality in C9orf72-bvFTD and GRN-bvFTD. …”
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Understanding retinal tau pathology through functional 2D and 3D iPSC-derived in vitro retinal models by Lorenza Mautone, Federica Cordella, Alessandro Soloperto, Silvia Ghirga, Giorgia Di Gennaro, Ylenia Gigante, Silvia Di Angelantonio

“…This study investigates the impact of the Frontotemporal Dementia-linked IVS 10 + 16 MAPT mutation on retinal development and function using 2D and 3D retinal models derived from human induced pluripotent stem cells. …”
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Genetics and Epigenetics of Parkinson's Disease by Fabio Coppedè

“…Other genes at non-PARK loci (MAPT, SCA1, SCA2, spatacsin, POLG1) cause syndromes with parkinsonism as one of the symptoms. …”
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A Case of 17q21.31 Microduplication and 7q31.33 Microdeletion, Associated with Developmental Delay, Microcephaly, and Mild Dysmorphic Features by Adrian Mc Cormack, Juliet Taylor, Leah Te Weehi, Donald R. Love, Alice M. George

“…Microarray analysis identified a microduplication in chromosome 17q21.31, which encompasses the CRHR1, MAPT, and KANSL1 genes, as well as a microdeletion in chromosome 7q31.33 that is localised within the GRM8 gene. …”
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The Neuroprotective Disease-Modifying Potential of Psychotropics in Parkinson's Disease by Edward C. Lauterbach, Leonardo F. Fontenelle, Antonio L. Teixeira

“…Fluoxetine favorably affects transcription of multiple genes (e.g., MAPT, GBA, CCDC62, HIP1R), although it and desipramine reduced MPTP mouse survival. …”
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Bioinformatics and Deep Learning Approach to Discover Food-Derived Active Ingredients for Alzheimer’s Disease Therapy by Junyu Zhou, Chen Li, Yong Kwan Kim, Sunmin Park

“…Random forest regression models were utilized to predict the IC₅₀ (pIC₅₀) values of ligands interacting with AD-related target proteins, including acetylcholinesterase (<i>AChE</i>), amyloid precursor protein (<i>APP</i>), beta-secretase 1 (<i>BACE1</i>), microtubule-associated protein tau (<i>MAPT</i>), presenilin-1 (<i>PSEN1</i>), tumor necrosis factor (<i>TNF</i>)<i>-α</i>, and valosin-containing protein (<i>VCP</i>). …”
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Utilizing liquid-liquid biopolymer regulators to predict the prognosis and drug sensitivity of hepatocellular carcinoma by Jianhao Li, Han Chen, Lang Bai, Hong Tang

“…Results LPRS was established with 8 LLPS-related genes (TXN, CBX2, DCAF13, SLC2A1, KPNA2, FTCD, MAPT, and SAC3D1). Further research indicated that a high LPRS is closely associated with vascular invasion, histological grade (G3-G4), and TNM stage (III-IV) in HCC, concurrently establishing LPRS as an independent risk factor for prognosis. …”
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Development of a Ten-lncRNA Signature Prognostic Model for Breast Cancer Survival: A Study with the TCGA Database by Wenqing Zhou, Yongkui Pang, Yunmin Yao, Huiying Qiao

“…We constructed a ten-lncRNA signature model (LINC01208, RP5-1011O1.3, LINC01234, LINC00989, RP11-696F12.1, RP11-909N17.2, CTC-297N7.9, CTA-384D8.34, CTC-276P9.4, and MAPT-IT1) to predict BRCA patient survival using the multivariate Cox proportional hazard regression model. …”
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Novel pyroptosis-immune-related lncRNA signature exhibits a distinct immune cell infiltration landscape in breast cancer by Dedi Kong, Dedi Kong, Hongju Cheng, Meihong Wang

“…Single-cell sequencing data from GSE176078 were used to validate the immune cell infiltration landscape of the identified lncRNA signatures.ResultsWe identified a six-lncRNA pyroptosis-immune signature comprising MAPT.AS1, CTA.384, D8.34, RP11.561, I11.3, HID1.AS1, AC097713.3, and USP2.AS1. …”
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