Results 1 to 10 of about 478,242 (193)

Disease Knowledge Transfer across Neurodegenerative Diseases [PDF]

, 2019
We introduce Disease Knowledge Transfer (DKT), a novel technique for transferring biomarker information between related neurodegenerative diseases. DKT infers robust multimodal biomarker trajectories in rare neurodegenerative diseases even when only ...
Alexander, Daniel C., Blumberg, Stefano B., Crutch, Sebastian J., Eshaghi, Arman, Golland, Polina, Lorenzi, Marco, Marinescu, Razvan V., Morell, Pere P., Oxtoby, Neil P., Yong, Keir X., Young, Alexandra L.   +10 more
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Inflammasomes in neuroinflammatory and neurodegenerative diseases [PDF]

, 2019
Neuroinflammation and neurodegeneration often result from the aberrant deposition of aggregated host proteins, including amyloid-beta, alpha-synuclein, and prions, that can activate inflammasomes.
Lamkanfi, Mohamed, Srinivasan, Sahana, van Loo, Geert, Voet, Sofie   +3 more
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Regulation of Mitochondrial Dynamics and Neurodegenerative Diseases [PDF]

, 2011
Mitochondria are important cellular organelles in most metabolic processes and have a highly dynamic nature, undergoing frequent fission and fusion. The dynamic balance between fission and fusion plays critical roles in mitochondrial functions. In recent
Fujimura, Atsushi, Han, Xiao-Jian, Matsui, Hideki, Matsushita, Masayuki, Nishiki, Tei-ichi, Ohmori, Iori, Tomizawa, Kazuhito   +6 more
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Nuclear Receptors as Therapeutic Targets for Neurodegenerative Diseases: Lost in Translation [PDF]

, 2019
Neurodegenerative diseases are characterized by a progressive loss of neurons that leads to a broad range of disabilities, including severe cognitive decline and motor impairment, for which there are no effective therapies.
Codocedo, Juan F., Landreth, Gary E., Moutinho, Miguel, Puntambekar, Shweta S.   +3 more
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The role of p38 MAPK and its substrates in neuronal plasticity and neurodegenerative disease [PDF]

, 2012
A significant amount of evidence suggests that the p38-mitogen-activated protein kinase (MAPK) signalling cascade plays a crucial role in synaptic plasticity and in neurodegenerative diseases.
Corrêa, Sônia A. L., Eales, Katherine L.   +1 more
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Klotho pathways, myelination disorders, neurodegenerative diseases, and epigenetic drugs [PDF]

, 2020
In this review we outline a rationale for identifying neuroprotectants aimed at inducing endogenous Klotho activity and expression, which is epigenetic action, by definition. Such an approach should promote remyelination and/or stimulate myelin repair by
Chen, Xiaohong, Faller, Douglas V., Glavas, Ioannis P., Harpp, David N., Kanara, Iphigenia, Kodukula, Krishna, Mavrakis, Anastasios N., Moos, Walter H., Pernokas, Julie, Pernokas, Mark, Pinkert, Carl A., Powers, Whitney R., Sampani, Konstantina, Steliou, Kosta, Vavvas, Demetrios G., Zamboni, Robert J.   +15 more
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Neurodegeneration: Potential Causes, Prevention, and Future Treatment Options [PDF]

, 2011
Here I advance a hypothesis that neurodegeneration is a natural process associated with aging due to the loss of genetic redundancy following a mathematical model R(t) = R0(1-αe(βC+γI+δEt)t), where the calorie intake (C) and ...
Zhongtao Zhang
core   +2 more sources

Computational Studies of the Structural Stability of Rabbit Prion Protein Compared to Human and Mouse Prion Proteins [PDF]

, 2011
Prion diseases are invariably fatal and highly infectious neurodegenerative diseases affecting humans and animals. The neurodegenerative diseases such as Creutzfeldt-Jakob disease, variant Creutzfeldt-Jakob diseases, Gerstmann-Str$\ddot{a}$ussler ...
Zhang, Jiapu
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Neurodegenerative Diseases and Autophagy [PDF]

, 2018
Most neurodegenerative diseases are characterized by the accumulation of aggregated proteins within neurons. These aggregate-prone proteins cause toxicity, a phenomenon that is further exacerbated when there is defective protein clearance.
Aflaki, Aflaki, Aguado, Aguib, Akizu, Al-Saif, Alves, Ando, Ando, Andrew, Argov, Argov, Arrasate, Ashkenazi, Axe, Ballabio, Belzil, Benjamin, Bento, Berger, Bernhardt, Biazik, Bitoun, Bjorkoy, Blanz, Blommaart, Boland, Bouhouche, Bryceson, Butzlaff, Byrne, Caccamo, Caccamo, Caccamo, Cadwell, Castillo, Castillo, Cataldo, Cataldo, Chan, Chang, Chen, Chen, Chen, Cheroni, Chesser, Chung, Cirulli, Citron, Coffey, Colacurcio, Conner, Corcelle-Termeau, Cortes, Cortes, Criado, Cullup, Cunha-Santos, Cunningham, Daud, Davies, de Duve, DeBosch, Decressac, Dehay, DeJesus-Hernandez, del Campo, Deng, Deretic, DeSelm, Di Bartolomeo, Dierks, Dionisi Vici, Dooley, Dowdle, Dressel, Du, Duran, Durcan, Durcan, Durieux, Egan, Eisenberg, Eisenberg, Emanuele, Endo, Fader, Fang, Farg, Farrer, Fecto, Fernandes, Filimonenko, Fink, Fleming, Fraldi, Freischmidt, Fujita, Fullgrabe, Furuta, Gal, Ganley, Ganley, Gatchel, Gautam, Ge, Ge, Ghavidel, Goedert, Goedert, Gomez-Sanchez, Goode, Graef, Haack, Hadano, Hamacher-Brady, Hamasaki, Hansen, Hara, Harms, Harris, Hawkins-Salsbury, Hayashi-Nishino, Heitman, Heo, Hirst, Hong, Hosokawa, Hsieh, Huang, Huett, Huotari, Ichimura, Itakura, Jaeger, Jahn, Jang, Jang, Jiang, Jung, Kamiya, Kane, Kaneb, Karanasios, Kaushik, Kazlauskaite, Kett, Khaminets, Khaminets, Khurana, Kim, Kim, Kim, Kim, Kimura, Kimura, Kirkin, Kitada, Knaevelsrud, Knorr, Komatsu, Komatsu, Komatsu, Komatsu, Kondapalli, Koyano, Kraft, Krasniak, Kruger, Kuma, Kyttala, Labuzek, Lacovich, Lamb, Laplante, Lazarou, Lee, Lee, Lee, Lee, Lee, Levine, Li, Li, Liang, Lin, Liu, Liu, Liu, Lloyd-Evans, Lloyd-Evans, Longatti, Lonskaya, Lonskaya, Lopez, Lopez de Maturana, Lu, Lu, Lunemann, Luty, Luzio, Lv, Ma, Ma, Magalhaes, Majid, Mancias, Mandell, Manzanillo, Marshall, Martinez-Vicente, Maruyama, Matikainen-Ankney, Mawuenyega, Mayer, Mazzulli, Mazzulli, McWilliams, Mealer, Medina, Melser, Menzies, Menzies, Menzies, Michaud, Millecamps, Minassian, Mizuno, Mizushima, Mizushima, Mizushima, Mochida, Moore, Moreau, Moreau, Morimoto, Murphy, Murray, Myeku, Nakatogawa, Narang, Narendra, Nascimento-Ferreira, Nazio, Newman, Nguyen, Nilsson, Nishiyama, Nixon, Nixon, Noda, Onofre, Ordureau, Orsi, Oz-Levi, Ozcelik, Pacheco, Palikaras, Pankiv, Papinski, Park, Park, Pavel, Perez, Pickford, Pickrell, Pilli, Piras, Platt, Potter, Poupetova, Proikas-Cezanne, Pryor, Puls, Puri, Pyo, Ramesh Babu, Randow, Ravikumar, Ravikumar, Ravikumar, Ravikumar, Ravikumar, Razi, Reinwald, Renvoise, Richards, Rockenstein, Roczniak-Ferguson, Rodriguez-Navarro, Rogov, Rohn, Roosen, Rose, Rubinsztein, Rubinsztein, Rui, Russell, Rusten, Saftig, Sahu, Saitsu, Sanchez-Martinez, Sandoval, Sanjuan, Sano, Sardiello, Sarkar, Sarkar, Sato, Schaeffer, Schreiber, Schroder, Sellier, Seok, Serrano-Puebla, Settembre, Settembre, Settembre, Shaid, Shen, Shibata, Shibutani, Siddiqi, Siddiqui, Simonsen, Singh, Small, Son, Sorbara, Sou, Spampanato, Spilman, Staats, Stadel, Sun, Sundaramoorthy, Svenning, Tan, Tanaka, Tang, Tanji, Teyssou, Thurston, Tian, Tian, Tiede, Tien, Tsuboyama, Tsunemi, Tumbarello, Ugolino, Ulgherait, Ushio, Valente, Vantaggiato, Varga, Velikkakath, Vidoni, Vingtdeux, Vollrath, Wang, Wang, Wang, Watabe, Webb, Webster, Weedon, Wei, West, Wild, Williams, Williams, Winklhofer, Winslow, Wolfe, Wong, Wraith, Wu, Xi, Yamamoto, Yazdankhah, Yla-Anttila, Yoshii, Yu, Yu, Yu, Yuan, Yue, Zare-Shahabadi, Zavodszky, Zhang, Zhang, Zhang, Zhang, Zhang, Zhao, Zhao, Zheng, Zhou, Zhou, Zuchner   +401 more
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Elevated Levels of Methylmalonate and Homocysteine in Parkinson's Disease, Progressive Supranuclear Palsy and Amyotrophic Lateral Sclerosis [PDF]

, 2010
Background/Aims: Increasing evidence suggests that elevated levels of homocysteine (Hcy) and methylmalonate (MMA) may be involved in the pathogenesis of neurodegenerative diseases. Methods: The urine levels of MMA and serum levels of Hcy as well as folic
Bötzel, Kai, Giese, Armin, Levin, Johannes, Lorenzl, Stefan, Vogeser, Michael   +4 more
core   +1 more source