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Journal: The Neuroscientist

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Abbreviation

Neurosci.

Publisher

SAGE

Journal Volumes

ISSN

1073-8584
1089-4098

Description

Search Results

Publications 1 - 8 of 8
  • Nogo-A
    Item type: Journal Article
    Schmandke, Antonio; Schmandke, Andre; Schwab, Martin E. (2014)
    The Neuroscientist
  • Klohs, Jan; Rudin, Markus (2011)
    The Neuroscientist
  • Gillebert, Celine R.; Mantini, Dante (2013)
    The Neuroscientist
  • Mantini, Dante; Vanduffel, Wim (2013)
    The Neuroscientist
  • Rust, Rusian; Tackenberg, Christian (2024)
    The Neuroscientist
    Cell therapy holds great promise for regenerative treatment of disease. Despite recent breakthroughs in clinical research, applications of cell therapies to the injured brain have not yielded the desired results. We pinpoint current limitations and suggest five principles to advance stem cell therapies for brain regeneration. While we focus on cell therapy for stroke, all principles also apply for other brain diseases.
  • Meyer, Urs; Yee, Benjamin K.; Feldon, Joram (2007)
    The Neuroscientist
  • Grimm, Christina; Balsters, Joshua Henk; Zerbi, Valerio (2021)
    The Neuroscientist
    Human behavior is strongly influenced by our motivation to establish social relationships and maintain them throughout life. Despite the importance of social behavior across species, it is still unclear how neural mechanisms drive social actions. Rodent models have been used for decades to unravel the neural pathways and substrates of social interactions. With the advent of novel approaches to selectively modulate brain circuits in animal models, unprecedented testing of brain regions and neuromodulators that encode social information can be achieved. However, it is unclear which classes of social behavior and related neural circuits can be generalized across species and which are unique to humans. There is a growing need to define a unified blueprint of social brain systems. Here, we review human and rodent literature on the brain’s social actuators, specifically focusing on social motivation. We discuss the potential of implementing multimodal neuroimaging to guide us toward a consensus of brain areas and circuits for social behavior regulation. Understanding the circuital similarity and diversity is the critical step to improve the translation of research findings from rodents to humans.
  • How Plastic Is the Brain after a Stroke?
    Item type: Journal Article
    Starkey, M.L.; Schwab, M.E. (2014)
    The Neuroscientist
Publications 1 - 8 of 8