«
Cell memory mechanism discovered.»
Not exact matches
The protein's role in the pathway leading to
memory impairment, however, remained unclear until scientists from IMCB utilised live -
cell imaging techniques to elucidate the
mechanism of
memory impairment and illustrated how SNX27 attributes to synaptic dysfunction.
The discovery of a new
mechanism that controls the way nerve
cells in the brain communicate with each other to regulate our learning and long - term
memory could have major benefits to understanding how the brain works and what goes wrong in neurodegenerative disorders such as epilepsy and dementia.
A group of researchers at Immunology Frontier Research Center (IFReC), Osaka University and RIKEN Center for Integrative Medical Sciences jointly clarified the
mechanism for inducing germinal - center B
cells» differentiation into
memory B
cells, immune
cells that remember antigens, at the molecular level.
«
Mechanism for inducing
memory B
cell differentiation elucidated: Efficient induction of immune
cells that remember antigens will lead to the development of new vaccines.»
«But this is a promising first step in understanding the
mechanisms by which
memory cells form, which ultimately will play a role in improving vaccine efficacy.
Although we did observe positive effects on some aging traits, such as
memory impairments and reduced red blood
cell counts, our studies showed that similar drug effects are also seen in young mice, indicating that rapamycin did not influence these measures by slowing aging, but rather via other, aging - independent,
mechanisms.»
«We found that the NFkB - Pim1 - Eomes axis, an important molecular
mechanism that operates in
memory T
cells, could be enhanced with molecular or genetic strategies to help current vaccines or tumor therapies be more effective.
Researchers from the University of Missouri School of Medicine have identified a molecular
mechanism that operates in
memory T
cells that could be manipulated to produce and maintain more
memory T
cells in the body, a finding that could improve vaccinations and cancer immunotherapies.
Now, researchers from the University of Missouri School of Medicine have identified a molecular
mechanism that operates in
memory T
cells that could be manipulated to produce and maintain more
memory T
cells in the body, a finding that could improve vaccinations and cancer immunotherapies.
«Better understanding of these
mechanisms is important because increasing the quantity and quality of
memory CD8 + T
cells is a key goal in developing more effective vaccines and immunotherapeutic strategies,» said Tan.
Scientists at the Stowers Institute for Medical Research have identified a possible biochemical
mechanism by which the specialized brain
cells known as neurons create and maintain a long - term
memory from a fleeting experience.
The ultimate goal is to precisely understand the
mechanisms of checkpoint blockade effectiveness and bring next generation, sustainable immunotherapies to even more patients, perhaps using by using epigenetic drugs in combination with checkpoint blockade to allow epigenetic reprogramming of exhausted T
cells into durable and functional
memory T
cells.
Her laboratory has successfully combined electrophysiological expertise with molecular and
cell biology approaches to better understand complex
mechanisms underlying the
memory process in mouse models of AD.
He and his colleagues have made significant discoveries about how immune
memory cells are created and how long they survive; understanding these
mechanisms is crucial to the development of vaccines for HIV and other infectious agents.
The researchers discovered that nicotine uses a
mechanism responsible for learning and
memory to enhance the connections between one set of nerve
cells that are sensitive to the drug and other nerve
cells that register pleasure.
Determine the
mechanisms by which complement interactions with endothelial
cells stimulate
memory B
cells resulting in local antibody production.