At the University of Arizona, SENS Research Foundation is funding proof - of - concept research to restore the health of the immune
system in aging mice, by simultaneously increasing the ability to produce new killer T - cells while making room for them by purging defective cells from the system.
Not exact matches
In 2014, highly publicized work in the laboratories of Villeda and Tony Wyss - Coray, PhD, professor of neurology at Stanford, showed that connecting the circulatory system of a young mouse to that of an old mouse could reverse the declines in learning ability that typically emerge as mice ag
In 2014, highly publicized work
in the laboratories of Villeda and Tony Wyss - Coray, PhD, professor of neurology at Stanford, showed that connecting the circulatory system of a young mouse to that of an old mouse could reverse the declines in learning ability that typically emerge as mice ag
in the laboratories of Villeda and Tony Wyss - Coray, PhD, professor of neurology at Stanford, showed that connecting the circulatory
system of a young
mouse to that of an old
mouse could reverse the declines
in learning ability that typically emerge as mice ag
in learning ability that typically emerge as
mice age.
The cardiovascular
system, which often fails and causes early death
in these prematurely
aging mice, also showed improvements
in structure and function.
A single gene appears to play a crucial role
in coordinating the immune
system and metabolism, and deleting the gene
in mice reduces body fat and extends lifespan, according to new research by scientists at the Jean Mayer USDA Human Nutrition Research Center (USDA HNRCA) on
Aging at Tufts University and Yale University School of Medicine.
Walford's new research is based on the fact that
in mice and humans, the immune
system malfunctions during
aging, losing the ability to distinguish between healthy cells and invasive pathogens such as bacteria and viruses.
In a new study in mice published in the Journal of Nutritional Biochemistry, scientists at the Jean Mayer USDA Human Nutrition Research Center on Aging at Tufts University (HNRCA) set out to determine if excess folic acid intake caused adverse changes in the immune syste
In a new study
in mice published in the Journal of Nutritional Biochemistry, scientists at the Jean Mayer USDA Human Nutrition Research Center on Aging at Tufts University (HNRCA) set out to determine if excess folic acid intake caused adverse changes in the immune syste
in mice published
in the Journal of Nutritional Biochemistry, scientists at the Jean Mayer USDA Human Nutrition Research Center on Aging at Tufts University (HNRCA) set out to determine if excess folic acid intake caused adverse changes in the immune syste
in the Journal of Nutritional Biochemistry, scientists at the Jean Mayer USDA Human Nutrition Research Center on
Aging at Tufts University (HNRCA) set out to determine if excess folic acid intake caused adverse changes
in the immune syste
in the immune
system.
«Earlier studies have shown that vitamin E can help regulate the
aging body's immune
system, but our present research is the first study to demonstrate that dietary vitamin E regulates neutrophil entry into the lungs
in mice, and so dramatically reduces inflammation, and helps fight off infection by this common type of bacteria,» said first author Elsa N. Bou Ghanem, Ph.D., postdoctoral scholar
in the department of molecular biology and microbiology at Tufts University School of Medicine (TUSM).
Mark Albers uses the olfactory
system of
mice and humans to help understand the early events of neurodegeneration
in order to find ways to intervene early
in the disease process before symptoms appear and distinguish early pathologic events from changes produced by
aging.
Hypothesis driven approaches to vaccinology can utilise the knowledge gained from mechanistic
mouse models and our molecular understanding of intrinsic defects to human cells.5 However, caution is required when extrapolating data from murine models, as there are substantial differences between immune
ageing in mice and humans.6 Nevertheless, model
systems and ex vivo analyses of molecular alterations
in aged human cells have identified multiple changes
in the vaccination response with
age and the
aged immune
system in general.
Adenylyl Cyclase Type 5 (AC5): Knockout of AC5 extends life
in mice, with the most plausible mechanism being increased resilience of the cardiovascular
system to the various slings and arrows of
aging.
PER2: Deletion of the PER2 gene
in mice, associated with the mechanisms of circadian rhythm, appears to improve DNA repair
in stem cell populations relevant to the immune
system, resulting
in a healhier immune cell population, better immune function
in old
age, and a modestly extended life span.
Using a technique called parabiosis,
in which the vascular
systems of two
mice are surgically connected, Villeda's lab had previously discovered that infusing old
mice with the blood of younger
mice leads to brain rejuvenation, including improvements
in learning and memory, while infusions of old blood cause premature brain
aging in young
mice.
(6)
In early - aging (2 - mo old) BubR1H / H; INK - ATTAC mice, but not young (3 - wk - old) mice, transcripts of the system and of reporter green fluorescent protein «were significantly elevated in [subcutaneous] adipose tissue, skeletal muscle and eye, but not in tissues in which endogenous p16Ink4a is not induced, including liver and heart.&raqu
In early -
aging (2 - mo old) BubR1H / H; INK - ATTAC
mice, but not young (3 - wk - old)
mice, transcripts of the
system and of reporter green fluorescent protein «were significantly elevated
in [subcutaneous] adipose tissue, skeletal muscle and eye, but not in tissues in which endogenous p16Ink4a is not induced, including liver and heart.&raqu
in [subcutaneous] adipose tissue, skeletal muscle and eye, but not
in tissues in which endogenous p16Ink4a is not induced, including liver and heart.&raqu
in tissues
in which endogenous p16Ink4a is not induced, including liver and heart.&raqu
in which endogenous p16Ink4a is not induced, including liver and heart.»
«Our findings reveal a critical role for telomere length
in a
mouse model of
age - dependent human disease,» said first author Christina Theodoris, an MD / PhD student
in the laboratory of Deepak Srivastava, MD. «This model provides a unique opportunity to dissect the mechanisms by which telomeres affect
age - dependent disease and also a
system to test novel therapeutics for aortic valve disease.»
Specifically, by using the NeuroCube ®
system to measure gait deficits, we found that SOD - 1
mice showed a reduction
in step and stride length and an increase
in stride, stand and swing duration compared to WT
mice, which was evident as early as 8 weeks and progressed with
age.
In addition to these routine tests of neurological and motor function, sophisticated algorithm - based systems were employed and determined a strong phenotype effect in the SOD - 1 mice at a much earlier ag
In addition to these routine tests of neurological and motor function, sophisticated algorithm - based
systems were employed and determined a strong phenotype effect
in the SOD - 1 mice at a much earlier ag
in the SOD - 1
mice at a much earlier
age.
The
system has no time for people his
age who are inept when it comes to modern technology — he holds a
mouse up to a computer screen and writes his CV
in longhand — and quickly brands Blake as a hopeless case.