Emotional toxins also play
a direct role in disease.
Not exact matches
Our vision is to one day see a world where degenerative brain
diseases do not exist and science and technology play a
direct role in extending the healthy lives of ourselves and our loved ones.
Inflammation
in the central nervous system has recently been shown to play a
role in a number of different neurodegenerative
diseases, including HD and PD, but this is the first
direct comparison of these two distinct
diseases.
Using cutting edge «
disease in a dish» technologies, the researchers are now following up the leads discovered
in blood cell lines
in neurons induced from stem cells derived from the blood of PMDD patients —
in hopes of gaining a more
direct window into the ESC / E (Z) complex's
role in the brain.
Fourth, the finding of intranuclear inclusions
in diseased tissues, as well as
direct visualization of adenoviral - like particles (TMAdV)
in lung alveoli by electron microscopy (Figs. 1D - 2 to 1D - 4), support a primary
role for TMAdV
in the pathogenesis of tissue injury
in affected monkeys.
This paper provides
direct evidence for the
role of TNF
in chronic intestinal inflammation using TNBS colitis
in Tg197 mice as a model and encourages further clinical trials with anti-TNF therapeutics for the treatment of Crohn's
disease.
Yakel's research is
directed toward understanding the
role of the nicotinic acetylcholine receptor and brain function, as well as how dysfunction
in this receptor leads to various neurodegenerative
diseases and addiction.
In light of the widespread role of oxidative stress in the pathology of diverse human diseases and the ability of the Nrf2 - dependent antioxidant response gene network to protect against oxidative stress, considerable effort has been directed towards discovering compounds that can increase the activity of Nrf
In light of the widespread
role of oxidative stress
in the pathology of diverse human diseases and the ability of the Nrf2 - dependent antioxidant response gene network to protect against oxidative stress, considerable effort has been directed towards discovering compounds that can increase the activity of Nrf
in the pathology of diverse human
diseases and the ability of the Nrf2 - dependent antioxidant response gene network to protect against oxidative stress, considerable effort has been
directed towards discovering compounds that can increase the activity of Nrf2.
Two related studies led by the Pagliarini lab, published consecutively
in today's (Aug. 4) issue of the journal Molecular Cell, identify functions for three little - known mitochondrial proteins that play either a
direct or potential
role in disease.
However, many clinicians spoke of their own observations of peripheral symptoms
in SMA patients such as gastrointestinal issues and metabolic defects that are not as common
in other neuromuscular
diseases, suggesting a
direct role of SMN
in peripheral tissues.
«We want to test the
direct role of these transcription factors
in the development of aggressive
disease and response to chemotherapy.
LA JOLLA, CA ¬ — Researchers have found the first
direct evidence that autoimmunity —
in which the immune system attacks the body's own tissues — plays a
role in Parkinson's
disease, the neurodegenerative movement disorder.
Greider, a Nobel laureate,
directs a group of scientists studying both the
role of short telomeres
in age - related
disease and cancer as well as the regulatory mechanism that maintain telomere length.
Studies have found less of a
direct association between obesity and other cancers, including gallbladder, cervical, ovarian, and prostate cancer, as well as Non-Hodgkin lymphoma and multiple myeloma — but research does suggest it may play a
role in these
diseases, too.
Up to 50 million Americans are estimated to have an autoimmune condition, * and annual
direct healthcare treatment costs for these patients total $ 100 billion.1 Nearly 100 different
diseases have been classified as autoimmune
in nature, with 40 more suspected.1 IFM's 2018 Annual International Conference (AIC), «Solving the Puzzle of Autoimmunity: The Interplay of Gut, Genes, and Environment,» focuses on the exploding research and therapies around the interconnected
roles of intestinal permeability, genetic disruptors, and various environmental triggers that coalesce to create autoimmune
disease.