Research, Articles & Case Studies
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The Glymphatic Pathway
Benveniste H, Lee H, Volkow NDCurriculums:
Abstract
How anger affects your brain and body
The National Institute for the Clinical Application of Behavioral MedicineCurriculums:
This article explains the many different ways that anger changes your brain. Elevated cortisol causes neurons to accept too much calcium through their membrane. A calcium overload can make cells fire too frequently and die. It also discusses how stress hormones affect your body.
Why Dyslexia Is More Than a Reading Disorder
Alice ParkCurriculums:
In the latest research published in the journal Neuron, scientists led by John Gabrieli, a professor of brain and cognitive sciences at Massachusetts Institute of Technology, found that dyslexia may be due to a much broader difference in brain function.
But in the latest research published in the journal Neuron, scientists led by John Gabrieli, a professor of brain and cognitive sciences at Massachusetts Institute of Technology, found that dyslexia may be due to a much broader difference in brain function.
Missing Link Between Gut and Brain Discovered With Big Implications for Disease
University of VirginiaCurriculums:
Researchers have identified immune cells in the membranes around the brain that could be a ‘missing link’ in the gut-brain axis. The immune cells also appear to have a positive impact on recovery following spinal cord injury.
Glymphatic distribution of CSF-derived apoE into brain is isoform specific and suppressed during sleep deprivation
Thiyagaragan M. Achariyar , Baoman Li , Weiguo Pen1 , Philip B. Verghese , Yang Shi , Evan McConnel , Abdellatif Benraiss , Tristan Kasper , Wei Song , Takahiro Takana , David M. Holtzman , Maiken Nedergaard and Rashid DeaneCurriculums:
Background: Apolipoprotein E (apoE) is a major carrier of
cholesterol and essential for synaptic plasticity. In brain, it’s expressed by
many cells but highly expressed by the choroid plexus and the predominant
apolipoprotein in cerebrospinal fluid (CSF). The role of apoE in the CSF is
unclear. Recently, the glymphatic system was described as a clearance system
whereby CSF and ISF (interstitial fluid) is exchanged via the peri-arterial
space and convective flow of ISF clearance is mediated by aquaporin 4 (AQP4), a
water channel. We reasoned that this system also serves to distribute essential
molecules in CSF into brain. The aim was to establish whether apoE in CSF,
secreted by the choroid plexus, is distributed into brain, and whether this
distribution pattern was altered by sleep deprivation. Methods: We used
fluorescently labeled lipidated apoE isoforms, lenti-apoE3 delivered to the
choroid plexus, immunohistochemistry to map apoE brain distribution,
immunolabeled cells and proteins in brain, Western blot analysis and ELISA to
determine apoE levels and radiolabeled molecules to quantify CSF inflow into
brain and brain clearance in mice. Data were statistically analyzed using ANOVA
or Student’s t- test. Results: We show that the glymphatic fluid transporting
system contributes to the delivery of choroid plexus/ CSF-derived human apoE to
neurons. CSF-delivered human apoE entered brain via the perivascular space of
penetrating arteries and flows radially around arteries, but not veins, in an
isoform specific manner (apoE2 > apoE3 > apoE4). Flow of apoE around
arteries was facilitated by AQP4, a characteristic feature of the glymphatic
system. ApoE3, delivered by lentivirus to the choroid plexus and ependymal
layer but not to the parenchymal cells, was present in the CSF, penetrating
arteries and neurons. The inflow of CSF, which contains apoE, into brain and
its clearance from the interstitium were severely suppressed by sleep
deprivation compared to the sleep state. Conclusions: Thus, choroid plexus/CSF
provides an additional source of apoE and the glymphatic fluid transporting
system delivers it to brain via the periarterial space. By implication, failure
in this essential physiological role of the glymphatic fluid flow and ISF
clearance may also contribute to apoE isoform-specific disorders in the long
term.
Your Cells Are Listening: How Talking To Your Body Helps You Heal
Conscious ReminderCurriculums: Healing From the Core,
This article talks about positive body talk for healing.
In NFL Players, Brain Inflammation May Persist Years After Head Trauma
Alzforum.orgCurriculums:
Research has shown that sports-related head injuries lead to future amyloid and tau pathology, as well as a higher risk of dementia and neuropsychiatric symptoms. However, the link between traumatic brain injury (TBI) and these ensuing problems is unclear. Could inflammation play a role? Scientists led by Martin Pomper, Johns Hopkins Medical Institutions, Baltimore, report online in the November 28 JAMA Neurology that NFL players’ brains are replete with activated glial cells even without obvious neuropsychiatric problems. This finding suggests that neuroinflammation could be a marker for problems down the road.
An Introduction of Ehlers-Danlos Syndrome for the CST Practitioner
Eloise Stager, BA, LMT, CSTCurriculums:
Ehlers-Danlos Syndrome is a genetic, connective tissue disorder affecting collagen production. One of the primary and most debilitating symptoms of EDS is a widespread, unrelenting and varying pain, with episodes of acute, excruciating pain when there is a direct joint injury, subluxation, or dislocation. Many people with EDS do not realize they have it.
CRANIAL SEA
Kenneth R. Koles, PhD, DSc, RAc, LMTCurriculums:
Ken Koles talks about what
Craniosacral Therapy is and the benefits of this work.
Scientists discover neuron-producing stem cells in the membranes covering the brain
VIB - Flanders Institute for BiotechnologyCurriculums:
In a cross-domain study researchers discovered unexpected cells in the meninges. These 'neural progenitors' (stem cells that differentiate into different kinds of neurons) are produced during embryonic development.