Research, Articles & Case Studies

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January 10th, 2017

Glia, not neurons, are most affected by brain aging

unknown
Curriculums:

The difference between an old brain and a young brain isn't so much the number of neurons but the presence and function of supporting cells called glia. In this article, researchers found that the state of someone's glia is so consistent through the years that it can be used to predict someones age.

January 10th, 2017

Glia, not neurons, are most affected by brain aging

Cell Press
Curriculums:

The difference between an old brain and a young brain isn't so much the number of neurons but the presence and function of supporting cells called glia. In a new article, researchers who examined postmortem brain samples from 480 individuals ranging in age from 16 to 106 found that the state of someone's glia is so consistent through the years that it can be used to predict someone's age.

January 5th, 2017

Genetic influence on immune system appears to be higher than previously thought

Kings College London
Curriculums:

Kings College London reveals nearly three quarters of immune traits are influenced by genes. 

January 5th, 2017

The mesentery: A 'new' organ you didn't know you had

Ashley Strickland
Curriculums:

The research of Dr. J. Calvin Coffey, foundation chair of surgery at the University of Limerick, is reclassifying this part of the digestive system as a contiguous organ. In a new study, Coffey has established the anatomy and structure of the mesentery, using images and compiling research to show that the organ's continuity can be seen only when it's exposed in a certain way. The article talks about What the mesentery does and why it has been misunderstood.
January 4th, 2017

CST-hoidossa

Katja Puolakka, CST, UI Finland Inkeri Lappi, Midwife
Curriculums:

CST article in Finnish

January 3rd, 2017

Gut Decision: Scientists Identify New Organ in Humans

Sara G. Miller
Curriculums:

Dr. J. Calvin Coffey, a professor of surgery at the University of Limerick in Ireland, has concluded that the mesentery, which is a membrane found in the gut, is its own organ. The mesentery connects the small and large intestines
January 1st, 2017

How ANGER affects your Brain and Body

The National Institute for the clinical Application of Behavioral Medicine
Curriculums: Healing From the Core,


January 1st, 2017

Compassion for self

Cloe Couturier
Curriculums: Healing From the Core,

Compassion for self is to admit deeply the suffering that we feel from our own imperfections, and to accept the reality of our own fragility and mortality and to simply be and feel it. Compassion is about the presence of being, this non-describable spiritual connection where we can meet, this deep place of suffering that we share and will experience sometimes, somewhere, someplace in the greater depth of our lives and the greater depth of our being and that is ok. 

January 1st, 2017

The Glymphatic Pathway

Benveniste H, Lee H, Volkow ND
Curriculums:

Abstract

The overall premise of this review is that cerebrospinal fluid (CSF) is transported within a dedicated peri-vascular network facilitating metabolic waste clearance from the central nervous system while we sleep. The anatomical profile of the network is complex and has been defined as a peri-arterial CSF influx pathway and peri-venous clearance routes, which are functionally coupled by interstitial bulk flow supported by astrocytic aquaporin 4 water channels. The role of the newly discovered system in the brain is equivalent to the lymphatic system present in other body organs and has been termed the "glymphatic pathway" or "(g)lymphatics" because of its dependence on glial cells. We will discuss and review the general anatomy and physiology of CSF from the perspective of the glymphatic pathway, a discovery which has greatly improved our understanding of key factors that control removal of metabolic waste products from the central nervous system in health and disease and identifies an additional purpose for sleep. A brief historical and factual description of CSF production and transport will precede the ensuing discussion of the glymphatic system along with a discussion of its clinical implications.

January 1st, 2017

How anger affects your brain and body

The National Institute for the Clinical Application of Behavioral Medicine
Curriculums:

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. 

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