By Vaughan Bell — 2014
Recent research into a kind of consciousness within the dream state is beginning to tell us more about the brain
Read on www.theguardian.com
CLEAR ALL
Ever since publication of The Polyvagal Theory in 2011, demand for information about this innovative perspective has been constant. Here Stephen W. Porges brings together his most important writings since the publication of that seminal work. At its heart, polyvagal theory is about safety.
2
Working with the circuitry of the brain to restore emotional health and well-being.
5
The polyvagal theory is the brain child of Stephen Porges, PhD. What Dr.
This practical guide to understanding the cranial nerves as the key to our psychological and physical well-being builds on Stephen Porges’s Polyvagal Theory—one of the most important recent developments in human neurobiology.
In this episode, Anat Baniel and Donna Jackson Nakazawa discuss: • the smallest cell in the brain—microglia—how it works and its function as an immune system; • groundbreaking discoveries about the brain and how microglia link mental and physical health; • how chronic stressors and trauma...
1
Donna Jackson Nakazawa is an award-winning journalist and internationally-recognized speaker whose work explores the intersection of neuroscience, immunology, and human emotion.
It's one of most paradigm-shifting and powerful stories in the history of medicine, writes Donna Jackson Nakazawa. From MS to Parkinson's to Lupus and depression and schizophrenia the microglia, a tiny brain cell, is changing how we understand physical and psychiatric illness.
In my keynote for the 2019 New Jersey Prevention Network Annual Conference in Atlantic City, I explain how childhood adversity can change body and brain, triggering epigenetic shifts that affect physical and mental health later in life; why girls are at higher risk for Adverse Childhood Experiences...
In his work with trauma patients, Dr. Rigg has observed how the brain is constantly reacting to sensory information, generating non-thinking reactions before our intelligent individual human brains are able to process the event and formulate a self-driven response.
In this culmination of his life’s work, Peter A. Levine draws on his broad experience as a clinician, a student of comparative brain research, a stress scientist and a keen observer of the naturalistic animal world to explain the nature and transformation of trauma in the body, brain and psyche.