Dysregulation is the inability to self-regulate which shows itself in many disorders including addictions, posttraumatic stress disorder, anxiety and mood disorders, phobias, psychotic disorders, alexithymia, and personality disorders.

A loved child actually has a different brain than an unloved child. Love produces an abundance of serotonin which soothes and reduces pain.

Studies demonstrate that persons with PTSD have decreased hippocampal volume.

The nature of traumatic memory is to be dissociated and to be stored as sensory fragments that have no words.

Joseph Ledoux

Self-regulation is an innate capacity we share with animals to flexibly respond to novelty or threat and return to homeostasis.

Because an infant’s ability to complete this circuit is not developed, the mother’s nervous system provides a template for which the infant’s nervous system may develop. Without this the infant’s nervous system will develop differently, and the child/adult will always have difficulty with self-soothing.

Learning to put a traumatic experience into words does not extinguish the occurrence of flashbacks- a notion in many cognitive treatments.

In all systems, including development of the brain, there is an unusual sensitivity to initial conditions.

Dissociation has its roots in the brain’s opiod system which secretes endorphins to blunt strong painful feelings. Opiods are the body’s narcotics and act to numb feelings, along with which people feel a sense of depersonalization and derealization.

The brain only allows itself to feel pain a little at a time. The degree to which an infant’s brain is developed will determine it’s capacity for painful, overwhelming experiences in the future.

Significant overwhelming events at anytime during one’s life can result in neurophysiological changes that alter the way a person operates in the world and relates to others.

Early exposure to dissociative experiences makes one more susceptible to experience later dissociative states, often potentiated with less activation because the neural circuits have been laid down.

Brain scans show that in action and imagination many of the same parts of the brain are activated. That is why visualizing can improve performance.

Unless one is a neuropsychologist, it is usually not a good thing to be mentioned in the neuropsychological literature.

Jim Grigsby

Ontogeny recapitulates phylogeny.

Kindling and Quenching: Kindling is the increased activation in brain structure, such as the amygdala as a result of repeated stimulation without discharge. A kindled amygdala becomes sensitized and takes less activation to fire. Quenching is the process whereby the charge of a kindled brain structure is decreased by introducing and extremely small, titrated charge to the brain.

The brain organizes in a use-dependent fashion: the more a neural circuit is activated the more it will be apt to be activated.

High level stimulation of the amygdala interferes with hippocampal functioning. This suggests that intense emotion may inhibit the proper evaluation of past experience.

An environment which first soothes, validates and confirms, then stimulates, challenges and encourages appears to be the basis for an infant’s optimal development to occur.

The brain grows and develops from the inside out and the bottom up.

Early trauma and/or attachment disruptions affect our ability to slow down, self soothe, and regulate affect.

Physical symptoms of dysregulation include insomnia, asthma, allergies, migraines, tinnitis, hyperacousis, photophobia, neck and back pain, fibromyalgia, chronic fatigue, autoimmune diseases, gastrointestinal difficulties, temporal mandibular joint dysfunction, alcohol and drug abuse.

The nucleus accumbens serves as an integration center that takes in information from the ventral tegmental area, amygdala, limbic system and olfactory cortex. It is uniquely situated between the limbic system (responsible for emotional experience) and the motor cortex (which directs our actions toward seeking out pleasurable experiences).

Studies have demonstrated that experience can change the level of defensiveness and the strength of neurotransmission between the amygdala and the hypothalamus, pathways important to the learning and regulation of fear.