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The first image shows the orbitofrontal region of the brain discussed in bold in the following article:
From Allan Schore "The Effects of Early Relational Trauma on Right
Brain Development, Affect Regulation, & Infant Mental Health"
http://www.trauma-pages.com/a/schore-2001b.php
"...Relational trauma in the second year would induce a severe pruning
of the right hemispheric
orbitofrontal callosal axons that are growing
towards their counterparts in the left hemisphere. This would produce
an interhemispheric organization in which facial expressions, bodily
states, and affective information implicitly processed in the right
brain would be inefficiently transmitted to the left hemisphere for
semantic processing. Maltreated toddlers show a dramatic inability to
talk about their emotions and internal states (Cicchetti, Ganiban, &
Barnett,1991).
This represents the early expression of alexithymia, "no words for
feelings," a common symptom of trauma patients (Taylor et al., 1997,
1999). Neuropsychological studies of alexithymia now demonstrate a
right hemispheric dysfunction and a specific right to left deficit of
callosal transfer (Dewaraja & Sasaki, 1990). A physiological
disconnection of the two hemispheres results in an inability of the
affective and symbolic energies of the right hemisphere to be
externalized through the verbal expression of the left hemisphere. A
hyporesponsivity in the prefrontal and orbital circuits has been
suggested to underlie alexithymia (Hommer et al., 1997)."
"...The right hemisphere ends its growth phase in the second year, when
the left hemisphere begins one, but it cycles back into growth phases
at later periods of the life cycle (Thatcher, 1994). This allows for
potential continuing reorganization of the emotion-processing right
brain.
The orbitofrontal regions, which are involved in "emotion-
related learning" (Rolls, Hornak, Wade, & McGrath, 1994) are unique in
that they retain the neuroanatomic and biochemical features of early
development, and for this reason they are the most plastic areas of
the cortex (Barbas, 1995). If, however, in its earliest organizational
history this system is exposed to frequent and intense caregiver-
induced dysregulation, its primordial organization will be poorly
capable of coping with the stresses inherent in human relationships.
Maladaptive infant mental health describes a system that early on
becomes static and closed, and due to its inability to respond to
novel stimuli and challenging situations it does not expose itself to
new forms of socioemotional experiences that are required for the
continuing experience-dependent growth of the right brain."
The second image shows the nIR hemoencephalography device. The nIR device sends light through the skin and bone of the forehead, bounces the light off blood in the tissues in the brain, and collects the bounced light with the photoreceptor on the nIR device. The nIR device sends the data to a computer, effectively showing the amount of blood perfusion in the frontal lobe on a PC monitor in real time. This data can be used for biofeedback. The nIR device gives the patient a mechanism to "exercise" the frontal lobe or increase the amount of blood oxygenation and neuronal activity to the frontal lobe area.
The third picture shows brain SPECT scans of the brain following nIR hemoencephalography therapy. Notice the orbitofrontal areas of the brain show much higher activity. The details of nIR hemoencephalography are here
http://cerebrabraintech.com/wp-content/uploads/2011/08/AnEfficientBrainExerciseTherapy.pdfThe fourth picture shows a brain SPECT scan of my brain. Note the low levels of blood perfusion in the frontal cortex, particularly with the left frontal cortex.
It is my hope the alexithymic brain with reduced orbitofrontal callosal development can retain the plasticity indicated in the article above and that nIR hemoencephalography can result in a cure.
I have one of these devices. I've been using it for the last few weeks. I will report my experiences.