Veteran’s Special

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In honor of all our Veteran’s, their hard work and devotion to our country, I’m offering a discount on brain training services.  Suffering from head trauma?  PTSD?  Headaches or nightmares?  Sleep or temper problems?  Neurofeedback is an evidence-based practice that heals the problem from the inside out.  Get your life back on track.

Click on the “Schedule Now” button.  Schedule a series of 10 sessions of Neurofeedback and you’ll get a big discount.  I’ll work with you to make this affordable and give you a fast track to feeling better.  Looking forward being part of your healing team.

The Brain Lady,

Pam

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Parietal lobes

Parietal lobe.jpgCan you read and write? Do math? Put on your shoes? Read a map? Apply lipstick or know when someone is unhappy? Catch a ball?

If so, thank your Parietal lobes!!!

  • The parietal lobe is complex in that there is a dominant hemisphere and a non-dominant hemisphere. The parietal lobe controls abilities such as math calculation, writing, left-right orientation, and finger recognition. Lesions in part of the parietal lobe can cause deficits in writing, arithmetic calculation, left-right disorientation, and finger-naming (Gerstmann syndrome).
  • The nondominant parietal lobe controls the opposite side of the body enabling you to be aware of environmental space, and is important for abilities such as drawing, being aware of expression, body language and facial recognition. If you can recognize feelings on someone’s face, be grateful to your parietal lobe near the temporal lobe. .An acute injury to the nondominant parietal lobe may cause neglect of the contralateral side (usually the left), resulting in decreased awareness of that part of the body, its environment, and any associated injury to that side (anosognosia). For example, patients with large right parietal lesions may deny the existence of left-sided paralysis. Patients with smaller lesions may lose the ability to do learned motor tasks (eg, dressing, other well-learned activities)—a spatial-manual deficit called apraxia.

Parietal lobe functions include:

  • Cognition
  • Information Processing
  • Touch Sensation (Pain, Temperature, etc.)
  • Understanding Spatial Orientation
  • Movement Coordination
  • Speech
  • Visual Perception
  • Reading and Writing
  • Mathematical Computation

Training with Neurofeedback can assist the brain in making new pathways and support the brain in rewiring itself. Schedule your free demo today to learn more about how Neurofeedback can bring you to a higher state of awareness and function. For the first time in history, we can see our own brains at work and assist its functioning to a higher state of optimization.

I look forward to working with you!

Role of your Temporal Lobes

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Clients often ask  me for more detailed descriptions of the lobes of the brain and their functions. For the next few Monday posts I’ll detail the different segments.

The temporal lobe is one of the four sections, or lobes, that make up the cerebral cortex of the brain. Located on the lower regions of both the left and right sides of the cortex (above and around the ears) , the temporal lobe is essential in processing sensory stimuli received from both the eyes and ears. It assists in coordinating speech and spatial navigation and contains the brain structures responsible for long-term memory. This is why when someone has a stroke over their left ear they often lose the power of language expression. Or a bonk to that area might have affected your memory or language processing.

Auditory Processing

  • The temporal lobe contains a section of the brain known as the primary auditory cortex. This region of the cortex is responsible for receiving and interpreting the information transmitted to it by auditory receptors (your hearing) . This part of the temporal lobe assists the brain in determining the location of a sound. While parts of other lobes in the brain play a role in auditory processing, the temporal lobe is the most important.

Speech

  • The temporal lobe located on the left side of the cerebral cortex is essential for speech. This left temporal lobe contains Wernicke’s area, a portion of the brain that is largely responsible for controlling the mental processing needed for speech, including comprehension and verbal memory.

Visual processing

  • The lowest portions of the temporal lobe are responsible for processing and interpreting information from the visual system, especially the most advanced types of visual memory. This portion of the temporal lobe contains the neural networks required for an individual to perceive and remember objects, faces and detailed settings and scenery.

Memory

  • The hippocampus is located in the temporal lobe; this structure is one of the most crucial parts of the cortex involved in long-term memory retention. The hippocampus is found not on the outer region of the cerebrum but within the actual lobe, and it allows an individual to retain new memories while storing older ones. These memories can be anything from facts learned by rote or memories of events that occurred in the past.

Spatial navigation

  • Portions of the temporal lobe, particularly the hippocampus, also play a large role in the ability of an individual to navigate spatially and to physically “remember” a place that the person has been before. People with a damaged hippocampus often get lost because their brains are unable to process, spatially, where they have been and where they are going.

Stay tuned to next week when I will write about the Parietal lobes.  Interesting stuff.  To get my weekly blog to your inbox, just press the follow this blog button.

Neurons that fire together…

Neurons that Fire Together Wire Together

  What does THAT mean for you? How can you retrain your brain cells to work more in your favor towards happiness and ease?

 In 2013 Dr. Thomas Sudhof won the Nobel Prize in Medicine for the discovery of synaptic transmission–how brain cells communicate via chemicals. He credits his childhood Bassoon teacher with being his most influential teacher. Think about THAT! He currently works in the School for Medicine at Stanford. He is Professor of Molecular & Cellular Neurology, Psychiatry and Physiology.  Pretty impressive CV.

Our brain cells communicate with one another via synaptic transmission–one brain cell releases a chemical (neurotransmitter) that the next brain cell absorbs.  This communication process is known as “neuronal firing.”  When brain cells communicate frequently, the connection between them strengthens.  Messages that travel the same pathway in the brain over & over begin to transmit faster & faster.  With enough repetition, they become automatic.  That’s why we practice things like hitting a golf ball–with enough practice, we can go on automatic pilot.

Psychologists have long known that negative thought processes follow this same pattern–the more we think about, or “ruminate,” on a negative thought, the more entrenched the thought becomes.  Negative and traumatic thoughts also tend to “loop”–they play themselves over and over until we do something consciously to stop them.

The more these negative thoughts loop, the stronger the neural pathways become, and the more difficult it becomes to stop them!  This is why thoughts that cause depression, anxiety, panic, obsessions, and compulsions can become so difficult to combat.  And along the way, these thoughts stir up emotional as well as physiological reactions.

Psychotherapy, regardless of the orientation, attempts to stop this process. Neurofeedback gets to the heart of the issue. A brain map can identify where there are too many or too few synapses firing and give you real time information on how to either quiet or encourage firing in specific regions of the brain so that you can have a better operating system.

Come by for a free demonstration at Brain Training of New England to learn more about your brain -your command central.