Lateral Thinking About Brain Waves

Brains waves have been monitored by science for almost 100 years. The first brain wave detected, the Alpha brain wave was discovered by Hans Berger in 1929 using an Electroencephalograph (EEG) machine.

Since then four other brain waves have been identified, which has stirred much research about their nature and purpose. So far science publicly acknowledges brain waves are an indication of the different states of mind. Behind the scenes science is discovering they do much more!

There are 5 known brain waves Alpha, Beta, Delta Theta and Gamma. These brain wave signals are at the Extremely Low Frequency (ELF) range of 1 Hz to 40 Hz.

ELF’s have the ability to travel long distances penetrating land, sea and air. Ultra long distance sonar operates at ELF’s of 50 Hz.

This raises a few questions, Why does our brain generate ELF’s? And why does it generate signals that have the ability to travel ultra long distances?

Of even greater interest, What is the true function of ELF brain waves?

Science has shown creative minds generate more powerful Alpha waves than the general population. Intelligence generates stronger Gamma waves.

Lateral thinking about brain waves reveals some profound “food for thought”, (no pun intended).

Consider first how computers communicate. Their signal is wave that has only two positions high (1’s) and low (0’s).

Most people know these high’s and low’s as 1’s and 0’s. Tech talk calls them bits and a string of eight bits represent bytes, the foundation of a binary code. This digital wave has only two positions, 1 when the signal is high and 0 when the signal is low. At any time you look at the signal it is either high or low, one or zero.

Yet with this simple binary wave a massive amount of information can be transmitted almost instantly. All the computers in the world communicate internally and with each other using this simple binary wave.

Now consider the five brain waves we generate. Each wave is more complex, there are slopes involved creating an infinite number of positions. Each brain wave is capable of transmitting far more information than the binary wave used by computers.

Imagine, if all the information mankind has accumulated can be transmitted and received on computers by a single simple wave, how much information is being transmitted by our 5 brain waves?

An infinite amount!

Our brain waves are capable of transmitting long distances in all directions through all states of matter broadcasting continuously like a 24 hour ELF beacon.

Why? (One of the best lateral thinking questions you can ask)

Countless experiments have shown we communicate with each other and all plants and animals.

For example, read THE SECRET LIFE OF PLANTS by Peter Tompkins and Christopher Bird. An experiment was conducted where a room was filled with plants and each plant was hooked up to an EEG machine.

The plants generated a steady rhythmic signal, indicating a calm harmonious state. Then a man entered the room who immediately and violently ripped to shreds one of the plants. All the EEG’s went crazy showing each plant was reacting to the violent attack! The man then left the room and all the plants settled down returning to their previous rhythmic calm.

What happened next astounded the researchers. They marched fifty people through the room one at a time and the EEG’s all remained calm and steady for every person except one, the man who destroyed the one plant. When he entered the room all the EEG’s went wild!

Draw your own conclusions but the evidence is obvious. We transmit our thoughts and feelings through our brain waves.

Have you ever been thinking of something and the person your with voices the same thoughts?

Or you think of someone and they call or later that day you run into them?

How about a gut feeling, intuition or an immediate connection with someone you just met? These are all accessing a sixth sense through our “transmission and reception” of brain waves. Signals we generate to communicate on a subconscious level with other minds and the world around us.

Most people write off this “sixth sense” as strange or weird and never give it another thought. Most do not realize that this ability is on the threshold of the next big advancement in human evolution.

The fully aware unrestricted connection between our trillion dollar machines (our bodies) and a collective infinite intelligence.

This ability can be developed. There are techniques you can practice to stretch your imagination and build mind power. The key is focus and effort, learn more at http://lateralthinkingcourse.com

How The Brain Learns: Design Presentations That Audiences Remember

How does the brain process information and learn? If you give presentations then these tips may assist your audience to remember and retrieve information that you’ve taught. My notes were written while listening to a lecture given by Dr. Britt Andreatta¹. Her lecture is The Neuroscience of Learning.

1. Definition of Neuroscience of Learning: It is how the central nervous system & peripheral nervous system work together to create and retain new knowledge and skills.²

2. Research shows writing notes long hand or drawing pictures does better for memory retention than typing. It has something to do with the kinesthetic action of writing or drawing and the effect it has on the brain.

3. The hippocampus is divided into two halves which lie in the left and right sides of the brain. The organ is curved in shape.

4. The hippocampus is activated by the oral nerve, olfactory nerve and optic nerve when ever you focus.

5. The hippocampus is the data drive that records short-term memories and then pushes these memories into long-term memory.

6. Studies show, in a learning environment, where some people are distracted and checking their email that this impacts those who are focused. Therefore, before your talk ask people to avoid scrolling on social media or checking their emails.

7. Learn: The brain can intensely focus for 20 minutes and store information. After that it needs a break. Incorporate breaks into your lecture.

8. The brain likes to connect learning to something it already knows. Appreciative Inquiry: Ask people about an experience that they excelled at. This pulls up their successes.

9. Remember: First we learn then we remember. Five ways to do this are metacognition, word play, insight, social and music.

• Metacognition: awareness of one’s own learning. [In the course people were thinking of how they learn]

• Word play: Acronyms: What acronym can your audience come up with that helps them remember and recall what you are presenting?

• Insight: People gain more insight when they do their own research then when they are given all the information.

• Social connection. People learn better in groups.

• Music touches many areas of the brain. Find a way to incorporate music into their learning. [This is one of my insights. I would have people come up with acronyms put to their favorite song and share it with the group]

• Feelings: You are shooting for rewarding, slightly positive feelings.

• Retrieval: People retain better if they have a review of the information that they learned. They retrieve information better after sleeping. Sleep re-activates the circuits of what they have learned. The last hour of sleep is the most important. In the course they suggest waking up naturally.

10. Do: The trigger needs to be:

• Something observable that you can hear or see.

• Baby steps.

• The reward needs to be meaningful.

Things that you may include in your presentation:

• Games/playfulness

• Sharing with others

• Insights/”AHA” moments

• Quiz

• Light competition

• Bring gratitude, mindfulness and humor into your presentation.

Hopefully, some of these tips have resonated with you. Wishing you great success with all of your presentations!

1. Dr. Britt Andreatta is the Director of Learning and Development at Lynda.com

2. Linked.com-The Neuroscience of Learning https://www.linkedin.com/learning/the-neuroscience-of-learning/welcome-exploring-the-growth-mindset

Study Shows Reduction in Memory Declines by Blocking Spike in Stem Cell Growth After a Brain Injury

There are about 2 million Americans who suffer from Traumatic Brain Injuries (TBI) annually. The severity of the trauma may differ from patient to patient but leads to a wide range of motor, behavioral, cognitive as well as intellectual disabilities in the patients. These disabilities may be long term or short term. TBI is a global health concern and despite the huge number of injuries, the treatment options are limited.

There have been many treatments and studies that suggested excessive burst of new brain cells after TBI helped in the recovery of the patients better. Breaking this common assumption, Dr. Viji Santhakurmar (Associate Professor in the Department of Pharmacology, Physiology and Neuroscience, Rutgers University) and her colleagues proved otherwise with their report. They challenged this assumption and found that an excessive neurogenesis may, in fact, lead to memory decline, seizures.

Neurogenesis aftera a Brain Injury May Lead to Memory Decline, Seizures

It has been proposed that increase in neurogenesis aids in the repair of the injured brain network. However, survivors of a traumatic brain injury often develop life-changing disorders such as a decrease in memory as well as epileptic seizures.

Researchers found there was a considerate increase in the new nerve cell growth (neurogenesis) that was probably to help replace the damaged or destroyed brain cells. However, Santhakumar and her colleagues found evidence contradictory to the popular belief. They found the spike in brain cell growth may, in fact, lead to post-injury seizures and long-term memory decline.

This team from Reuters University examined brain injuries in lab rats and found that brain cells at the injury site play an important role. These cells double in number within 3 days after injury; however, they decrease by more than half after a month as compared to rats with no brain injury. The neural stem cells develop into mature cells too showed a similar increase and decrease pattern. Thus, proving they were responsible for the loss of brain cells.

As quoted by Professor Viji Santhakumar in a press release, "There is an initial increase in birth of new neurons after a brain injury but within weeks, there is a dramatic decrease in the normal rate at which neurons are born, depleting brain cells that under normal circumstances should be there to replace damaged cells and repair the brain's network. The excess new neurons lead to epileptic seizures and could contribute to cognitive decline. It is normal for the birth of new neurons to decline as we age. But what we found in our study was that after a head injury the decline seems to be more rapid. "

According to the study, post-injury changes in the development of new cells along with the neural precursor cell proliferation led to a long-term decline in the neurogenic capacity. When the post-injury neurogenesis was reduced early on resulted in dentate excitability and seizure susceptibility.

To achieve this goal of slowing down nerve cell growth after injury, researchers used anti-cancer drugs that are under clinical trials currently. These drugs are known to block the growth and survival of new nerve cells. The drugs were able to stop the rapid proliferation of the nerve cells and prevented the long-term decline in brain cells that lead to memory decline in lab rats. It also showed the rats had reduced risk of seizures after administration of these drugs.

Dr. Santhakumar says that they believe in limiting the process of rapid growth of nerve cells will prove to be helpful in stopping the seizures after a brain injury.

These findings spark hope for those with TBI that one day these methods will definitely help in reducing the short-term and long-term symptoms that alter the life of the patients after a challenging injury to the brain.

Brain Surgery For Brain Cancer Patients

If you are a brain cancer patient, you may be informed by your doctor that brain surgery is a necessity. Brain tumors have the capability of producing several different uncomfortable symptoms in the individual that has them.

In today's medical field, technology is consistently improving and there is a heightened sense of awareness and knowledge when it comes to the biology of the tumors that affect the brain and surrounding regions. If you have brain cancer, or a tumor that has developed and is causing you health complications, you may comfortably look forward to a future filled with hope thanks to the many variations in brain surgery procedures today.

The Brain

Medical professionals and researchers that specialize in analyzing the brain all agree that this is an immensely complex and intricate organ. This organ is not the same as other organs in the body. It has been estimated that there is an average of approximately ten billion individual cells in the brain.

These are identified as neurons by medical professionals. On top of this amazing level of neurons, it has been established that there are approximately thirteen trillion different types of connections that work to ensure that the signals sent from and to the brain are successful. Many compare the brain to a computer. However, it is quite unlikely that any man-made machine will ever reach the capacity or exhibit even the most basic functionality of the human brain.

The Goal of Brain Surgery

If you are a brain cancer patient or you have a tumor that is noncancerous but have been informed that brain surgery is an appropriate option when it comes to treating your condition, it is important to know and understand the goals associated with brain surgery. They are as follows:

• Medical professionals want to approach the brain as a whole and not in segments. They know and understand that the brain has to work as a whole, so when performing surgery, they consider the functionality of the organ as one piece and not as segments only.

• Brain surgery professionals will take into consideration that the blood is the main source for abnormal cells to travel to and from the brain. When conducting surgery, the blood will be placed as a priority when it comes to evaluation and treatment.

• Medical professionals have established that the size of the tumor is important in determining how many cells are involved that are considered to be abnormal. For every gram in weight when it comes to a brain tumor, it is believed that there are one billion abnormal cells involved. It is the goal of the brain surgery specialist (s) to make every attempt to reach and eliminate all of the cells that are considered to be part of the tumor that is being treated.

• As the brain surgeon zooms in on each cell that is involved in the tumor , their goal is to kill each of these cells and spare the areas in the brain that are considered to be normal.

By knowing the purpose and intent of brain surgery, you may appropriately prepare for the treatment that you will be experiencing.

Review on Teaching With the Brain in Mind by Eric Jensen

The author Eric collaborates his thinking a lot to Howard Gardner and stresses on how we as educators must comprehend the working of the brain so as to teach our students in the most effective way.

Eric touches upon the topic of how right nutrition to the brain plays a great role in peak performance of the brain. He emphasizes the school to educate the parents to put them on right nutrition and states that brain expends 20% of energy while doing a work involving mental task like mathematics, reading or even playing video games. So a child must eat nutritious food always and drink plenty of water as brain is made of 78% of water. In fact he states a child must eat to learn and not to satiate the hungry and similarly must drink water to learn. The parents and teachers must educate their children drink water as a thirst quencher and not substitute it with soft drinks.

He also highlights that all schools must take music, art, crafts, physical games into foremost importance as this alone helps brain think, retain memory and supports to a great deal to perform well in academics.

He points out how the music of Mozart helps the students think well and perform better and gives in exercise to the mind thus getting the students ready to learn.

He points out how motivation and rewards given by most schools don't work well for all kids though it could be effective with some kids as long as different strategies are used differently.

Another noteworthy point he makes is how emotions and feelings induced while learning help the child in the learning process. When a students is emotionally touched during the teaching process, that's when the learners can imprint the concept clearly.

Overall, the book is great and a must read if you are an educator or teacher. Also if you tend to have a liking towards Howard Gardner's books, I am sure you will find Eric Jensen equally interesting and enlightening too though the topic covered by both are totally unique and worth reading. For all the teachers out there, if you genuinely care for the students from the bottom of your heart, then this book of Eric should be a must read book in your list. On a scale of 5, I would give this book 4. So please don't miss it as it will help you a lot in your teaching process and enhance the quality of your life as a passionate, effective and great teacher.

How Therapy Heals by Changing the Brain: Mindfulness, Attachment, and Interpersonal Neurobiology

This article explains how mental health and healing can be understood from an attachment and neurological perspective. Psychotherapy has the potential to change the brain through increasing neurological integration-allowing all parts of our brain to function as a whole. This type of functioning increases one's capacity to regulate emotion, maintain a sense of self, connect and empathize with others, respond flexibly, manage fear, have moral awareness, and find meaning. The neurological underpinnings of this will be addressed, as well as how therapy, the practice of mindfulness, and having loving relationships can all work to impact our neurology, our ability to form healthy attachments, and our overall mental health.

Attachment Theory: In order to understand the process of healing (and that of psychotherapy), it is important to know a bit about attachment theory. This theory was developed by John Bowlby in the 60's, but has more recently gained prominence, largely due to exciting developments within the field that shed light on how attachment (ie early childhood) experiences impact brain development. Attachment theory explores the critical importance of an infant's early experiences with caregivers in terms of forming later patterns of relating that include sense of self (eg, "I received lots of love, so I must be lovable"), expectations of others (eg, "If I express need, I will be disappointed / punished"), and strategies for handling relationships (eg, "I can't expect consistent care from others, so I will learn to take care of myself").

Children have little other choice than to base their understanding of reality, and their strategy for dealing with that reality, on what they experience at home. Perhaps the most important aspect of this learning is what they come to expect from other human beings. That is due to the fact that social relationships are so critically important to living. Because humans have a much better chance of surviving (and reproducing) in a group, we are literally wired to need relationships-for our sense of safety, for our psychological and physical health, and for our ability to find meaning. This wiring explains why so much of our sense of well-being is dependent on our relationships and why coming from a family that instills negative expectations of others (and the subsequent maladaptive strategies) can be so debilitating.

Because relationships are key to survival, a great deal of the brain is dedicated to monitoring and engaging in social behavior (determining safety or danger, expressing warmth or threat, etc.). According to Allan Schore, a nationally acclaimed researcher, the right hemisphere is more heavily involved in interpersonal processes. It is also the side of the brain that develops more actively in the first two years. During this time the brain is extremely plastic, with neuronal pathways being laid down and strengthened (or, without use, atrophying). This is a concept some may find surprising. It would be easy to assume that the brain is pretty much fully-structured at birth (like the hands and feet). But in fact, experience works alongside genetics to determine how the brain is wired. Because so much of the right brain is molded during the first two years, this period is particularly critical in terms of learning how to trust and relate to other people. Reading social cues, having empathy, even being able to like others and ourselves, is based on how the brain is wired. Although this wiring is largely determined by how one was related to as a child, corrective experiences in adulthood (such as therapy) can fortunately modify brain wiring as well, which I will say more about later.

Attachment and the Brain: The study of how attachment experiences impact the brain has been largely pioneered by a psychiatrist named Daniel Siegel, whose work many therapists, psychologists, and educators have grown interested in over the last 5-10 years. Siegel developed a field in the area of ​​attachment research called Interpersonal Neurobiology, which addresses how the brain is wired through past experiences and how new experiences can help rewire the brain. In the last few years, interest in this field has rocketed, I believe because Siegel's work confirms what psychologists have always known-that early relationships are important-while helping us understand why they are important from a biological point of view. Although specific knowledge of the brain may not be essential for therapy or counseling, I have found it extremely useful to orient clients to some of the general principles that Siegel (and Allan Schore, Steve Porges, among others) have discovered. There is something helpful about conceptualizing our behavioral / emotional problems as glitches in our nervous system. This can decrease shame (since it illustrates that our vulnerabilities aren't "on purpose") and be empowering (since understanding the science behind what we are experiencing can help us make shifts).

Because the field of Interpersonal Neurobiology and other advances in attachment theory are so groundbreaking, there is a tremendous amount of excitement about it in the therapeutic community. A number of approaches to therapy, including Accelerated Experiential Dynamic Psychotherapy, Sensorimotor Psychotherapy, Psychobiological Couples Therapy, Emotionally Focused Therapy, and Systems Centered Therapy, incorporate attachment ideas into their techniques.

Let me say more about what Interpersonal Neurobiology teaches us. According to Siegel, how the brain becomes wired is largely based on social stimuli (such as smiles, cooing, being rocked or held), that activate certain neuronal patterns. For instance, if a baby cries and then is picked up and soothed, the brain is learning how to move from a state of upset to a state of calm. In other words, neuronal pathways are being formed so that various parts of the brain can work together to deal with the upsetting emotion. On the other hand, if a baby cries and is ignored, or even punished, then the baby not only learns important "realities" (like that there is no point in reaching to others, and that emotions lead to disappointment, isolation, and being overwhelmed), but his or her brain is also left in prolonged states of chaos or upset-what therapists refer to as emotional dysregulation. Since "neurons that fire together wire together," the longer the brain remains in certain states that lack integration (particularly when we are young), the more likely one will return to those states later on.

When parents are available, attuned, and non-intrusive, children are able to use them for emotional regulation. This type of support patterns the child's brain toward healthy independence (where they can care for themselves, but also allow others to care for them when needed). When parents are inconsistent, a child might learn to cling to his or her loved one's to get what she needs, thereby engraining a style of relating (or an "attachment style") that is very sensitive to abandonment (this is called a preoccupied or ambivalent attachment style). On the other hand, a child may feel so neglected that he or she "gives up" on others and shuts down his or her need for support-to the point that it can be difficult to receive support much at all later in life (this is called an avoidant or dismissive attachment style). Though these adaptations may be necessary during childhood, they can be unfortunate later on, since having a secure connection to another can be a uniquely effective way to emotionally regulate.

To summarize, for people who did not have positive experiences of being regulated by their caretakers, it may be more difficult for them to effectively use others when dysregulation occurs. In couples counseling, teaching partners to successfully use one another for regulation is a key to therapy and can often make the difference between a safe, healing relationship, and an unsafe, damaging (or distant) one.

Emotional Regulation: Before I go on, let me say more about the concept of emotional regulation versus dysregulation, since it is one that is often the focus of therapy. Emotional dysregulation is the word used to describe a state in which the brain is having difficulty keeping emotion at a manageable level. It is extremely common (in fact, all of us get dysregulated at times). A person might be too "low" (collapsed, despairing, shut-off from feelings) or too "high" (flooded, agitated, overwhelmed). Building on this idea, Seigel has described emotional resilience as the ability to maintain a balance between states of chaos and rigidity. Chaos and rigidity are on opposite sides of a continuum in terms of brain state, and have to do with a lack of integration between parts of the brain.

Two types of integration are important in the brain – horizontal integration (between the right and left hemispheres) and vertical integration (between higher and lower centers). If either is missing, then chaos or rigidity occur. Chaos occurs when the brain centers in charge of emotional response (in the mid and lower as well as right brain) fire without modulation by the more calming and "thinking" (upper and left) parts of the brain. This happens when a person becomes flooded or overwhelmed with emotion. In these states of chaos, the therapist will try to bring the client back into a window of emotional tolerance by helping bring "higher" brain functions back on-line, thereby shoring up his / her sense of safety, structure, and stability. The therapist's presence alone can act as a stabilizing force. Also, because the language center is in the left hemisphere, simply naming what one feels can activate the left brain, and thereby help create order out of chaos (hence the saying: "you must name it to tame it").

In contrast, rigidity occurs when the left and higher brain's analytical functions are activated with minimal input from the feeling, intuitive, empathic functions of the brain. People who tend towards rigidity often describe themselves as being too much "in their head." They are able to rationally analyze a problem, but may have difficulty knowing what they feel or want, or lack a gut sense of what is right for them. In this case, a psychologist's active support helps clients to access feelings they may have been ignoring or avoiding.

Most people tend toward either rigidity or chaos. It is also common to move between both states-perhaps getting overwhelmed when emotion comes up (chaos) to the point that one shuts down and becomes defended (rigidity). Obviously, the experience of chaos is very unpleasant and inhibits daily functioning. It is difficult to think straight, for instance, when we are very anxious or angry. For people who have trouble with chaos, it is as if the emotions "hijack" them-taking them somewhere unpleasant and where they have little control. These people may get stuck in feelings that they don't know how to process to completion and by which they therefore feel disempowered. Rigidity, on the other hand, means losing track of one's emotions altogether or having little sense of one's true self. While rigidity has the advantage of muting negative feelings, it has the disadvantage of muting positive feelings as well, including the feelings of connection and intimacy. I would describe these two extremes as two sides of the same coin, since people who cut off their feelings usually do so because they fear being overwhelmed by them.

In order for an individual to have more emotional resilience and flexibility, new neuronal connections need to be forged inside the brain such that soothing and organizing functions can come online when things are too chaotic, and enriching functions can come online when things are too rigid. This is integration.
How therapy helps: So how does therapy help with these issues? Therapy works (in part) by providing an individual the experience of first being aware of the emotion (by slowing down and sidestepping defenses) and then moving through the emotion without getting too dysregulated by it. Hopefully the therapists' presence, tracking of the process, and ability to stay regulated themselves in the face of strong feelings can help clients pace, ground, and contain their experience. Think of how much learning can take place in these moments! Firstly, the brain is learning how to "ride the wave" of emotion. To use this metaphor, when someone is learning to surf, the more he or she practices it, the more it becomes engrained in the body-so that the body knows how to stay on top of the wave without thinking. That is because new neuronal connections have been formed in his or her brain. In a similar way, the body / brain needs to learn how to move through emotions in a smooth, manageable way that is not too intense (chaotic), without being too flat (rigid) either. In this metaphor rigidity might look like not getting in the water in the first place, while chaos would be having the waves crash on top of you.

Secondly, the therapeutic process should help the brain learn that it can be safe to share one's self with others and that it can be helpful, even deeply satisfying, to do so. On this more subjective level, many of my clients have described the experience of having their real feelings, even painful ones, as beautiful. They say that it lends a sense of connection with me-another person (which we are predisposed to enjoy), as well as a deep sense of connection with themselves. This experience isn't only on the level of intellectual insight (though often insights come out of this process); it is an experience of finally truly being with one's self. Just this week I had a client tearfully tell me at the end of a session that she felt she had just experienced a "home-coming." She did this by attuning to and listening to what was "inside."

"Inside" might sound like a mysterious place, but there are ways to make it a bit more concrete. One way to do so is to orient one's self toward the sensations in one's body. The body, after all, is where we "feel" our feelings-just like we would a belly-ache or many other biological processes. Slowing down to check in with our physical experience is a concrete way to begin gaining awareness of our emotions. Any way we can tune into ourselves, in fact, can help with this process. We can listen to the nature of our thoughts, take note of our energy level or where we are holding tension, identify impulses, notice our breathing or heart-rate, pay attention to sensations of emotion-there are many ways to tune into one's self . Paying attention to the body is a great place to start because inputs from the body come up first to the right brain and then to the left. This "up and over" motion fosters both vertical and horizontal integration.

Making the Implicit Explicit: The body also provides information that is more difficult to "analyze." I've heard many clients say they've sought counseling because analyzing themselves hasn't been very helpful. On the other hand, simply paying attention to ourselves can be very fruitful and give us a more honest picture. To clarify, the left brain is great at confabulating (coming up with fictitious answers, like "I snapped at you because xyz …"), while the body, on the other hand, doesn't lie. When we listen to the body (or the right brain), we have realizations that feel "true" -like a gut sense or a knowing. These are usually more accurate and helpful. Allan Schore believes the information held in the right hemisphere is comparable to what has traditionally been called the unconscious. As therapists have always believed, making this kind of implicit information more explicit is very important. I like to think of this right brain information as the "raw data" about our experience that the left brain can then take and analyze. Without this raw data, the left brain creates likely, but not necessarily accurate, explanations.

Implicit Memory: Building on this idea, many of my clients have found the concept of implicit memory very helpful in understanding their experience. Implicit memory occurs when we are remembering something from the past without the sensation of remembering (in other words, we have no idea we are having a memory). The most extreme version of this is a flash-back. A flash-back happens when the brain remembers a traumatic event without the person knowing that it is just a memory. A person having a flash-back isn't aware that he or she is remembering something from the past-rather, it feels as if the past experience is happening again in the present. This is because the brain processes information differently during particularly stressful (or traumatic) moments. More specifically, the overwhelming experience fails to be encoded into the part of the brain that is usually in charge of remembering, so that when it is recalled later, we don't know we're having a memory.

A similar process can occur for people who had stressful experiences during childhood. When these experiences are remembered implicitly, people can re-experience a certain feeling that they had during childhood without realizing that the feeling relates to the past. Rather, they believe they are having a feeling in relation to the present. This can be very confusing, leading people (and their loved ones) to wonder at the severity of their reaction. For instance, say a woman had a history of being demeaned by her father. When her husband gives her feedback, it is quite possible for the memory of being demeaned as a child to be triggered on an implicit level. If so, then she would suddenly re-experience painful feelings she had during childhood, and believe they were in response to her husband's behavior. When members of a couple are aware of one another's implicit memories, they can more easily understand, and deal with, their partner's surprising emotional reactions. This is something addressed in couples counseling.

Making sense of implicit memories is another important reason for listening to the body / right-brain. To summarize, being able to know ourselves and our emotional world, without being overwhelmed with all the feelings that live there, allows for a sense of aliveness, richness, and self-understanding. Being present with the "realness" of this experience, while being able to contain and make sense of it, is what makes the counseling process empowering and healing, not to mention insight-producing. Being present is a key to integration, because it allows all aspects of ourselves to show up at once.

Mindfulness: If "being present" sounds a little "woo-woo" or vague, let me explain further by introducing the concept of mindfulness. Mindfulness is a process of observing one's experience, in the moment and without judgment. This means just noticing what you are noticing without trying to change it or criticize yourself for it. Yes, this is similar to the idea of ​​meditation, and is not a new concept. What is new is the understanding of how practicing mindfulness changes the brain, increasing frontal lobe activity, growing cells in areas like the hippocampus, and strengthening the insula (which facilitates compassion). While therapists can't measure those physical changes during counseling, what counselors can see is clients being able to find equanimity and strength in the face of difficult feelings.

This strength is gained because the various parts of clients' brains are learning to work together in an integrated, harmonious way. When therapists help clients be mindful of their feelings, they are allowing the emotional centers of the brain to be stimulated, while at the same time using other areas as well.
When we are able to "watch" our feelings, we are learning to hold onto more than one function at the same time. Sometimes it can be a bit of a jump for people to learn this on their own-it can be hard to feel the fullness of one's feelings without external support. A psychologist's or another person's presence can provide a containing function. In other words, the other person's brain works with ours to communicate safety and help with regulation. Therefore, when we can't get our higher brain functions online, we can use other people as a crutch or a guide. When children can turn to their parents in this way, they not only receive temporary soothing, but their developing brains become more integrated.

For example, say that a six-year-old boy is upset because he got teased at school. He comes to his mother in tears, unable to deal with his feelings by himself. His mother takes him onto her lap, soothing him through her closeness, vocal tone, warmth, and touch. His brain has a chance to practice moving from a state of dysregulation to one of regulation (and as we know, practice grows neuronal connections). Additionally, the mother whispers to him, "I know-it is so upsetting to be teased. It really hurts. It's natural to cry about it, and maybe that will help you feel better." Her words activate the more thinking, understanding frontal part of his brain-not in a way that shuts down his feelings, but in a way that allows him to think and feel at the same time. The more he has this type of support, the less scary emotions will feel (in fact, they can be linked to the very positive experience of love and connection!) And the less likely that he will become confused and flustered by emotions as an adult (or need to shut them down entirely).

Rewiring the Brain: Although the brain becomes less changeable as a child grows older, even in adulthood there is the possibility for change (without which, counseling would be useless). As I said, experience is a powerful way to rewire the brain. The brain is particularly receptive to change when emotion is being experienced. A negative example of this would be trauma. We all know that powerful, traumatic events can affect a person's future ability to regulate emotion, feel safe, and perhaps even connect with others. That is because strong emotion primes the brain for learning (as if the emotions signal that something important is going on, so the brain should "listen" and adapt accordingly). A positive interaction with a psychologist, then, can be seen as the opposite of a traumatic event, as it can be a powerful, yet positive experience-one of being cared for. The process of being helped, seen, and accepted in places of pain can rewire the brain, allowing the mind to realize that emotions can be safe and that there is no need to "freak-out" in the face of them. This understanding increases one's ability to recover from difficult emotions, as well as relate to others in healthy ways. In case you ever wondered, this fact is why therapists are known for wanting clients to feel their feelings more fully. Many people assume that the purpose of encouraging feeling is purely cathartic. But in fact, without the experience of emotion, the brain changes very little (for reasons I just described). Of course it changes some-when we learn a new piece of information, for instance, new neuronal connections must be made. But only when we allow the actual neural nets associated with our painful patterns to fire can they begin to rewire in new and integrated ways.

Markers of Change: Related to the discussion of change, there seem to be two particularly powerful markers of change. One indicator is the ability to tell a coherent and meaningful story of one's own life and how one developed into the person one is today. For people who have had to defend against their experience, they often lack access to the right-brain information / memory / processing that would give their story a sense of "realness," and emotional coherence. I am amazed by how often people come into my office and say they don't remember their childhoods much at all. When a psychologist helps you construct a more complete understanding of your life, it requires participation from so many parts of the brain that, again, integration is fostered.

A second indicator of growth is the ability to be in a state of mindfulness, as described above. To say a bit more, being mindful is similar to being a good parent to one's self. It is soothing knowing we are being paid attention to without judgment, for both children (who often calm down as soon as someone is there for them) and adults. In many ways mindfulness is about learning to have a positive, caring relationship with ourselves where we are willing to "show up" and notice what is going on for us. I often try to take this a step further with my clients by bringing in an attitude not only of non-judgment, but eventually of compassion. At Deep Eddy Psychotherapy, we call this extremely healing relationship with oneself and one's experience "advanced mindfulness." I have many clients who enjoy using images to deepen this process, such as seeing their fear as a 4-year-old version of themselves whom they can then envision holding and comforting.

For those of you who are interested in a more in-depth understanding of mindfulness and the brain, I highly recommend Seigel's book Mindsight. Obviously this is a skill that can be practiced in therapy, but mindfulness can also be practiced on one's own. I often recommend that my clients have a daily mindfulness practice, even if just a few minutes before they go to bed. This process simply includes paying attention to whatever they notice inside without judging it. Doing a body-scan (taking one's attention slowly through the body to see how each part feels) can be very helpful. Researchers have found that mindfulness practitioners have a thicker middle prefrontal cortex-an area that is key in "regulating the body, attuning to others, balancing emotions, being flexible in our responses, soothing fear, and creating empathy, insight, moral awareness, and intuition "(p. 9 in Seigel's book Mindsight). In fact, engaging in 30 minutes of meditation practice for just 8 weeks has been shown to change the brain.

Role of the Therapist: Because of the reasons noted above, counseling with an emotionally-focused therapists is less content-driven (discussing events or receiving advice), and more about tracking one's moment-to-moment experience in the room with the counselor. I italicized with the counselor because often having someone actively attune to and track our states and feelings is a new experience, and one that is critical to healing. This kind of interaction can link the experience of emotion with the experience of safety and connection (so that they become associated in the brain). It also templates a way of relating to one's self and one's feelings that is marked by curiosity and compassion. When others treat us with caring (or, using attachment language, with attunement), it helps us relate to ourselves in positive ways as well. (The reverse, as we too painfully know, can also be true …).

Group Therapy: I recommend group therapy as an adjunct to individual work for nearly all of my clients (or sometimes as an alternative to individual work for people who are looking for a lower cost form of treatment). Given all the information presented above, the reasons group therapy is so effective may already be clear. As I described, human relationships are such an impactful part of our lives-effecting the very functioning of our brains! Group therapy feeds our right-brains, giving us a place to practice skills such as resonating with others, relating in deeper ways, and, to use an attachment word, co-regulating (when two minds come together to make an emotional experience more manageable and less lonely). Group is also a place to understand our reactions to others and our relational patterns (defenses, roles we take on, imbalances in giving or receiving, etc.). Spending 90 minutes every week with a group of people who are all interested in expressing their real feelings and exploring whatever reactions they notice in the moment is enriching and transformative-it might be considered a type of mindfulness, but in this case practiced in a group where it is enriched by other people's support.

Couples Counseling: For individuals who are part of a committed relationship, couples counseling cannot only help heal the relationship, but the individuals in the relationship as well. If you are thinking about beginning counseling, I would consider starting with couples therapy even over individual therapy (assuming one's partner would be willing to be engaged in the process with you). I advise this because people are only with their therapists typically for one hour a week, whereas they are with their partners for many hours a day. I therefore see no reason for couples not to engage in their therapeutic journey together (if they can). In this case, the therapist can coach each partner in learning to provide their partner with positive, safe experiences of connection in states of distress.

For more information about psychotherapy, my practice, or myself, feel free to visit my website.

Protecting the Brain: Chronic Fatigue, Fibromyalgia, Lupus, Lyme, MS, ALS, Autism, and Depression

In the case of Chronic Fatigue Syndrome, Fibromyalgia, MS, ALS, autism, Alzheimer's, lupus, and Lyme Disease, inflammatory proteins called cytokines cross into the brain. They do so through weakened areas of the blood brain barrier (BBB). In the brain, they cause "brain fog," sleep disturbances, and increased pain, depression, and anxiety. Certain cytokines can deplete the brain of tryptophan, which is necessary in the production of serotonin.

Low serotonin levels can result in non-restorative sleep, depression, increased stress, increased appetite, increased pain perception because of an increase in Substance P, and IBS (Irritable Bowel Syndrome). The decrease in serotonin and increase of Substance P may result in low Growth Hormone (HGH) production, which is characteristic of Fibromyalgia.

This tryptophan deficiency is especially detrimental in those who suffer from depression, anxiety, Chronic Lyme, Chronic Fatigue Syndrome, and Fibromyalgia sufferers, who already struggle with low serotonin levels.

It is important to strengthen the Blood Brain Barrier (BBB) ​​against cytokine invasion. Cytokines will only cross the BBB in an area that it is weakened. Low levels of vitamin B, a deficiency of certain essential fatty acids, and a viral infection, like a cold or flu can weaken the blood brain barrier. A study published in June 2002, in the scientific journal Differentiation, reported new evidence that mobile phone radiation can also weaken the BBB against harmful substances. (Cordless phones pose the same risk, but to a lesser degree.)

Diet and dietary supplements can strengthen the brain's protective barrier (BBB) ​​against cytokine invasion. Because vitamin C can strengthen capillaries and the blood brain barrier is made up of capillaries, it is reasonable to believe that vitamin C could provide the BBB with added protection. Additionally, animal studies show that flavonoids, like those found in blueberries, bilberries, and grape seeds can protect the blood brain barrier. These flavanoids can be purchased in supplement form. They are also anti-inflammatory, so they protect the brain by reducing cytokine levels and strengthening the BBB.

Think About Brain Health

Although it is mainly older people that are concerned with brain exercises, new research suggests that we should pay more attention to brain health from an early age.

One in ten people over the age of 65 have dementia, after the age of 85 it is one in three. One research scientist has likened it to superannuation, in as much as you should start investing in the health of your brain as early as possible.

The decline in brain function can take decades meaning that lifestyle in the early years will impact on the brain as we age.

Brain exercises are now considered perfectly normal. It seems that everywhere you go these days you will come across people doing crosswords, Sudoku and various types of activities to keep the brain in shape but not so long ago the idea that the brain needed exercising would have met with derision or scepticism.

My husband Chris and I have always believed in holistic health and back in the eighties we were becoming interested in a new form of eye exercise. When we mentioned it among a group of friends and family they thought we had lost the plot. One can only imagine what they would have said about brain exercises.

Whilst it is obvious that most people want to keep everything in good working order for as long as possible, it is no secret that, fear of dementia as we age is a driving force behind the brain exercise explosion. Baby boomers, of which I am one, expect to live for a long time and they expect to accomplish more than their parents and grandparents did.

People want to be fit and healthy to enjoy the latter part of their lives so brain health is becoming an accepted part of our health and fitness regime.

A healthy lifestyle has the potential to prevent around a third of all dementia. Even people in the early stages of the disease can still make a difference if they make changes beneficial to the health of their brain. Although it is not by any means conclusive, medical science and research have proved that a healthy lifestyle makes a difference to the health of our brain.

Some of the key factors that may help to lessen the impact of dementia are pretty well known to most people by now but it is worth reiterating them.

Avoid Smoking. Not smoking helps to prevent the onset of dementia. It also lowers the risk of several other smoker related diseases. Passive smoking can still be a problem but has been greatly reduced by introduction of smoking bans in the workplace and public areas.

It is a known fact that when you stop smoking the body starts repairing itself straightaway regardless of how long you have been a smoker. When the body is well maintained and cared for it will run efficiently well into old age.

Alcohol Consumption. No-one can dictate just how much alcohol another person should drink but the standard drinks rule does set guidelines for responsible drinking. Alcohol just like smoking has a whole raft of associated diseases that are well documented.

Physical Exercise. Obesity is now looming as the next health related catastrophe; this is shocking when you think that it is a preventable disease. Walking, cycling or cardiovascular exercise strengthens the heart and the blood vessels to the brain. Apart from keeping you physically fit, it helps the brain to become sharper and more alert.

Adequate Sleep. A solid night’s sleep is critical for good health. This is the only time the body is able to heal and rejuvenate itself. While it is possible to get by on minimal sleep in the short term it is not wise to do it on a regular basis.

Over time sleep deprivation can cause major health problems. And researchers are now studying the effect that lack of sleep can have on the brain. They have proved that in the short term it can affect judgement, mood, and the ability to learn and retain information.

Lack of sleep can also disrupt the immune system and long term it can lead to diseases such as heart disease, high blood pressure and diabetes.

Healthy Eating Habits. A healthy diet should include fresh wholesome food and little or no processed food. Keep your fluid levels topped up with water rather than soft drinks or sweet juices.

The whole diet issue can be a bit of a minefield, it just isn’t possible to prescribe an eating plan that suits everyone. Do your research, don’t get taken in by fancy marketing and remember that supplements are just that; they are to supplement a diet that is deficient of a particular vitamin or mineral. They can’t totally compensate for the lack of a balanced diet.

Try not eating on the run, chew food thoroughly and if possible eat at a table in a comfortable position. It is never too late to make changes to your lifestyle.

Lifestyle Changes.

The good thing about exercising the brain is the sheer number of exercises or activities that are available. However it is important to vary exercises so that they don’t become rote.

Of course brain exercises don’t have to be exercises in the strictest terms, any activity that involves thinking is an exercise in itself.

An activity which involves learning something new is good for the brain, even a simple task being done for the first time engages the brain into thinking mode.

Problem solving is a form of brain exercise, especially complex problems with multiple solutions.

It could be argued that people who work or lead a busy life don’t need to do brain exercises but it depends on how much they actually stretch the brain. Tasks which in the beginning may have seemed complex become easier so the brain doesn’t work so hard.

Anyone who has ever learnt to drive can relate to this. At first it is scary trying to remember all the moves, especially if it is a manual drive. However it soon becomes so natural that you hardly need to think about it, it is a bit like being on automatic pilot. It is almost as if the brain is saying “Wake me when something happens”. The old saying “Use it or lose it” has plenty of merit where the brain is concerned, so exercising it make sense.

Although many people think about brain exercises in terms of Sudoku, scrabble or chess it is a much broader subject altogether. For anyone thinking of doing these types of exercises and wondering what would be best here is a brief overview that may help.

First of all the exercises can be grouped into three main categories.

1) Games. Brain exercises that are just that brain exercises, and nothing more.

Games such as scrabble, Sudoku, chess and similar are ideal because apart from exercising the brain they are a form of enjoyment or relaxation.

They are portable and can be done anywhere at any time, ideal in situations like travel when one has to wait around. Mobile platforms now make it easier than ever, I could never get anyone to play scrabble with me but nowadays I play against the computer whenever I want.

Of course if any of these games are notched up to competition level that involves a bigger workout for the brain.

2) Brain exercises as a by product.

This occurs when you take up a new interest that has a learning curve. If for instance you became interested in astronomy and wanted to learn all about it your brain would have to process all the new information. This is a great way to exercise the brain naturally.

As our life becomes more dominated by technology it is crucial to acquire skills which allow us to take advantage of the electronic age. Since computer technology is complex it involves a big learning curve.

Chris has always been into computers but I put off using one for years because it all seemed too hard. Fortunately it is never too late and now I have one of my own and don’t know what I would do without it!

3) Brain exercises with a purpose.

This happens when you undertake a task with an end goal in mind. You might do a university course to get a degree or learn a language to go travelling. Maybe you want a complete change of career and need to learn a new set of skills.

These types of activities appeal to people who like a challenge or who are looking to make changes in their life. Increasing numbers of older people or retirees are moving in this direction because they feel they want more out of life than to sit around doing puzzles on a permanent basis.

In his book “The brain that changes itself” Norman Doidge M.D. Cites the case of Dr Stanley Karansky who practised as an anaesthesiologist until he retired at age 70. Retirement didn’t suit him so he retrained himself as a family doctor and worked until he was 80.

Not so many years ago the “Masters Games” were introduced because so many older people were participating in competitive sport. Watching entrants aged in the nineties competing in marathons and swimming races would have seemed impossible to our parents and grandparents. We now accept it as normal and as we learn more about what the brain is capable of who knows what the future will bring.

Brain health isn’t just a fad it is here to stay and no-one will question the fact that our brain, like the rest of our body needs regular exercise and a good diet.

Scorpion Venom: A New Cure for Treating Brain Tumor

In the field of medicine, brain surgery is considered as one of the most delicate operations, which is performed by surgeons. But with the help of latest research it has been found that this job is no more difficult as physicians soon could be able to paint tumors that will help in increasing the visibility of tumors. All this would be possible with the help of nature’s deadliest venoms of Scorpions.

Since ages doctors are removing cancer, which is the only way to remove it. No doubt, dealing with brain tumors is often tricky as the surgery can be difficult; it requires an expert eye and steady hand to remove all of the cancer.

After decades of intense research, scientists are successful in developing a molecule that illuminates cancer cells, which is developed by using scorpion venom. This molecule will surely help surgeons navigate delicate brain operations.

Dr. James Olson is the man behind the development of the molecule which will turn tumor cells radioactive. Once he was questioned about his future plans by one of his professors then he told that he wants to deliver light to cancer which means that he wants to develop something that helps in making cancer cells shine so that they can be easily identified.

The goal behind creating the molecule is to navigate tricky tumors-removing surgeries in real time. Not only was this the main purpose of the creation but also it is developed to guide new therapies for breast, brain, skin, prostate, colon and other cancers.

The scorpion venom connects itself to cells that are not healthy and provides surgeons a “flashlight” to identify the tumorous cells, which eventually make it much easier for them to perform the surgery.

The occurrence of brain tumor and intracranial neoplasm is associated with the formation of abnormal cells within the brain. However, there are two main types of brain tumors, one is malignant or cancerous and the other is benign tumors. Almost all types of brain tumors develop certain symptoms that vary according to the part of the brain involved. The symptoms include vomiting, headaches, problem with vision, seizures and mental changes.

The causes of majority of brain tumors are still unidentified. However, some risk factors may occasionally be involved which include ionizing radiation, Epstein-Barr virus and number of genetic syndromes such as exposure to the chemical vinyl chloride. For the treatment of tumors several things are used in combination such as surgery, chemotherapy and radiation therapy.

The Plastic Brain – Fake It Until You Make It

About a decade ago, Philip Martinez was involved in a motorcycle accident in which the nerves in his left hand were destroyed, leading to an amputation. However, after the amputation he was haunted by his amputated hand, as if it still existed, but was immovable and in excruciating pain. He eventually found VS Ramachandran, a neuroscientist at University of California at San Diego, who had been researching the phenomenon Martinez was experiencing – "phantom limbs".

To help amputees deal with their phantom pain, Ramachandran created an ingenious solution called a mirror box, designed to trick the brain into thinking that it is working with the phantom limb. It is an uncapped box with two compartments separated by a vertical mirror. As Martinez placed his good arm into one of the two compartments and imagined that his amputated hand was in the other compartment, from a certain angle the mirror box allowed him to see the reflected image of his good hand, as if his amputated limb was there . As he moved his good hand while looking at the reflected image, he was not only able to "see" the amputated limb, but to feel it as well. This seems almost as magical as a fantasy. In Harry Potter and the Sorcerer's Stone, Harry first saw the sorcerer's stone in his pocket through the Mirror of Erised, before he actually found it in his pocket. Similarly, Ramachandran's mirror box allows someone to see what they want to happen before their brain actually makes it happen.

At first, Martinez felt that the phantom limb was unfrozen and moving again only when looking at the reflection; when he closed his eyes, the painful sensation returned. After four weeks of working with the box for ten minutes a day, the seemingly permanent pain was cured. The mirror box had caused the brain to believe that the nonexistent limb had begun working again, relieving the pain and uncomfortable sensation. The brain had rewired itself – the body faked it until the brain made it.

Neuroplasticity is the characteristic of the brain that allows it to adapt, rewire, and change its structure, similar to the ability of plastic to mold and change shape. The plastic brain defies the long standing theory that brains, especially adult brains, are rigid structures.

In the past, neurologists did many studies to identify which part of the brain controls which body function or action, also known as brain mapping. The previously accepted belief was that these brain maps, once established during childhood, could never be changed; a particular area of ​​the adult brain can control only a certain part of the body so that all regions of brain maps were immutable. It would be as if the boundaries of countries had been permanently established since the beginning of time. However, the discoveries of neuroplasticity in the early 1970's led to an entirely new view- brain maps can expand, diminish, and become more specific to certain sensory inputs and motor functions. Ramachandran witnessed changes in brain maps when he scratched the cheek of a patient experiencing phantom pain. The patient not only felt the scratch in his cheek, but in the phantom limb as well. Confirmed through brain imaging, Ramachandran concluded that the limb's brain map had meshed with the cheek's brain map. Like an emperor with an avid desire to gain territory, the cheek's map was encroaching on the limb's map.

Before designing the illusory mirror box, Ramachandran uncovered the brain map of phantom limbs. He observed that many amputated patients had the limb in a sling before amputation, which caused the brain map to adapt to the "frozen" state of the limb. From a healthy limb, the brain receives motor and sensory outputs signaling the completion of an action, however, after a limb is amputated, the brain no longer receives those messages. The brain therefore continues to think that the limb is frozen because it was not signaled otherwise. If a tree fell in a forest but no one was there to hear the sound, did the tree really make a sound? Was the limb really amputated if the brain was not told so? According to the brain map, the limb was still there, but because it was not responding, the brain pushed harder and harder to try and receive an output signal, leading to excruciating "phantom" pain. The knowledge of changing brain maps combined with the identification of the phantom map, led to the cure for phantom pain.

Aside from the mirror box, another "trick" to change the brain is visualization. Visualization has gained popularity as an alternative way to improve any skill when unable to practice, and has now been scientifically proven through neuroplasticity. Scientist Pascual – Leone of Harvard Medical School studied two groups of people, those who physically practiced the piano, and those who simply imagined practicing the piano. The brains of both groups of people were constantly mapped over the same intervals and showed similar changes. The group who simply imagined playing the piano was able to play almost nearly as well as the group with physical practice, and only needed one physical practice session to catch up. The repetitive imagination of an action strengthens the neuronal connections of that action similar to the way in which physical practice does, resulting in physical improvement.

When I used to train for competitive tennis and was learning a new shot, my coach would say "Imagine this shot in perfect detail several times and it will come more easily to you." I did not appreciate the advice he gave me until now. "Fake it until you make it" seems to have the potential to help anyone with anything, whether it is through the mirror box or visualization. Neuroplasticity is introducing magic into the world of science, like a sprinkle of Tinkerbell's pixie dust.

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