John J. Ratey, MD
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 In the adult human brain, they are located in a part of the hippocampus called the dentate gyrus, and in another area called the subventricular zone. Stem cells are encouraged to divide and develop into new neurons by fibroblast growth factor (FGF-2) and vascular endothelial growth factor (VEGF). See also fibroblast growth factor, hippocampus, and vascular endothelial growth factor. sympathetic nervous system. A vast network of nerve cells that connect the brain to the body and are activated by norepinephrine. |
| As the last portion of the human brain to have evolved, it is the seat of rapid computing and guides the rest of the brain. Neurons throughout the brain extend their axons to connect with the cortex and thus inform it about a wide range of mental activity.
Cortisol. The primary long-acting stress hormone that helps to mobilize fuel, cue attention and memory, and prepare the body and brain to battle challenges to equilibrium. Cortisol oversees the stockpiling of fuel, in the form of fat, for future stresses. Its action is crucial to our survival. |
Connie Bennett, C.H.H.C. with Stephen T. Sinatra, M.D.
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 Representation of Pleasant and Aversive Taste in the human brain." Journal of Neurophysiology 85, no. 3 (2001): 1315-21.
Pescatore, Fred. The Hamptons Diet. Hoboken, NJ: John Wiley & Sons, 2004.
Reuters. "Is junk food immoral. Socially responsible investment funds are weighing the issue of fast food and fat." July 11, 2003.
Ross, Julia. The Mood Cure: The 4-Step Program to Rebalance Your Emotional Chemistry and Rediscover Your Natural Sense of Well-Being. New York: Viking, 2002.
Rudin, Ronald, A. The Craving Brain: The Biobalance Approach to Controlling Addicitons. |
Dawson Church
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 The concluded that a human brain is capable of establishing nonlocal relationships with other brains, even when sensory communication, electromagnetic signals, and other cues have been ruled out.29
While scientists are eagerly putting such observations to practical use, it's worth pausing to measure the speed at which these mirror effects occur. We've assumed that mirror neurons fire when an action is visually observed, but the firing may in fact occur faster than the speed of visual observation. What if we discover that mirror neurons fire simultaneously in the observer and the observed? |
Peter J. Whitehouse and Daniel George
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 Current research suggests that the effects of lead exposure on human brain development may be even more damaging than we currently know.36
Obviously, public-health policy in every nation must protect children, and resources must be invested to learn more about the effects of lead, help educate families about safe removal of lead from the home, and properly regulate the release of lead into our environment. |
| The development of the human brain in utero is an extremely fragile process, as the placenta is not an effective shield against environmental pollutants and the blood-brain barrier (which protects an adult brain from environmental insults) is not completely formed until the beginning of the third trimester. Because the brain continues to develop postnatally and experience periods of high vulnerability, toxic interference at any point of prenatal and early childhood growth can lead to permanent and devastating changes in brain functioning. |
| The problem with these studies is that animal models are insufficient to study human maladies because a mouse brain is far less complex than a human brain, and since transgenic animals only mimic a high burden of BAP (and sometimes, but not always, neurofibrillary tangles), they constitute an insufficient frame of reference for human beings. On the basis of this discrepancy, and because of the wide anatomical gap between mice and men, you must take the best-laid plans you read in newspaper articles with a grain of salt. |
| At Johns Hopkins, I studied the role of glutamate in cognition and made some effort to measure its receptors in the human brain. With acetylcholine, too little of the neurotransmitter has clear detrimental consequences on attention and memory and higher levels can improve cognition, but the situation with glutamate is murkier. Experimental research in animals has shown that if glutamate receptors are overstimulated by the abundance of glutamate, neurons may die. Recall from Chapter 2 that this research is based on the excitatory hypothesis. |
| As mentioned above, we do not know which form of BAP is toxic in the human brain or even for sure if it is the primary toxin.
3. BAP accumulates in all brains as they age. The process may even start in persons as young as twenty. It would be unnatural for an aging person not to have BAP in their brain, and, in fact, clinical-pathological studies of normal aging individuals demonstrate that nearly one-third of clinically normal people have sufficient levels of amyloid plaques in their brains to warrant an AD diagnosis had they been clinically demented. |
| Perhaps Oprah was asking me to get beyond the hype of the disease myth and contemplate what two decades later has become the central question surrounding AD: Should biomedical disease labels with frightening cultural meanings be used to describe a condition that might otherwise be considered variable human brain aging? accepting the limits of science
Science has collected much data on the brain and frequent claims are made for dramatic leaps in understanding how the brain processes information. |
Gregg Braden
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 The man commonly referred to as the "father" of the modern computer, mathematician John von Neumann, once calculated that the human brain could store as much as 280 quintillion bits of memory (that's 280 with 18 zeros following it). Not only can the brain store such an amazing amount of data, it can process it more quickly than any of today's fastest computers.2 This is important because it's the way we gather, process, and store the information of life that determines our beliefs and where they come from. |
Andreas Moritz
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 According to the American Journal of Medicine, many studies have reported the presence of SV40 from the polio vaccine in human brain tumors and bone cancers, malignant mesothelioma, and non-Hodgkin's lymphoma. The polio vaccine seems ever more linked to cancers, especially in children. The cancers caused by the use of the polio vaccine in the past still kills 20,000 people a year in the United States. This is quite outrageous given the fact that polio itself hasn't killed anyone for a long time.
Involuntary Vaccinations
The vast majority of vaccinations—for children or adults—are needless. |
Dr. Edward F. Group III, DC, ND, DACBN
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| We can live for several weeks without food and for several days without water, but the human brain dies after just a few minutes without oxygen.
Nearly half of the world's oxygen supply comes from trees, grasses, and other plants. The other half comes from phytoplankton in the oceans. Unfortunately, both of these sources are being depleted by humanity's destructive habits. The burning of coal and fossil fuels
Fig. IV: Smog trapped over Los Angeles releases carbon dioxide into the atmosphere, thinning the protective ozone layer. |
Lynne Mctaggart
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 As an adult, possibly because he'd been so slight of build and not really the stuff of hearty physical exploration (in later life he'd resemble an elfin version of Albert Einstein, with the same majestic drapery of white shoulder-length hair) Karl chose the human brain as his exploratory terrain.
After leaving .Lashley and Florida, Pribram would spend the next 20 years pondering the mysteries surrounding the organization of the brain, perception and consciousness. |
Lynne McTaggart
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 Research in California and Israel has shown that lower concentrations of either positive or negative ions will produce fewer alpha frequencies in the human brain and that sudden higher levels of either charge can produce rapid, distinctive brain-wave changes.50
Persinger's research offers a vast amount of evidence that magnetic frequency affects our ability to "tune" in and transmit, and also affects those portions of the brain that receive the information. |
| He placed three REGs near a culture of human brain cells, then asked a group of healers to send intentions for the culture to grow more quickly, and to engage in traditional space-conditioning meditations. Any deviation from the random activity of the REGs would indicate the probable presence of greater coherence. Radin also prepared a control batch of cells, which were not to be sent intention.
After three days, there was no overall difference in the growth between the treated cells and the controls. Nevertheless, as the experiment progressed, the treated cells began to grow faster. |
Gregg Braden
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| Studies by the Institute of HeartMath have shown that the electrical strength of the heart's signal, measured by an electrocardiogram
(EKG), is up to 60 times as great as the electrical signal from the human brain, measured by an electroencephalogram (EEG), while the heart's magnetic field is as much as 5,000 times stronger than that of the brain.25 What's important here is that either field has the power to change the energy of atoms, and we create both in our experience of belief! |
Sue Palmer
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 But neuroscientists have also shown that the overwhelming majority of connections between neurons in the human brain, and the chemicals that enable those connections, are created during childhood, and are affected by children's experiences.
The eminent neuroscientist Susan Greenfield once wrote that there are as many neurons in a human brain as there are trees in the Amazonian rainforest, and as many connections between those neurons as there are leaves on those trees. |
Gary Null and Amy McDonald
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 The human brain is a precious and vulnerable organ," says Philippe Grand-jean, adjunct professor at Harvard School of Public Health and the study's lead author. "And because optimal brain function depends on the integrity of the organ, even limited damage may have serious consequences.... We must make protection of the young brain a paramount goal of public health protection. You have only one chance to develop a brain."
Clearly, the mainstream medical and political establishment has a long way to go in recognizing and addressing the serious problem of chemical toxicity. |
Lynne Mctaggart
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| Marcer himself had been doing some work on a computation based on wave theory in sound, and he was sitting there with a theory which he intuitively sensed could be applied to the human brain. The problem was that the theory was abstract and general, and needed more mathematical rooting to make it concrete. In the early 1990s, he received a call from Walter Schempp, whose work threw a life jacket to his theory. It grounded his own work into something tidy and mathematical. |
| In Marcer's mind, Walter's machine worked on the same principle that Karl Pribram had worked out for the human brain: by reading natural radiation and emissions from the Zero Point Field. Not only did Walter have a mathematical map of how information processing in the brain may work, which amounted to a mathematical demonstration of the theories of Karl Pribram. He also had, as Peter saw it, a machine which worked according to this process. |
| Recently, he'd become interested in work showing a remarkable property of the human brain. The early pioneers in biofeedback and relaxation demonstrated that people could influence their own muscular reaction or heart rate, just by directing their attention to parts of it in sequence. Biofeedback even had measurable effects on brain wave activity, blood pressure and electrical activity on the skin.3
Braud had been toying with his own studies on extrasensory perception. One of his students who practiced hypnosis agreed to participate in a study in which Braud attempted to transmit his thoughts. |
Andreas Moritz
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| Body Drought"—The Strongest Type of Stress
The human brain, working round the clock, requires more water than any other part of the body. Typically, the brain contains about 20 percent of all the blood that circulates through the body. It is estimated that brain cells consist of 85 percent water. Their energy requirements are not only met by metabolizing glucose (simple sugar), but also by generating "hydroelectric" energy from the water drive through cell osmosis. |
Russell L. Blaylock, M.D.
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 God's Greatest Miracle
Without question, the human brain is the most complex system in the entire known universe. All too often it is compared to a computer, but in reality, the human brain only vaguely resembles a computer, as with some of its more basic reflex activities and simple logical functions. In fact, a mouse's brain is more sophisticated, in terms of its ability to analyze data, than the most high-tech computer known—even the much-lauded Cray supercomputer. |
Herbert Ross, DC with Keri Brenner, L.Ac.
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 In comparison, human brain waves in deep sleep oscillate at about 2 to 4 Hz.
In studies on migratory birds, scientists discovered that the pineal gland, in conjunction with the hormone melatonin, functions as the brain's navigating system. This "master gland" is able to detect variations of the earth's magnetic field and use that information to locate geographical directions (north, south, east, west) and determine seasonal cues (the earth's magnetic fields changes daily and seasonally).25 In one study, researchers removed the pineal glands of pied flycatchers, a type of migratory bird. |
Andreas Moritz
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| At this stage, the sun energy of the sun's rays passing through the human eye will be charging the hypothalamus tract—the pathway behind the retina leading to the human brain. As the brain increasingly receives extra power through this pathway, you will find a drastic reduction of mental tension and worries. With access to this additional source of energy, you are likely to develop a more positive mindset and increased self-confidence. If you suffer from anxieties and depression, you will find that these go away. |
Gary Null and Amy McDonald
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| Very definitely, the human brain can renew itself. New nerve cells can be made, and existing cells can re-extend their networks and rebuild to full levels of cognitive function."
Clinical trials have demonstrated the benefits. "PS was able to turn back the clock on memory loss by 12 years," Dr. Kidd says. "That is, in matching up names and faces. People were testing at about 64 years of age and at the end of the trial, they were testing 52 years of age. So it actually turned back the clock on a measurable aspect of memory loss. |
Dawson Church
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| Kirshvink and his colleagues discovered magnetite in human brain tissue cells in 1992.8 It occurs in linear chains of up to eighty crystals, often attached to a membrane.
Magnetite crystals in human hippocampus
Magnetite microcrystals have been linked to our ultradian and circadian rhythms. We demonstrate this effect every time we fly a great distance and experience jet lag, as our body's circadian rhythms adapt to a new diurnal pattern, and a reorientation of our personal electromagnetic field (or EMF) to the patterns of the Earth's electromagnetic field that are unique to our new location. |
Herbert Ross, DC with Keri Brenner, L.Ac.
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| In contrast, the ideal frequency of the human brain during waking hours ranges from 8 Hz to 2 0 Hz, while in sleep the frequency may drop to as low as 2 Hz. The higher frequencies of EMFs generated by artificial electrical currents may disturb the brain's natural resonant frequencies and, in time, lead to cellular fatigue, according to John Zimmerman, Ph.D., president of the Bio-Electro Magnetics Institute. |
Dawson Church
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| In samples of human brain tissue cultured in labs, minute amounts of electromagnetic energy can affect brain tissue production of norepinephrine."9 Norepinephrine is the neurotransmitter used in most of the sympathetic nervous system, and this research is being applied to the treatment of many neurological disorders.
When water is exposed to magnetic fields, then examined using infrared spectroscopy, it demonstrates reduced hydrogen bonding and other minute changes in its molecular structure. In a seminal series of experiments by Bernard Grad, Ph.D. |
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