Abdominal Brain - Introduction
Tuesday, July 1st, 2008The digestive system is endowed with its own, local nervous system referred to as the enteric or intrinsic nervous system. The magnitude and complexity of the enteric nervous system is immense - it contains as many neurons as the spinal cord.

Conventional medical treatment for neurological disorders such as epilepsy, migraine, and autism focuses on the brain. Although standard medical treatment is often helpful, the underlying causes of these disorders are not well understood. Furthermore, some individuals respond poorly, or not all to regular medicine. Evidence is accumulating in the medical literature that the enteric nervous system (ENS) - that part of the nervous system associated with the alimentary canal - also plays a role in these disorders. Historically, the concept of an autonomous abdominal nervous system was advocated by Byron Robinson, Johannis Langley, and Edgar Cayce. The work of these three prominent historical figures is considered along with modern viewpoints on the abdominal nervous system. Complementary therapies that address the nervous system of the abdomen hold potential as useful adjuncts to conventional treatment for certain neurological disorders.
Now let’s see why this is important:
As light is shed on the circuitry between the two brains, researchers are beginning to understand why people act and feel the way they do. When the central brain encounters a frightening situation, it releases stress hormones that prepare the body to fight or flee. The stomach contains many sensory nerves that are stimulated by this chemical surge - hence the “butterflies”. On the battlefield, the higher brain tells the gut brain to shut down. A frightened running animal does not stop to defecate, according to Dr. Gershon.
Fear also causes the vagus nerve to “turn up the volume” on serotonin circuits in the gut. Thus over stimulated, the gut goes into higher gear and diarrhea results. Similarly, people sometimes “choke” with emotion. When nerves in the esophagus are highly stimulated, people have trouble swallowing.

Later this month, a group of researchers in Israel will pronounce the discovery of yet another mood-regulating neurotransmitter. It is called IA (Incensole acetate), and it activates an ion channel named TRPV3. Ion channels are specially-designed proteins that sit on the membrane (the outer layer) of nerve cells, and control the flow of electrically charged particles into and out of the cell — a process that determines whether a certain nerve cell is activated at a certain moment, or not. In other words, molecules (neurotransmitters) that can alter the function of TRPV3 channel change the patterns of our brain activity — and as just mentioned, cutting-edge research from Israel indicates that this pattern of change adjusts the levels of mood and stress.
It was already known in the 70’s, but rumors have it that the FDA refused to approve it back then due to the Sugar Industry exerting considerable pressure to prevent the fruit from entering the market and damaging their profits.
We are all familiar with the RDA column on the side of our food packages. RDA means “Recommended Daily Allowance” and it is the daily amount of each nutritional element that the FDA recommends us to consume each and every day. Nowadays, RDA has changed its name to RDI (Reference Daily Intake).
In addition to the previously mentioned symptoms, there are also several rather ambiguous indications for hyperthyroidism, such as sudden weight gain and difficulty in losing body fat, severe constipation, fatigue and depression, hair loss, menstrual period irregularities with severe bleeding, and dry itchy skin. While many of these symptoms can be attributed to a number of conditions, if you or someone you know suffers from three or more of these concurrently, it’s a good chance the cause is an overactive thyroid gland.
The energy produced inside of the Mitochondrion is stored in molecules known as ATP, which then travel around the cell and release their chemical energy in the form of heat. Our car’s engine — mind you — is functioning as a result of heat generated in the combustion tank; and the giant dynamos situated inside a power plant revolve as a result of heat generated via the combustion of coal. However, to operate both the car’s engine and the giant dynamos, we use fossil fuels, since fuel is a relatively pure agglomeration of carbohydrates, and thus it releases high amounts of energy during combustion.
There is apparently some chemical reaction occurring in the micro-waved water that will not allow the seeds to grow. This kind of example is also evident when warming up food in a microwave oven as well as heating milk (including human milk) to feed to infants and babies The heating of the milk in a microwave actually destroys much of the milk’ s nutritional value; and in human milk in particular, the milk’s natural immunity and disease fighting attributes. Heating food items, especially on high heat, also severely alters the bio-chemistry composition of the food, which can have a negative affect on humans, including changes in the body’s blood chemistry.
BPA is defined as an organic compound containing two phenol functioning groups which have a semblance to estrogen hormone. BPA is an important ingredient in the polycarbonate plastic and epoxy resins used to make the strong, shatter-proof plastic bottles that people rely on to heat up baby formula. The plastic material in itself is relatively safe when only water or juices at room temperature are poured inside. The problem arises when the formula is heated to a high temperature prior to being given to a baby; as well as when the bottle is washed at a high temperature, as in an automatic dishwasher. The heating process causes the chemicals in the plastic to be released into the fluid inside the bottle which then enter the child’s body and bloodstream. The chemical reactions are similar to what occurs to water inside plastic water bottles which are exposed to high temperatures (when left in a car, etc.) 













