That's f****** disgusting,but we can find us a super happy chick and give her poop shoot a good tongue lashing.All you have to do is find a very happy person and eat some of their shit...think I'm fooling,look it up.
That's f****** disgusting,but we can find us a super happy chick and give her poop shoot a good tongue lashing.All you have to do is find a very happy person and eat some of their shit...think I'm fooling,look it up.
In homeopathic tradition, the intestine has long been regarded as the key organ for health. With a total surface area of between 300 and 400 square metres, it represents the biggest border between the body and the outer world. Through countless investigations, it is known that this enormous contact surface, on which 100 billion bacteria settle during young infanthood, develops its own ecosystem.
How does the incredible influence of the intestine affect our health?
The intestinal and immune systems
Experts estimate that around 70% of all the cells of the immune system are located in and around the intestine. During the first months of life, the human body builds up its immune system through contact of food in the intestine, which in the further course of life produces three quarters of all body immunity. This requires a highly individual immunological character.
The mucous membrane of the intestine is where the first line of immunological defence is located, and in medical jargon is called GALT (gut associated lymphoid tissue).
There are two types of bacteria to distinguish: useful, "friendly" bacteria, and bacteria for which the intestine has no use. In an ideal case, the different microbes of the "friendly" bacteria on the intestinal lining help, in a symbiotic co-operation, not only with the digestion of food but also insofar as they provide a constant stimulus on the intestinal lining – the "intestinal lining associated immune system". For example, Eschericha coli and other bacteria constantly attempt to overcome the intestinal immune system and penetrate through the intestinal lining. This stimulus on the immune system results in specific and unspecific immune processes which form a complete defence with the production of specific immuno-proteins, for example IgA. For this reason, a lack of coli bacteria, despite their possible harmful potential for the body, is undesirable. A sufficient count of lacto-bacilli is, for other reasons, desirable. They produce lactic acid, which contributes towards better absorption of food and positively influences the intestinal milieu: lacto-bacilli are as a lactic acid producer of decisive importance for the absorption of vitamins, trace elements and minerals.
Since the research team of the American neuroscientist Professor Michael Gershon succeeded in finding striking anatomical and biochemical similarities between the brain and the nerve cells in the stomach, it became clear that the intestine is more than a muscular tube with digestory and excretory reflexes. The new and exciting results of recent neuro-atanomical research prove that the intestine is a "super organ" with numerous connections to the immune system and a "direct line" to the brain.
Around 100 million nerve cells envelop the intestine, more than all of the nerve cells of the spinal cord together, and are in close connection to the brain. 90% of the nerve fibres which connect the stomach and brain run upwards from the stomach to the brain. Signals from the stomach are very important for the body – perhaps we should take the messages from our stomach more seriously? Admittedly, we cannot sense many of these signals, but we can quickly recognise alarm signals such as nausea, stomach-aches and vomiting. Yes, even the feeling of "butterflies in the stomach" which is so often romantically depicted or laughed at, conveys new meaning in the new light of scientific knowledge.
With the collection of around 100 million nerve cells, the stomach contains the second largest accumulation of nerve cells in the human body after the brain. Researchers have found all the typical cell characteristics and biochemical reactions of brain cells in the stomach cells, so that they speak of a "second brain in the stomach".
Even at the beginning of the 1970's, researchers carrying out an experiment on flatworms raised the question of whether food consumption alongside the plain food supply was related to the transfer of information. When worms were fed powdered worms of the same species which had previously learnt a specific behaviour, the worms showed the learnt behaviour of their dead counterparts without any specific training. The obvious transfer of information lead the researchers to the nucleic acid in the flatworm memory powder. Does this effectuate the old dream of every student, simply to eat knowledge in order to store it? Do we consume with C.G.F. a piece of the survival knowledge of the ancient algae? The newly discovered relationship between the stomach and brain could, when scientifically researched, answer such seemingly absurd questions and produce further interesting results.
I was prescribed Prozac, a serotonin re-uptake inhibitor, for chronic back pain. It was an experience. The elevated serotonin levels left me more easily agitated with problems in concentration. It felt kinda speedy and in some aspects could be compared to tripping. Coffee worked to amplify the effects. Finally figured out what was going on and quit cold turkey which was another kick in the head. It was later explained to me that I metabolize Prozac differently than most people.