From the creation of the Platonic solids, which are five unique models that embody the perfect combination of whole shapes, to the beautiful and complex symmetry of a modern fractal pattern, humans have been fascinated with shapes and how they interact to create things. But did you know that researchers in biology and chemistry are now finding that shape has everything to do with the way our cells function and even how we can tell one smell from another?
A previous article on the body Antenna detailed how placing the body formed to help in certain forms of ritual body posture in the transmission and reception of certain frequencies. It was also on the conformational shape changes that occur at the cellular level, before a chemical exchange. It is as a receptor known lock and key model, because the receptor is transformed into a specific shape that only a molecule that is accepted as a key fits.
This is a very important discovery for biologists and pharmacologistsbecause it will lead to new ways to promote the delivery of drugs at much lower doses. Finally, it can also cause a new understanding vibrations of the physical body that are treated by drugs to eliminate entirely.
One of the newest forms of drug delivery methods is through nasal sprays. The brain and nervous system are protected from infection by the so-called blood-brain barrier. The molecules that make up viruses and bacteria are too large to passthe narrow passage. Unfortunately, this barrier also keeps drugs needed to treat the nervous system, will be administered intravenously. However, the lock can be circumvented through the nose. Have you ever noticed that certain smells can trigger memories? That is because the oldest part of the brain's can be accessed directly through the nasal cavity. This is also true, why aromatherapy is so effective. They stimulate chemical changes at the root of the nervous system.
TheCombination of studies, bypassing the blood-brain barrier with nasal sprays, the conformational changes in the form of receptors, and the influence of aromatherapy led to a very interesting discovery. In 1991, Dr. Linda Buck headed a team of researchers at Harvard Medical School study of the source of the odor. What they found, she won a Nobel Prize. It was known that millions of nerve cells located at the tip of the nose near the eyes. Lie on the surfaces of nerve cells, more than 1,000different olfactory receptor cells called olfactory sensors. Buck discovered that these receptors, such as hormones and neurotransmitters that they too recognize the form and come together in a lock and key way to work. However, unlike hormones and neurotransmitters, the olfactory receptor cells are not only accepted, only the one type of molecule they recognize. This olfactory receptor cells connect and rearrange themselves to recognize 10,000 different odors. After binding, the cell sends a signalto two specific locations in the olfactory bulb in the brain, the messages to the primitive brain areas to control the feelings and affect the limbic system and leads to the higher brain regions that control intentional discrimination. In her book "Molecules of Emotion, Dr. Candace Pert describes the limbic system as a hypothetical construct, which, as the seat of emotions in the brain.
But there is another side to this story. Dr. biophysicist Luca Turin smell is of the opinion thatnot recognized by the form alone. He believes that it is a combination of form and vibration. This is because smell molecules with the same shape can vary widely. Turin lives in France where the perfume industry is a multi-billion-dollar business. Manufacturers often employ hundreds of chemists in an effort to isolate and develop new smells. Turin wanted to find to find a way to improve this process.
The vibrational theory of smell was first popularized by British scientist Malcolm Dyson1938th In 1977, the research was picked up by RH Wright, who applied modern technological progress of its investigation. But neither scientist was able to explain how the process at a level that the publication would be sufficient for most scientific standards, work journals. In the early 1990s, Turin used egg whites to show that proteins can derive electricity. He concluded that the olfactory bulb cells electrons like a battery and a sense of vibration might Content Channel. Even with this newEvidence, dismissed most of his colleagues in Turin ideas out of hand, without even reading a newspaper. Finally, in 1996, was published in Chemical Senses Turin and its history has been from the media that sensationalized it picked up. Turin Research eventually got the attention it deserves. Turin left academia and began his own scent molecule production company called Flexitral. By using the vibration method to find new smell molecules, he can only employ a chemist, and hisCompany radically more profitable than other research and production facilities. In 1992, Turin wrote Parfum: Le Guide, which has become France's best-selling perfume guide in history.
To date, it has the efforts of pharmacologists, chemists, biologists, aromatherapists and perfume manufacturers new light affect us, how are cast forms. Through the blending of science with intuitive wisdom, we will continue to bring new models into the game to revolutionize how we understandthe vibrational aspects of the body.
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