Примери за използване на Aromatic molecules на Английски и техните преводи на Български
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Neuronal cells contain proteins called receptors that capture aromatic molecules.
It carries the aromatic molecules from the food you eat and the smell of your environment to him!
The receptors are like locks that are unlocked with the aromatic molecules passing them.
Pheromones are organic aromatic molecules secreted by dogs to mark their territory.
The oil is absorbed into the board and will be slowly released into the air in the form of aromatic molecules.
It carries the aromatic molecules from the food you eat and the smell of your environment to him!
The unique smell andflavor of a cannabis strain is produced in part by its flavonoids, the aromatic molecules.
It carries aromatic molecules through the food that goes inside your mouth and the smell of your environment!
It is through this mechanism that his olfactory system starts to“smell” your environment,driven by the aromatic molecules in the amniotic fluid.
Aromatic molecules will spread in the air and gently affect you during sleep, which will help keep the stomach in a restful state.
La Vie en Rose capsules are a new application form of"rose perfume"- the ingested aromatic molecules are emitted through the skin conveying its alluring essences.
It also contains terpenes, or aromatic molecules, like friedelin and epifriedelanol, which have antioxidant, liver protection, and tumor-fighting properties.
For example, when sonicating lavender flowers in vodka,the ultrasonic forces break the cell walls of the lavender blossom and the aromatic molecules and essental oils from the inside of the cell are released into the vodka.
On the other hand, aromatic molecules of citric essential oils, for example, bind to the prefrontal cortex and have a stimulating and waking effect on the mind.
Thanks to water and a couple of their very active,tiny aromatic molecules penetrate the skin and immediately start the recovery processes in the body.
Aromatic molecules in your food are carried to the baby via the amniotic fluid, along with your pleasure hormones(yes, pleasure hormone are on the interior menu!).
Aromatherapy uses the delicate strength of aromatic molecules to address both the problems of the skin, and nervous tension that causes them.
The effects that aromatic molecules exert on our brains explain why we feel more vigorous and energetic when we feel the aroma of coffee or grapefruit and more relaxed when a lavender scent rises around us.
Under high pressure and low operating temperature, the carbon dioxide goesinto supercritical phase and the natural ingredients are derived from the plant raw material- aromatic molecules, active ingredients and vitamins without changing their properties, avoiding thermal degradation and preserving all thermo-sensitive substances. After completion of the process, the carbon dioxide is released in gaseous state, leaving the extracted product absolutely pure and free of traces of the solvent.
By inhaling a certain odor, aromatic molecules enter into the nasal cavity, stimulating nerve terminals that convert aromatic molecules into nerve impulses and send them to the limbic system where, depending on the type of aroma, different kinds of emotional reactions can be induced, and memories can be stimulated.
These oils have a wide range of aromatic molecules, which penetrate into the skin faster and deeper than most of the chemically-derived products in the market.
When we inhale essential oils(or any other aroma),small aromatic molecules are transported through the nasal cavity through olfactory nerves to the olfactory epithelium-tissue, which unites millions of sensory neurons.
The thalamus is the switchboard, which,depending on the type of aromatic molecule, quickly sends a signal to specific brain areas.
Once the aromatic molecule connects to the receptor, it initiates an electrical signal that passes from the sensory neurons to the olfactory bulb(a structure at the base of the brain which then transmits the signal to other parts of the brain for further processing).
Until now, the most likely culprit for this microwave emission was thought to be a class of organic molecules known as polycyclic aromatic hydrocarbons(PAHs)- carbon-based molecules found throughout interstellar space and recognized by the distinct, yet faint infrared(IR) light they emit.
Phenols are organic aromatic compounds in the molecules of which carbon atoms from the aromatic ring are attached to the hydroxyl group.
Polycyclic aromatic hydrocarbons are neutral, non-polar molecules found in coal and tar deposits.
Studies show that this aromatic spice reduces the type of molecules that are the key cause of inflammation in the body.
Scientists think the reddish color could be oxidized iron-- rust-- or polycyclic aromatic hydrocarbons, which could be progenitors of more complex organic molecules.
Aromatic hydrocarbons, on the other hand contain one or more benzene rings in its molecule.