Yes. Xenon is lipophilic and exhibits affinity for cavities in macromolecular interiors. Xenon's lipophilic behavior has been shown from its partition with long-chain hydrocarbons and from its in vitro and in vivo partition with fatty tissue.
Not all nonpolar molecules are lipophilic, but most lipophilic molecules tend to be nonpolar. Lipophilic molecules are attracted to fats and oils, so they typically do not mix well with water. Nonpolar molecules lack a significant difference in electronegativity and, as a result, do not easily dissolve in water.
Lipophilic viruses require the lipid (fatty) envelope to remain active ("live"*), and the fatty layer can be destroyed by alcohol. Non-lipophilic viruses do not require this fatty envelope, and the protein layer (capsid) is more resistant to alcohol. *Note: viruses are not actually alive, they are only genetic codes with 1 or 2 (lipophilic) protective layers. Biologists call "live" viruses *active* and "dead" viruses *inactive* or *inactivated*.
xenon is not found in humans
Hexafluoride compounds are formed when oxygen combines with either argon or xenon in the presence of fluorine. These compounds have the chemical formula XeF6 for xenon and ArF6 for argon.
xenon (atomic number 54, symbol Xe)
the nature of interaction depends on whether they are lipophilic or hydrophilic. if both are hydorphilic ionic interaction, both lipophilic hydrogen bonding. ionic if lipophilic-hydrophilic.
the nature of interaction depends on whether they are lipophilic or hydrophilic. if both are hydorphilic ionic interaction, both lipophilic hydrogen bonding. ionic if lipophilic-hydrophilic.
Drugs which are administered percutaneously, sublingually, or have to cross the blood brain barrier have to be lipophilic.
Hydrophilic means something that is attracted to or absorbed by water. Lipophilic is something that is attracted to or absorbed by fat.
Yup. They sure are.
Having an affinity for or capable of dissolving in lipids.
Not all nonpolar molecules are lipophilic, but most lipophilic molecules tend to be nonpolar. Lipophilic molecules are attracted to fats and oils, so they typically do not mix well with water. Nonpolar molecules lack a significant difference in electronegativity and, as a result, do not easily dissolve in water.
An ionized drug is generally less lipophilic than its non-ionized form. This is because ionization usually results in the drug having a greater affinity for water rather than lipid-based environments.
Lipophilic refers to substances or molecules that are attracted to and able to dissolve in fats, oils, and lipids. This term is often used in the context of pharmaceuticals to describe substances that have an affinity for fatty tissues in the body.
When you mix fluorine with xenon, the fluorine can react with xenon to form xenon fluorides, such as xenon tetrafluoride (XeF4) or xenon hexafluoride (XeF6). These xenon fluorides are generally unstable and highly reactive compounds.
Xenon is a noble gas. I would think any compounds would be hard to make with using Xenon.
Xenon Difluoride