The device measures the number
of alcohol molecules it can «see» versus the total number of molecules in the sample, and then calculates a percentage.
Nature creates quite a plethora
of alcohol molecules actually, many of which are highly medicinal and nontoxic.
It is postulated that the discomfort arises due to the presence
of alcohol molecules that can not be digested in the human body; primarily because the human body lacks the enzyme that breaks alcohol down.
Not exact matches
In the first published account
of sugar and
alcohol in a comet, astronomers have detected ethanol, the sugar glycolaldehyde, and other organic
molecules spewing from a comet known as comet Lovejoy, New Scientist reports.
Steve: This is really interesting material, I think, because perhaps many
of the listeners are familiar with older research, for example, that found that the aldehyde dehydrogenase enzyme is not available for certain people, and that for them, drinking in excess is really uncomfortable, so they tend not to, but that's more
of a direct genetic biochemical kind
of a system related to the
alcohol molecule ultimately as it gets metabolized.
So when you drink beer, since beer doesn't keep too well, you can pretty well know that sometime in the year before, that atom
of carbon is in the
alcohol molecule you were drinking was in the atmosphere within a CO2
molecule.
Instead
of a hydrophilic
alcohol group (an oxygen - hydrogen
molecule bound to a hydrogen - saturated carbon atom), the final lignin polymer contained a hydrophobic aldehyde group (a carbon atom double - bonded to an oxygen atom).
It's a way to think about the CO2 going into the ocean from the atmosphere, going from the atmosphere back up into the ocean; so I start Dave off at the beginning
of the book in a
molecule of alcohol, in a glass
of beer, that's where Dave is starting off.
And I tracked that atom
of carbon backwards through the
alcohol molecule that came out as a waste product from the yeast that brew [ed] the beer.
Spectrographs have found a smorgasbord
of more than 100
molecules here, including such complex organic substances as ethyl
alcohol.
Or take the Greek
alcohol ouzo — it turns cloudy white when you add water, because it's an emulsion
of tiny droplets
of oil (the
alcohol) destabilized by the water
molecules.
Thus, the
molecule's observed «effect» on cell growth is nothing more than the well - known cytotoxic effect
of alcohol.
Within a few years, Snyder and other radio astronomers had identified dozens
of organic
molecules, including formic acid (which causes the sting in ant bites) and methanol (a simple
alcohol).
The use
of other agents produced similar results across the field
of hepatocytes regarding nitrogen metabolism or
alcohol degradation, and use
of a
molecule that induces the expression
of drug metabolism enzymes resulted in varied zones
of susceptibility to the toxic effects
of acetaminophen.
The samples ranged from a simple
alcohol to a complex plant hormone, and the new method, dubbed «CAL» for covalent alignment (the
molecules form a type
of chemical bond known as a covalent bond in the MOFs), enables researchers to determine the complete structure
of a
molecule from a single MOF crystal that contains the sample
molecules in its pores.
These oxidant
molecules are natural by - products
of our body's metabolic processes but can also come from outside sources such as smoking, pollution, or
alcohol.
Alcohol consumption will: increase your appetite, lower your fat metabolism and testosterone levels for up to 24 hours, and block the production
of an energy - building
molecule called Acetyl - Co-A.
Clean up your diet from mind robbing
molecules like caffeine,
alcohol, refined sugars, and eat regularly to avoid the short - term stress
of starvation on your body.
When you consume
alcohol, your liver metabolizes it at a rate
of approximately one standard - sized drink per hour by breaking
molecules down with a digestive mixture called bile.
Silymarin contains an active extract that protects the liver from the harmful chemicals in
alcohol molecules and promotes the regeneration
of depleted liver cells.
They are basically hybrids
of sugar
molecules and
alcohol molecules.
What it is: Xylitol is a part
of a class
of compounds called sugar
alcohols, termed for its similarity in molecular structure to carbohydrate and
alcohol molecules, and is typically extracted from corn cobs or any woody fibrous plant material.
Xylitol is a part
of a class
of compounds called sugar
alcohols, termed for its similarity in molecular structure to carbohydrate and
alcohol molecules, and is typically
Some processes have been developed to turn the easier - to - digest bits
of plant stalks, cellulose and hemicellulose, into
alcohols or break them into
molecules that can be reacted into better fuels or raw materials.
The series
of molecules vary in chain length and are composed
of a hydrocarbon plus a hydroxyl group; CH (3)- (CH (2)-RRB- n - OH (e.g., methanol, ethanol, and tertiary butyl
alcohol).
, or work can be done to separate out the smell from the room together with all the
molecules of alcohol and water that made up the perfume and get it back into the bottle, but that would take an awful lot
of work,
of energy expended to achieve such a thing, same in re-constituting the ink in solution back into its original constituent parts, but, given that statistically that ain't going to happen for all the spilt ink and evaporated perfume in the world unless you wan't to wait for an infinitely long time for it to happen and then maybe it never will, (you are assuming it is bound to happen but it's «statistically as likely not to happen as to happen» has to be included, so there's no «bound to» about it), or are willing to expend energy to do this for all the examples past present and future, then, for all practical natural processes purposes, the ink stays mixed and the perfume evaporated.