DEUTERATE Meaning and
Definition
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The verb "deuterate" refers to the process of replacing the hydrogen atoms in a compound with deuterium, a heavy isotope of hydrogen. Deuterium contains an additional neutron, making it twice as heavy as the usual hydrogen isotope. This substitution is commonly performed by scientists and chemists in laboratory experiments for various purposes.
Deuterating compounds can have numerous applications in the fields of chemistry and physics. One primary use of deuterated compounds is in nuclear magnetic resonance (NMR) spectroscopy. By substituting hydrogen atoms with deuterium, scientists can modify the magnetic properties of the compound, making it more stable and less susceptible to interference. This enables them to obtain more accurate results during NMR analysis.
Furthermore, deuterated compounds have been instrumental in studying metabolic processes in living organisms. By replacing some hydrogen atoms with deuterium, scientists can trace the movement of molecules and understand their transformations within biological systems.
It is crucial to note that deuterating a compound alters its physical and chemical properties, as deuterium is heavier and behaves differently compared to hydrogen. Hence, deuterated compounds may exhibit distinct characteristics such as higher boiling points, different bond lengths, or altered reactivity.
In summary, "deuterate" describes the act of replacing hydrogen atoms with deuterium in a chemical compound, either for experimental purposes or in the study of molecular processes. The process aids in various scientific investigations, including NMR spectroscopy and biological studies, by providing stable and distinguishable compounds for analysis.
Common Misspellings for DEUTERATE
- deuterade
- deuterite
- seuterate
- xeuterate
- ceuterate
- feuterate
- reuterate
- eeuterate
- dwuterate
- dsuterate
- dduterate
- druterate
- d4uterate
- d3uterate
- deyterate
- dehterate
- dejterate
- deiterate
- de8terate
- de7terate
Etymology of DEUTERATE
The word "deuterate" comes from the combination of the prefix "deuter-" and the suffix "-ate". The prefix "deuter-" derives from the Greek word "deuteros", meaning "second" or "secondary". The suffix "-ate" in this context is used to form a verb and is commonly used in chemical terminology to indicate the presence of a particular compound or element. Thus, "deuterate" refers to the process of introducing or incorporating deuterium, which is an isotope of hydrogen with an atomic mass double that of the common hydrogen isotope.
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