Definition of cyclohexyl in English:

cyclohexyl

nounˌsʌɪklə(ʊ)ˈhɛksʌɪlˌsʌɪklə(ʊ)ˈhɛksɪlˌsīklōˈheksəl

Chemistry

as modifier Of or denoting the cyclic hydrocarbon radical —C₆H₁₁, derived from cyclohexane.
〔化〕（与）环己胺基（有关）的
Example sentencesExamples
- This conclusion is supported by the observation that cyclohexyl substrate analogue derivatives, when tested on the bacterial enzyme, manifested exceptionally reduced affinities for the active site with a K I of 422 47 M.
- Insertion of the thymine moiety into the angelicin skeleton caused a folding of about 51 of the cyclohexyl moiety.

Definition of cyclohexyl in US English:

cyclohexyl

nounˌsīklōˈheksəl

Chemistry

as modifier Of or denoting the cyclic hydrocarbon radical —C₆H₁₁, derived from cyclohexane.
〔化〕（与）环己胺基（有关）的
Example sentencesExamples
- Insertion of the thymine moiety into the angelicin skeleton caused a folding of about 51 of the cyclohexyl moiety.
- This conclusion is supported by the observation that cyclohexyl substrate analogue derivatives, when tested on the bacterial enzyme, manifested exceptionally reduced affinities for the active site with a K I of 422 47 M.

词汇	cyclohexyl
释义	Definition of cyclohexyl in English: cyclohexyl nounˌsʌɪklə(ʊ)ˈhɛksʌɪlˌsʌɪklə(ʊ)ˈhɛksɪlˌsīklōˈheksəl Chemistry as modifier Of or denoting the cyclic hydrocarbon radical —C₆H₁₁, derived from cyclohexane. 〔化〕（与）环己胺基（有关）的 Example sentencesExamples This conclusion is supported by the observation that cyclohexyl substrate analogue derivatives, when tested on the bacterial enzyme, manifested exceptionally reduced affinities for the active site with a K I of 422 47 M. Insertion of the thymine moiety into the angelicin skeleton caused a folding of about 51 of the cyclohexyl moiety. Definition of cyclohexyl in US English: cyclohexyl nounˌsīklōˈheksəl Chemistry as modifier Of or denoting the cyclic hydrocarbon radical —C₆H₁₁, derived from cyclohexane. 〔化〕（与）环己胺基（有关）的 Example sentencesExamples Insertion of the thymine moiety into the angelicin skeleton caused a folding of about 51 of the cyclohexyl moiety. This conclusion is supported by the observation that cyclohexyl substrate analogue derivatives, when tested on the bacterial enzyme, manifested exceptionally reduced affinities for the active site with a K I of 422 47 M.
随便看	manfred richthofen man Friday man friend man from the ministry manful manfully manfully manfulness manfulness manfulnesses mang manga mangabey mangabeys Mangaian mangaka mangal manga-manga mangan-amphibole manganapatite manganate manganates manganaxinite mangancolumbite manganese