「NUCLEOPHILE」の共起表現一覧(1語右で並び替え)
該当件数 : 42件
Trimethylamine is a good | nucleophile, and this reaction is the basis of most of |
The anion is a | nucleophile, and most electrophiles react with it by ad |
PhSeNa is a useful | nucleophile, and can be used to introduce the phenylsel |
p catalytic triad with serine acting as the | nucleophile and gly-met providing stabilization of the |
Phenylmagnesium bromide is a strong | nucleophile as well as a strong base. |
Methylamine is a good | nucleophile as it is highly basic and unhindered, altho |
an alcohol, but a tertiary carbon with the | nucleophile as a substituent. |
As a consequence, thiocyanate can act as a | nucleophile at either sulfur or nitrogen - it is an amb |
The amino | nucleophile attacks the carbon |
f α-D-galactose, and the resulting alkoxide | nucleophile attacks the γ-phosphorus of ATP. |
equipped to be the source of the hydroxide | nucleophile because of its proximity to the scissile ph |
Instead, Glu-537 is the actual | nucleophile, binding to a galactosyl intermediate. |
law is deceptive: hydroxide serves not as a | nucleophile but as a base to deprotonate the coordinate |
The | nucleophile can be carbon, nitrogen or oxygen based. |
conserved histidine (His80) that acts as a | nucleophile during catalysis. |
A | nucleophile favors addition from the "inside" of the en |
It is also a | nucleophile for the production of methyl ethers. |
t the branch adenosine specifying it as the | nucleophile for the first transesterification. |
e is required for in-situ generation of the | nucleophile from a precursor. |
In the reaction product the | nucleophile has replaced the leaving group. . |
In E. coli, Glu-461 was thought to be the | nucleophile in the substitution reaction. |
own-6, potassium acetate is a more powerful | nucleophile in organic solvents. |
lfonamide 1 or its deprotonated form 2 is a | nucleophile in reaction with the aldehyde 3 to intermed |
ontrol an electron donor molecule acts as a | nucleophile, in kinetic reaction control the electron d |
When the | nucleophile is an hydride the reaction is called conjug |
s, cyanide, which is classified as a strong | nucleophile, is used to prepare nitriles, which occur w |
studies on the role of Cys48 as a possible | nucleophile, it has not been determined if nucleophilic |
leavage in the presence of (an excess of) a | nucleophile like phloroglucinol (reaction called phloro |
962 published on the reaction of water as a | nucleophile on olefin-palladium chloride complexes to f |
alkyl bond begins with attack of the alkyl | nucleophile on the sulfur centre in SO2. |
In these reactions, the incoming | nucleophile replaces the NR2 moiety. |
e oxide) ring opening and activation of the | nucleophile, ring, or combination thereof via the catal |
orobenze has a chloro group replaced with a | nucleophile such as the hydroxide mentioned forming the |
Note that nitrogen is a better | nucleophile than oxygen and most nitrites would react v |
It is a powerful | nucleophile that can be used to prepare methylthioether |
ing between Asn68 and Asn212, activates the | nucleophile that attacks and cleaves the phosphodiester |
lecules strongly depends upon the nature of | nucleophile, the type of leaving group, site of displac |
f GALT, the His166 residue acts as a potent | nucleophile to facilitate transfer of a nucleotide betw |
d in the substrate, whereas Asp52 acts as a | nucleophile to generate a glycosyl enzyme intermediate. |
ion is the combination of a carbon-centered | nucleophile with an electrophilic source of fluorine to |
ladium catalysed substitution reaction of a | nucleophile with a substrate containing a leaving group |
The TPP can then act as a | nucleophile with the loss of this C2 hydrogen, forming |
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