- benzopyrene), the
epoxides are
often obtained in high enantioselectivity. Ring-opening
reactions dominate the
reactivity of
epoxides.
Epoxides react with a...
- (cycloaliphatic
epoxides and
epoxidized vegetable oils) and
those formed by
reaction with
epichlorohydrin (glycidyl
ethers and esters).
Cycloaliphatic epoxides contain...
- that
possess epoxide residues (which is
often due to
their initial metabolism by
cytochrome P450
enzymes to
epoxides) to diols.
Epoxides are
highly reactive...
-
industrial scale for the
production of
chlorohydrin precursors to two
important epoxides,
epichlorohydrin and
propylene oxide[citation needed]. At one time, 2-chloroethanol...
-
typically used to
promote this reaction.
Epoxides are
typically prepared by
oxidation of alkenes. The most
important epoxide in
terms of
industrial scale is ethylene...
- is a
chemical reaction used in
organic chemistry for the
synthesis of
epoxides, aziridines, and cyclopropanes. It was
discovered in 1961 by A. William...
-
biologically actions of
certain fatty acid
epoxides,
increasing the
toxicity of
other fatty acid
epoxides, and
contributing to the
metabolism of drugs...
-
limonene and
pinene degradation.[citation needed]
Epoxide hydrolases catalyze the
hydrolysis of
epoxides to
corresponding diols,
which is
important in detoxification...
-
Paprika oleoresin (also
known as
paprika extract and
oleoresin paprika) is an oil-soluble
extract from the
fruits of Capsi****
annuum or Capsi**** frutescens...
- of the benzopyrenes,
formed by a
benzene ring
fused to pyrene. Its diol
epoxide metabolites, more
commonly known as BPDE,
react with and bind to DNA, resulting...
