-
hydroxides is required.
Hydrides are one of the many
types of
powerful deprotonating agents.
Common hydrides used are
sodium hydride and pot****ium hydride...
-
deprotonation can
produce two
different enolates. LDA has been
shown to
deprotonate the
methyl group,
which is the
kinetic course of the deprotonation. To...
- in
pyrroles is
moderately acidic with a pKa of 17.5.
Pyrrole can be
deprotonated with
strong bases such as
butyllithium and
sodium hydride. The resulting...
-
applications in
organic synthesis since it is a
strong base,
capable of
deprotonating many
carbon molecules,
including benzene. tert-Butyllithium is available...
-
analytical procedures such as
electrospray m**** spectrometry.
Protonating or
deprotonating a
molecule or ion can
change many
other chemical properties, not just...
-
three carboxyl groups and the
central hydroxyl group of
citric acid are
deprotonated. A
distinguishing feature of this
compound is that it is very soluble...
- homopolymers, a
variety of
copolymers and
crosslinked polymers, and
partially deprotonated derivatives thereof, are
known and of
commercial value. In a
water solution...
- form
under biological conditions), a
carboxyl group (which is in the
deprotonated −COO− form
under biological conditions), and a side
chain consisting...
-
nitroso group (NO+) that are "probable
human carcinogens",
bonded to a
deprotonated amine. Most
nitrosamines are
carcinogenic in animals. A 2006 systematic...
-
group is
protonated (–NH+ 3; pKa = 9.39) and the
carboxylic acid is
deprotonated ( –COO−; pKa = 2.38).
Humans and many
animals cannot synthesize tryptophan:...
