«There are
actually key molecules that have specific role in long - term memory,» he says.
Not exact matches
«If we could design a small
molecule inhibitor that would look like heme - iron but would
actually clog up a
key metabolic pathway in bacteria, we may be able to get around the problem of antibiotic resistance,» suggests Dr. Mason, who adds that he and Dr. Justice plan to use the new five - year NIH grant to further studies of just such an inhibitor.
On the next slide I show you basically the
key domain that's involved in this signaling interaction, so when the insulin receptor is phosphorylated, in order to recruit adaptors such as IRS - 1, it uses an important domain called the PTP domain, or phosphotyrosine containing peptides that can
actually mediate this interaction, and lead to the interaction of these various
molecules within the pathway.
A
molecule called ATP (which stands for adenosine triphosphate), is
actually the body's
key fuel and we have microscopic energy - producing factories in our cells, especially muscle cells, that exist specially to provide us with all - important ATP that can be generated from fats, carbs or proteins.