Because they can recognize and
stick to other molecules, people are interested in using them as receptors for sensors.
And ApoE is bound to fat, so it tends to
stick to other molecules in biochemical assays, says Menelas Pangalos, who leads research on small - molecule discovery at AstraZeneca in Macclesfield, UK, and has long had an interest in ApoE.
Not exact matches
As water evaporates from the leaves and petals of the plant, it «
sticks»
to other water
molecules and pulls that water into the space left behind.
So for the current technology that we have, it makes more sense
to stick with [
molecules with fewer carbon atoms] such as ethylene or carbon monoxide, and then
to upgrade those
molecules using
other processes.
Typically, chemists make
molecules by mixing up many constituent atoms, some of which
stick to each
other to form the desired compounds.
The trick is, as we mentioned earlier, the ability of water
molecules to stick to each
other and
to other surfaces so strongly.
Opposite charges attract, so water
molecules tend
to stick to each
other as a positive hydrogen atom of one
molecule attaches itself
to the oxygen atom of its neighbour.
Yet the
molecules in glue need
to adhere not just
to the things you're trying
to stick together, but also
to each
other.
Unlike aptamers, which are capable only of
sticking to something else, ribozymes can change the structure of
other molecules.
In the resulting mixture, each
molecule has two or three
sticking points that allow it
to connect reversibly
to other molecules in the system.
The researchers think that the unfolded protein is likely
to stick to nonchaperone
molecules, as well, causing
other problems in the cell and disrupting the flow within a cell.
Having charges
stuck in these traps may increase the chance for interactions with
other charges and electrical excitations that can destroy the
molecules and lead
to degradation.
On the
other end, he
stuck six negatively charged sugars designed
to attract thrombin
molecules.
«Various forms of carbon, including nanotubes, are considered for hydrogen or
other fuel storage because they have a huge internal surface area for the fuel
molecules to stick to.
What's more, these synthetic zinc finger
molecules can be tweaked and packaged with
other drugs,
to produce multi-purpose DNA - binding tools that can
stick, slice, glue and block.
Furthermore, the instrument can be employed
to measure the force between the tip and a surface, and in some cases even the force between a
molecule stuck to the tip and
other molecules in a biological tissue.
When the surface was negatively charged, some water
molecules became
stuck to the surface, while
other water
molecules became disordered and moved away from the surface.
Drug - makers can build designer
molecules with a sequence that will
stick to the messenger
molecule of the huntingtin gene, but not
to other messengers.
Because it has positive (hydrogen) and negative (oxygen) charges, it
sticks or bonds
to other water
molecules.
Or H2O gas is not ideal gas because instead bouncing around freely it's
sticking to other H2O
molecules and being forced apart by
other molecules of gas.
Though these gas
molecules «try»
to stick together, but the energy of all the
other types of gases disrupt this from happening.