Za to se morajo prožilne kaspaze po apoptotskem signalu, ob pomoči prilagojevalnih molekul (angl. adapter molecules), združiti v oligomerne aktivacijske platforme.

The structures of the molecules of organic compounds are very complex .

Temperature measures the energy per "degree of freedom" (i.e. way something can move) of whatever molecules happen to be around.

So, it it becomes so cold that the molecules stop all together, then this is the "absolute zero" temperature.

Predictions were performed with direct binding of molecules on nuclear receptors.

Poleg nukleinskih kislin se lahko uporabljajo tudi male molekule (angl. small molecules), torej inhibitorni proteini oziroma polipeptidi.

Iz lignocelulozne biomase lahko pridobimo t. i. izhodiščne molekule (ang.: "platform molecules"), s katerimi lahko pridobimo bolj aplikativne molekule.

It is the tendency of molecules and atoms to escape from a liquid or a solid .

It is the links between hydrogen atoms in different molecules .

Eventually these organic molecules became able to replicate for themselves – and because they were more efficient they overtook the inorganic crystal system .

Analysis of the spectra and the identification of the molecules are continuing.

Analysis of damage-associated molecular pattern molecules due to electroporation of cells in vitro.

With two hundred air molecules it would happen occasionally, with two thousand, very occasionally, and so on.

The answer lies in the random fluctuations of molecules.

Suppose you took a cup of water, and "magically" tagged all of the molecules.

Quantitative model of small molecules uptake after in vitro cell electropermeabilization.

Moreover, their synchrotron radiation would be destructive to life molecules.

If there were just two air molecules, it would happen frequently.

How many of the molecules are those original tagged molecules?

How did huge information-rich molecules arise before natural selection?