biological molecule

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However, biological molecules and surfaces often interact via four or more of these forces either simultaneously or following on one another.
Advances and continuing challenges in achieving realistic and predictive simulations of the properties of organic and biological molecules.
This means that a real and effective multiple fluorescence co-localization of biological molecules, macromolecules, organelles, etc. can be obtained.
Biological molecules and membrane surfaces often interact via four or more of these attractive and repulsive forces either simultaneously or following in some systematic order.
Dynamics of biological molecules irradiated by short x-ray pulses.
Non-covalent interactions play key roles among biological molecules.
Most small biological molecules are not sufficiently refractile to trap.
We intend to study the formation of these biological molecules from their protonated versions in mutual neutralization reactions with interstellar abundant anions.
The interaction forces between biological molecules and surfaces are much more complex than those between non-biological molecules or surfaces, such as colloidal particle surfaces.
Even more abruptly, the paper jumps to a proposal for classifying different types of biological molecules according to how much information is contained in each type.
However, one of the most versatile and useful approaches in biological analysis is immunological in nature, utilizing specific, high-affinity antibodies targeted against the biological molecules of interest.
Electron transfer between biological molecules by thermally activated tunneling.
Single-molecule manipulation experiments are also ideal to investigate fundamental physical relationships at the interface between equilibrium and nonequilibrium statistical mechanics, using if needed biological molecules as testing tools.
These studies can be carried out using relatively simple steady-state emission intensity that is routinely used to measure the formation of complexes and conformational phenomena in biological molecules.
Its scientists have made important discoveries about the atomic structures of biological molecules and about how we develop from embryos to adults.
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