free molecule

The majority of testosterone in the blood does not exist as the free molecule.

When all small particles do this, it increases the concentration of free molecules in solution.

These results show a well-defined minimum at the transition frequency of the free molecule.

Smell is the essence, the attachment of free molecules of the thing itself.

This effectively prevents aggregation while allowing free molecules to fold to the native state.

This suggests that most of the free molecules ingested by the infant are likely degraded before being absorbed.

During this process, the pods become dark brown, and enzymes in the pod release vanillin as the free molecule.

Molecules at the surface of the solid (carbon) attract free molecules (contaminant).

The methane is created through the action of bacteria on organic matter, and would have been trapped in the sediments as free molecules of gas.

SPR can detect binding of label free molecules on the surface of a chip.

Catechol can be either a free molecule or a substituent of a larger molecule, where it represents a 1,2-dihydroxybenzene group.

The equilibrium that has been established between the host-guest complex and free molecules can also be defined by a dissociation constant, .

Pillars of freed molecules built themselves up from the valley-bottom, and were shaped into ominous, floating domes that obscured the sun.

From the results it appears that the free molecules exist almost entirely in the gauche configuration, which is stabilized by intramolecular hydrogen bonding.

It is a neutral free molecule with two unsatisfied valence bonds, and is therefore a highly reactive free radical.

They are found on the surface of plant and animal cell membranes, where they appear either as free molecules or as membrane anchors for various proteins.

Free molecules from a gas-phase sample are ionized by incident vacuum ultraviolet (VUV) radiation.

When the free molecules in solution are supersaturated, the free molecules have a tendency to condense on the surface of larger particles.

Thus modes that would normally appear only in the infrared spectrum of the free molecule can appear in the SERS spectrum.

At infinite dilution in CS2 these coupling constants give a distribution for motion about the bond that happens to agree with the theoretical results for the free molecule.

Such comparisons indicate that for the free molecules, the in-plane conformer of the dichloro derivative is also more stable than the same conformer of benzyl fluoride.

The data imply that, for the free molecules, the conformation of highest energy has the CH2—O bond in a plane perpendicular to that of the phenyl group.

These numbers are somewhat smaller than the twofold barrier of 11.6 kJ/mol available from STO-3G MO computations for the free molecule.

Core line binding energy shifts for all solid compounds, ionic and neutral, are found to correlate reasonably with CNDO/2 charge distributions calculated for the free molecules.

Geometry-optimized molecular orbital computations, including some correlation-gradient procedures, for benzyl fluoride and the two fluoro derivatives have for the conformations of highest energy of the free molecules.