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...ch must be solved to obtain the energy and molecular wave function of this molecule, is a [[partial differential equation|partial differential eigenvalue equa ...on is an important tool of quantum chemistry, without it only the lightest molecule, H₂, could be handled; all computations of molecular wave functi

'''Glycolysis''' is a [[biochemical pathway]] by which a [[molecule]] of [[Glucose|glucose (Glc)]] is [[oxidation|oxidized]] to two molecules o ...s ending in pyruvate, lactate or ethanol, produces less energy per glucose molecule than complete [[aerobic]] oxidation, and so flux through the pathway is gre

A '''polyatomic ion''' is an [[ion]] consisting of a [[molecule]] with [[Covalent bond|covalently bonded]] [[atom]]s or of a [[complex (che ...ten be considered as the [[conjugate acid]] or conjugate base of a neutral molecule, for example the conjugate acid of [[adrenaline]] at the [[amine]] group.

{{Image|416px-Dna-SNP.svg.png|right|250px|DNA molecule 1 differs from DNA molecule 2 at a single base-pair location (a C/T polymorphism).}}

...the enzyme's active site. As diffusion is slower than the half-life of the molecule, it will react with any oxidizable compound in vicinity.

These cells become sensitized to a specific substance recognized by an IgE a molecule, generated by a [[lymphocyte]], which binds to their surface high-affinity

...ect originates from the interaction between a charge distribution (atom or molecule) and an external [[electric field]]. Before turning to quantum mechanics w ...at the second definition of the dipole applies. The interaction of atom or molecule with a uniform external field is described by the operator

...hysics, the other being the [[quark]]s. On a larger scale, [[atom]]s and [[molecule]]s are made up of electrons together with the [[neutron]]s and [[proton]]s

* Radiation that has enough energy to move atoms in a molecule around or cause them to vibrate, but not enough to remove electrons, is ref

{{r|Molecule}}

In [[chromatography]], modality describes the different modes of target molecule transportation for separation. Modality differs by chromatography bed shape ...ation of how a typical planar chromatography works. The movement of target molecule (to be separated out) is shown in yellow figure.}}

...coordinate their behavior via inter-cellular and inter-species signaling [[molecule]]s. ...oducing AI-2 is called called LuxS, which forms the common AH-2 precursor molecule '''4,5-dihydroxy-2,3-pentanedione (DPD)''' that undergoes a variety of spon

{{r|Van der Waals molecule}}

...tic showing the fold of the QDE-1 RNA interference polymerase. The dimeric molecule is shown with the polypeptide chains colored from blue at the N termini to ...world hypothesis seems implausible because, in today's world, large RNA [[molecule]]s are inherently fragile and can easily be broken down into their constitu

...n the solid state ordinarily exists as cyclic crown-shaped S₈ [[molecule]]s.

...s the [[energy]] of the [[electron]]s and [[Atomic nucleus|nuclei]] in a [[molecule]]. This [[Self-adjoint operator|Hermitian operator]] plays a central role The bricks of a molecule are its nuclei and the electrons are its mortar. Electrons have negative [

...nnot exist free-floating in cell solution. They transfer from one atom or molecule to the next by direct chemical interaction. Chemists define a 'free radical' as an atom, ion or molecule that has one or more unpaired electrons, whereas all its other electrons, i

LH is a [[glycoprotein]]. Each monomeric unit is a sugar-like [[protein]] molecule; two of these make the full, functional protein.

...ron transport chain]] (where respiration occurs). [[ATP]] is a high-energy molecule. See text for details]] ...excited electrons or taking one from an electron donor. In plants, a water molecule serves as the electron donor through a process called [[photolysis]], that

...ron transport chain]] (where respiration occurs). [[ATP]] is a high-energy molecule. See text for details]] ...excited electrons or taking one from an electron donor. In plants, a water molecule serves as the electron donor through a process called [[photolysis]], that