conformation(redirected from mitochondrial conformation)
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The spatial arrangement of a molecule achieved by rotation of groups about single covalent bonds, without breaking any covalent bonds; the latter restriction differentiates conformation from configuration (as in anomers and related stereoisomers) where a bond or bonds must be broken in going from one form (configuration) to another. Conformation is one of the most important aspects of sugar chemistry and is basic to an understanding of the chemical properties of sugars. Compare: configuration.
The spatial arrangement of a molecule achieved by rotation of groups about single covalent bonds, without breaking any covalent bonds.
The form or shape of a part, body, material, or molecule.
symmetry, size and shape of the various body regions relative to each other or the general appearance of the animal in terms of satisfying the observer's appreciation of what is a desirable appearance. Most breed societies issue lists of desirable and undesirable points of conformation. Most of them are desirable. Some are not and react adversely on the animals' well-being. Desirable conformation may also be indicated by diagrams or photographs.
Also may refer to the spatial arrangement of atoms in a molecule.
mitochondria may be in an abnormal state of condensed conformation, detected by comparison with mitochondria of orthodox status; orthodox conformation is linked to inactive oxidase phosphorylation, condensed to active phosphorylation.