Repulsion
The term introduced by Punnett and Bateson (1908) for the condition (phase) of a heterozygote for two linked character-differences in which the two dominant factors were derived one from each parent of the individual, ...
repulsion between negative charges of phospholipid fatty acids; hydrogen bonds and van der Waals contacts
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van der Waals contacts between phospholipid charged groups; hydrophobic forces, hydrogen bonding and electrostatic attractions ...
The term which Benzer (1957) introduced, derived from cis and trans, for the functional unit of the hereditary material defined by the phenotype of the trans (repulsion)heterokaryon or heterozygote for two recessive mutations: if this phenotype is ...
[28] More than simple attraction and repulsion, the energies and distributions characterize the availability of an electron to bond to another atom. These potentials create the interactions which holds together atoms in molecules or crystals.
The tertiary structure is controlled by bonding (or in some cases repulsion) between R-groups. Tertiary structure of an HIV protein and its similarity to gamma interferon are shown in Figure 22.
An electrode under each patch permits selective attraction and repulsion of interrogating sequences as well as transfer of test DNA strands. The matrix is an electronic device like a computer chip capable of interacting with DNA.
The mutual repulsion of these negatively-charged droplets keeps them from coalescing.
Balanced lethal: Lethal mutations in different genes on the same pair of chromosomes that remain in repulsion because of close linkage or crossover suppression.
essential oils Highly volatile and aromatic oils formed in glands or special cells by some plants; probably involved in pollinator attraction or repulsion of herbivores; used in perfumes, soaps, medicine, and food.
If there is enough energy available, this repulsion is overcome and the molecules get close enough for attractions between the molecules to cause a rearrangement of bonds.
any two atoms show a weak bonding interaction due to their fluctuating electrical charges. However, two atoms will very strongly repel each other if they are brought too close together. This latter phenomena is known as van der Waals repulsions.
 See also: Trans, Molecule, Organ, Action, Sequence
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