kıvılyürüm

listen to the pronunciation of kıvılyürüm
Türkisch - Englisch
(Denizbilim) electrophoresis
the migration of electrically charged molecules through a medium under the influence of an electric field
a method for the separation and analysis of large molecules (such as proteins) by migrating a colloidal solution of them through a gel; gel electrophoresis
the migration of colloidal particles in an electric field by virtue of their charge
The movement of colloidal particles produced by the application of an electric potential
A technique usually used to separate proteins or nucleic acids on the basis of their relative electrical charges Generally, mixtures of protein or nucleic acid are applied to a porous support matrix, such as a gel, through which an electric field is applied Components can be identified since they migrate in the electric field at different rates
A technique for separating the components of a mixture of charged molecules (proteins, DNAs, or RNAs) in an electric field within a gel or other support The movement of electrically charged molecules in an electric field often resulting in their separation
A technique in which molecules are separated by their rate of movement in an electric field; in the case of DNA the fragments are separated by size
A technique for separation of ions by rate and direction of migration in an electric field
The drawing of a mixture of proteins through a fine gel by an electric current This separates the proteins so that they can be identified
The process of separating charged molecules through a gel matrix by the application of an electric field The gel matrix has a sieving effect which allows molecules to be separated on the basis of size, while the electric field separates molecules on the basis of charge
A procedure by means of which the members of a heterogenous population of charged particles can be separated by virtue of their dissimilar migration characteristics in an electric field (16)
A process used to separate macromolecules; it relies on the differential migration of these molecules in an electric field based on their molecular weight and/or charge
Movement of electrically charged particles in a fluid under the influence of an electric field. The particles migrate toward the electrode of the opposite electric charge, often on a gel-coated slab or plate, sometimes in a fluid flowing down a paper. Originated about 1930 by Arne Tiselius (1902-1971) as a technique for analysis, electrophoresis is used to analyze and separate colloids (e.g., proteins) or deposit coatings
A technique used to evaluate genetic components based on their migration in an electric field The technique separates alleles into different regions so they can be differentiated Electrophoresis is commonly used to evaluate red cell enzymes, serum proteins and DNA
A technique used to separate chemical substances according to the electrical charge on their molecules which migrate in response to the application of an electric field
The movement of charged particles suspended in a liquid under the influence of an applied electric field
The motion of colloidal particles in an electric field [IUPAC Compendium]
The separation in an electrical field of the macromolecular constituents in a mixture (proteins, nucleic acids)
Electrophoresis is the technique of separating electrically charged particles, particularly proteins, in a solution by passing an electric current through the solution The rate of movement of the different components depends upon their charge, so that they gradually separate into bands Electrophoresis is widely used in the analysis of body chemicals, such as the analysis of the different proteins in blood serum
kıvılyürüm
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