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En esta página puede obtener un análisis detallado de una palabra o frase, producido utilizando la mejor tecnología de inteligencia artificial hasta la fecha:
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radial immunodiffusion - traducción al ruso
IMMUNOLOGICAL METHOD
Single-radial-immunodiffusion; SRD assay; SRID assay; Mancini immunodiffusion
![ordinate (Y-axis)]] contains the squares of the precipitin ring diameters, and each plot is a measurement time. The entirely curved purple plot (bottom) appears when all rings are expanding. The entirely straight red plot (top) appears when all rings have reached their endpoints and have stopped expanding. Intermediate plots are partially straight and partially curved (see <ref>[https://web.archive.org/web/20170808075613/http://clinchem.aaccjnls.org/content/clinchem/20/1/61.full.pdf Berne (1974)], p. 65, Fig. 4; p. 66, text: "In Figure 4, the squares of diameters are plotted as a linear ordinate and the concentrations as a linear abscissa ..... here, linearity appears in progressively larger portions of the curve, corresponding to cessation of growth. The plot is linear over the entire range at equivalence; ...."</ref> and <ref>[https://archive.org/details/essentialsofimmu0000stan/page/174/mode/1up Stanley (2002), p. 174, Fig. 12-6.]</ref>).](https://commons.wikimedia.org/wiki/Special:FilePath/Absolute myocardial blood flow.png?width=200 "ordinate (Y-axis)]] contains the squares of the precipitin ring diameters, and each plot is a measurement time. The entirely curved purple plot (bottom) appears when all rings are expanding. The entirely straight red plot (top) appears when all rings have reached their endpoints and have stopped expanding. Intermediate plots are partially straight and partially curved (see <ref>[https://web.archive.org/web/20170808075613/http://clinchem.aaccjnls.org/content/clinchem/20/1/61.full.pdf Berne (1974)], p. 65, Fig. 4; p. 66, text: \"In Figure 4, the squares of diameters are plotted as a linear ordinate and the concentrations as a linear abscissa ..... here, linearity appears in progressively larger portions of the curve, corresponding to cessation of growth. The plot is linear over the entire range at equivalence; ....\"</ref> and <ref>[https://archive.org/details/essentialsofimmu0000stan/page/174/mode/1up Stanley (2002), p. 174, Fig. 12-6.]</ref>).")
![Straight line on a best-fit semi-logarithmic plot. RID often produces a similar plot while all precipitin circles are expanding, as in the kinetic method (see <ref>[https://web.archive.org/web/20170808075613/http://clinchem.aaccjnls.org/content/clinchem/20/1/61.full.pdf Berne (1974)], p. 63, Fig. 2; p. 63, text: "In Figure 2, the concentration is plotted as a logarithmic ordinate and the mean diameter as a linear abscissa .... at first the plot is linear,".</ref> and <ref>[http://www.medschool.lsuhsc.edu/microbiology/DMIP/dmex03.htm LSUMC/MIP Dental Microbiology Lab (2002)]:<br /> "6. Determine the concentration of the unknown test serum by drawing a Standard Curve - plotting the known concentrations of the reference sera versus their diffusion diameters on 2-cycle semi-log paper (see example).<br />7. The plot of the reference sera data should give a STRAIGHT LINE, and the concentration of the IgG in the test serum can be accurately determined."</ref>).](https://commons.wikimedia.org/wiki/Special:FilePath/Cavity numbers increase exponentially with sugar consumption.jpg?width=200 "Straight line on a best-fit semi-logarithmic plot. RID often produces a similar plot while all precipitin circles are expanding, as in the kinetic method (see <ref>[https://web.archive.org/web/20170808075613/http://clinchem.aaccjnls.org/content/clinchem/20/1/61.full.pdf Berne (1974)], p. 63, Fig. 2; p. 63, text: \"In Figure 2, the concentration is plotted as a logarithmic ordinate and the mean diameter as a linear abscissa .... at first the plot is linear,\".</ref> and <ref>[http://www.medschool.lsuhsc.edu/microbiology/DMIP/dmex03.htm LSUMC/MIP Dental Microbiology Lab (2002)]:<br /> \"6. Determine the concentration of the unknown test serum by drawing a Standard Curve - plotting the known concentrations of the reference sera versus their diffusion diameters on 2-cycle semi-log paper (see example).<br />7. The plot of the reference sera data should give a STRAIGHT LINE, and the concentration of the IgG in the test serum can be accurately determined.\"</ref>).")
radial immunodiffusion
общая лексика
радиальная иммунодиффузия
метод Манчини
radial velocity
.jpg?width=200 "The radial velocity method to detect exoplanets")
COMPONENT OF THE VELOCITY IN RADIAL DIRECTION
Radial Velocity; Radial velocities; Radial speed; Wikipedia talk:Articles for creation/Radial speed; Line-of-sight velocity; Range rate; Radial-velocity curve
общая лексика
лучевая скорость
radial velocity
COMPONENT OF THE VELOCITY IN RADIAL DIRECTION
Radial Velocity; Radial velocities; Radial speed; Wikipedia talk:Articles for creation/Radial speed; Line-of-sight velocity; Range rate; Radial-velocity curve
[физ.] радиальная скорость
Definición
Радиальная скорость
(от лат. radius - луч)
в астрономии, проекция скорости небесного светила в пространстве на линию, соединяющую его с наблюдателем, т. е. на луч зрения. См. Лучевая скорость.
Wikipedia
Radial immunodiffusion
Radial immunodiffusion (RID), Mancini immunodiffusion or single radial immunodiffusion assay, is an immunodiffusion technique used in immunology to determine the quantity or concentration of an antigen in a sample.
