vital red

(redirected from brilliant vital red)

vi·tal red

(vī'tăl red), [C.I. 23570]
Trisodium salt of a sulfonated diazo dye (a ditolyl group diazotized to sulfonated aminonaphthalene residues), used as a vital stain.
Synonym(s): brilliant vital red

vi·tal red

(vī'tăl red)
[C.I. 23570] Trisodium salt of a sulfonated diazo dye, used as a vital stain.

vital red

A stain used in preparing tissues for microscopic examination.
See also: red

vital

pertaining to life; necessary to life.

vital capacity
the greatest volume of gas that, following maximum inspiration, can be expelled during a complete, slow, unforced expiratory maneuver; equal to inspiratory capacity plus expiratory reserve volume. This is a commonly made and practicable measurement in humans but is not so in animals.
vital red
dye injected into the circulation to estimate blood volume by calculating the concentration of the dye in the plasma.
vital signs
the signs of life, namely pulse, respiration and temperature.
vital statistics
that branch of biometry dealing with the data and laws of animal mortality, morbidity, natality and demography.
vital statistic rate
vital statistics presented as a proportion of a population, e.g. fetal deaths as a percentage of total births. Includes case fatality rate, nonreturn rate at 60 days.
References in periodicals archive ?
In the present study, urea modified rice husk has been used for removing Brilliant Vital Red and Murexide form water in an efficient way.
Keywords: Adsorption, Brilliant Vital Red, Murexide, rice husk, Urea Modification, Isotherms.
It is already reported as an efficient adsorbent for removing textile dyes such as Malachite Green, Congo red, Methylene Blue, Murexide, Brilliant Vital Red and Acid Yellow 36 in raw form [11-17].
The chemical structure of Brilliant Vital Red and Murexide dyes are given in Figs.
Different factors were studied in order to check its optimized conditions which show more favorable adsorption of Murexide (M) and Brilliant Vital Red (B.
Adsorbent dose variation effect on the adsorption of Murexide (M) and Brilliant Vital Red (B.
It is showing that maximum adsorption of Murexide (M) and Brilliant Vital Red (B.
The results of pH factor effect on adsorption of Murexide (M) and Brilliant Vital Red (B.
Table-2: Isothermal parameters for adsorption of Brilliant Vital Red and Murexide dyes on urea modified rice husk.
Table-2 is showing Langmuir isothermal parameters for adsorption of Murexide and Brilliant Vital Red dyes by urea modified rice husk.
Second Langmuir parameter 'b' is used for determining separation factor 'R L ' and thermodynamic parameter '(delta)G o ' for adsorption of Murexide and Brilliant Vital Red dyes by urea modified rice husk and given in Table-3.
Its value for adsorption of Murexide and Brilliant Vital Red dyes by urea modified rice husk is -14.