Examples of 'fluorochromes' in a sentence
Meaning of "fluorochromes"
Fluorochrome is a noun that refers to a fluorescent dye or a compound that is used to label or stain biological specimens for microscopic examination
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- plural of fluorochrome
How to use "fluorochromes" in a sentence
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fluorochromes
Mounting media is added to reduce quenching of fluorochromes.
The use of multiple fluorochromes simultaneously.
Isotype antibodies were included for all fluorochromes.
The amount and quality of fluorochromes is currently increasing.
Fluorochromes and stains may be referred to as fluorescent labels.
Secondary antibodies linked to fluorochromes can be obtained commercially.
Fluorochromes in the specimen are excited and emit photons.
Maternal cells are labeled with all four fluorochromes.
Other fluorochromes also may be used in this invention.
An evanescent field excites the fluorochromes in this area.
Fluorochromes can also be conjugated to the molecules of the invention.
Antibodies were directly conjugated to various fluorochromes depending on the experiment.
Fluorochromes are fluorescing markers of a high quantum and stokes efficiency.
Dyed nanoparticles are not regarded as fluorochromes in the present disclosure.
Fluorochromes can be used with a fluorescence activated cell sorter.
See also
Conjugation of fluorochromes to antibodies.
Fluorochromes may be used to label antibodies specific for a particular antigen.
The microsphere according to present invention includes one or more fluorochromes.
Greater resolution of fluorochromes can be achieved by correlating photodetector outputs.
They therefore have to be marked with fluorescing molecules called fluorochromes.
There is a wide choice of fluorochromes such as the derivatives of fluorescein or rhodamine.
Wherein at least one of said first or second fluorochromes is a cyanine dye.
Commonly available fluorochromes show extinction máxima in different wavelength regions.
Preferably at least one of said first or second fluorochromes is a cyanine dye.
The fluorochromes only have to vary in their excitation and emission wavelength.
Table of fluorochromes.
The linker should permit resonance energy transfer between the fluorochromes.
The donor and acceptor fluorochromes are conjugated to the oligonucleotide reactive groups.
In this way it is possible to simultaneously read two fluorochromes in the same microchip.
The donor and acceptor fluorochromes are conjugated directly to the antibody probes.
Filters are chosen based on the excitation and emission spectra of the fluorochromes used.
Fluorochromes are dyes that emit light at a specific wavelength when stimulated by ultraviolet radiation.
The energization spectrum of these fluorochromes is not compatible with the traditional sources.
Fluorochromes will only fluoresce if they are illuminated with light of the corresponding wavelength.
Dendrimers have also been conjugated to fluorochromes or molecular beacons and shown to enter cells.
Both fluorochromes administered to abraded tobacco leaves are transported via the phloem to the roots.
The microscopic elements are therefore marked by fluorochromes capable of emitting fluorescence light after excitation.
The fluorochromes should not interact chemically or form secondary bonds with each other.
The intensity of the emission signal for the nucleic acid specific fluorochromes varied.
Antibodies are directly conjugated to fluorochromes to positively or negatively select cells expressing these markers.
Fluorescent immunoassays useful in the methods of this invention involve the use of conventional fluorochromes.
The number of distinguishable fluorochromes can be increased by using more than one excitation wavelength.
The inset graph shows the emission spectra of cellular marker fluorochromes used in study.
Most fluorochromes emit also in surrounding inappropriate channels but this spillover can be mathematically corrected.
The four fluorescence components comprise four different fluorochromes each linked to a different monoclonal antibody.
The further fluorochromes must have absorption or emission spectra which permit energy transfer to occur.
Cell viability assays have also been developed based on the staining of cells with Fluorochromes.
Two fluorochromes are used to stain size fractionated DNA in an agarose gel.
DNA probes can be labeled with various fluorochromes which produce a unique color for each chromosomes.
With minor modifications encompassing coupling to 5 different fluorochromes.
