Examples of 'phosphorimager' in a sentence
Meaning of "phosphorimager"
Phosphorimager is a device used in molecular biology to detect radioactive isotopes in samples
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- phosphoimager
How to use "phosphorimager" in a sentence
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phosphorimager
Radioactive bands were detected using a phosphorimager system.
A Phosphorimager was used for quantification of the results.
Signal was visualized and quantitated by phosphorimager.
The microarrays were imaged using a phosphorimager and individual spots quantified.
The amount of extension products were quantitated by phosphorimager.
Quantitation was by PhosphorImager analysis.
Hybridizing bands were visualized and quantitated using a phosphorimager.
The results were quantitated by PhosphorImager and corrected for GAPDH.
The intensity of bands was determined with a phosphorimager.
Alternatively, phosphorimager detection methods may be used.
The labeled bands were visualized using a phosphorimager.
Hybridization signals were quantitated using a phosphorimager ( Molecular Dynamics ) and the ImageQuant software.
Radioactivity was quantified by exposing the dried membranes to a phosphorimager.
Membranes were exposed to phosphorimager screens and images were digitalized by using a STORM phospho-imager.
Washed blots were then analyzed using PhosphorImager.
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Sections were exposed for three days to phosphorimager screens to visualize ERBB2 mRNA expression.
The results are quantified by using a PhosphorImager.
Microarrays were then exposed to a phosphorimager plate ( Fuji, Japan ) overnight prior to scanning.
Incorporation was quantified with a phosphorimager.
The washed filter was exposed to a PhosphorImager plate ( Molecular Dynamics ) for 3 days prior to visualisation.
The density of immobilized probe was determined with the phosphorimager.
The gel was dried and scanned by phosphorimager ( Molecular Dynamics ).
We quantitated the intensities of the bands on the gel using a phosphorimager.
The results were quantitated by using a Storm PhosphorImager ( Molecular Dynamics ) and shown in Figure 12.
The collagen was extracted by ethanol precipitation and quantified following phosphorimager exposure.
Activity was quantified by phosphorimager ( Molecular Dynamics ) analysis of TLC-separated lipid products . HPLC analysis.
Radioactive bands were quantitated by phosphorimager analysis.
Protected probe was quantified by denaturing gel electrophoresis followed by analysis on a Molecular Dynamics PhosphorImager.
The fraction bound at time t was determined by phosphorimager analysis of the gels.
RNA expression was quantitated by scanning the hybridized nitrocellulose membranes with a Magnetic Dynamics phosphorimager.
The intensities of the hybridizing bands were measured in a phosphorimager and corrected for background levels.
All quantification of phosphorylation activity by this gel-shift assay was performed with a phosphorimager.
Radiolabeled proteins were detected using a phosphorimager analyzer and / or on film.
Radioactive signals were detected by exposure to X-ray film and by image analysis with a PhosphorImager.
Radioactive bands were quantitated by phosphorimager analysis ( BioRad ).
The bound antibody was detected using the ECL-Plus kit ( Amersham ) and a Molecular Dynamics Storm 860 phosphorimager.
The gel is then dried and scanned using a PhosphorImager ( Molecular Dynamics ).
Kinase activities were quantified with a Molecular Dynamics PhosphorImager.
Blots were imaged and analyzed with the PhosphorImager ( Molecular Dynamics, Piscataway, NJ ).
The amount of material immobilized was quantitated using a Fuji Phosphorimager.
The rate phosphorylation of the substrate proteins was quantitated by PhosphorImager ( Molecular Dynamics Inc. ) analysis.
The chromatogram was then exposed to X ray film, or visualized using a phosphorimager.
The relative intensity of the bands was measured using a Phosphorimager ( Molecular Dynamics ).
The results were visualized by scanning the gel with the GE Healthcare Typhoon 8000 PhosphorImager.
The image of the blot was developed on a Phosphorimager ( Molecular Dynamics ).
The plates were dried, exposed overnight, scanned and quantitated on a FUJI FLA2000 phosphorimager.
Translation products were separated by SDS-PAGE followed by autoradiography or PhosphorImager ( Molecular Dynamics ) analysis.
The bands were quantified on a Molecular Dynamics Phosphorimager.
Blots were analyzed by autoradiography or scanned on a Phosphorimager 445 SI ( Molecular Dynamics ).
Precipitates were separated by 8 % SDS-PAGE and visualized on a phosphorimager.
