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Infromación Gnral Reactivos |
Cell Technology fue fundada en 1998 para proporcionar soluciones para la investigación académica, biotecnológica y farmacéutica. Su objetivo es desarrollar ensayos únicos que permiten a los investigadores estudiar las funciones celulares utilizando reactivos que penetran la membrana celular. Este proceso permite la detección in situ de eventos c...
Cell Technology fue fundada en 1998 para proporcionar soluciones para la investigación académica, biotecnológica y farmacéutica. Su objetivo es desarrollar ensayos únicos que permiten a los investigadores estudiar las funciones celulares utilizando reactivos que penetran la membrana celular. Este proceso permite la detección in situ de eventos celulares o de tejidos específicos, asegurando el mantenimiento de la morfología y de la arquitectura. Su primer lanzamiento fue una línea de productos que detectan células apoptóticas mediante la medición de las caspasas activas y la pérdida de potencial de membrana mitocondrial. Se ha ampliado su catálogo con productos altamente específicos de detección de caspasa, así como para la detección de los productos de la catepsina y productos ELISA. Se seguirá ampliando con productos con el compromiso de desarrollar reactivos únicos, de alta tecnología.
Two cell-permeable dyes hydroxyphenyl fluorescein (HPF) and aminophenyl fluorescein (APF) detect hypochlorite production in cells. Hypochlorite production is observed by increased fluorescence of APF loaded cells with no increase in HPF loaded cells.
This kit is highly specific for active human and murine. The kit utilizes a rabbit affinity-purified polyclonal antibody against aa 163-175 of murine caspase 3. Visualization of fixed samples is via a PE-labeled Goat anti-Rabbit antibody.
This kit utilizes a cell permeable two-color stain to simultaneously detect caspase activity and mitochondrial membrane potential (MMP) in cells. Active caspases are detected with the poly caspase probe FAM-VAD-FMK and MMP with a cationic dye.
The kit uses a novel probe (NP3) with excellent sensitivity and specificity to detect peroxynitrite in live cells and animals. The probe readily passes the blood-brain-barrier for neurological assessment.
A bioluminescence, non-radioactive cytotoxicity assay designed to quantitatively measure the release of glyceraldehyde-3-phosphate dehydrogenase (GAPDH) from mammalian cell lines or bacterial cells.
A homogenous fluorescent assay that utilizes the quenched (z-DEVD)2-R110 peptide substrate for caspase 3/7 detection. The assay can be used for high throughput screening
The kit uses a fluorescent readout to specifically detect NAD/NADH, with no reactivity with NADP/NADPH. It is suitable for use with cells and tissue from a range of sources such as animals, plants, bacteria and fungi.
This kit utilizes a cell permeable two-color stain to simultaneously detect caspase activity and mitochondrial membrane potential (MMP) in cells. Active caspase-1 is detected with the caspase probe FAM-YVAD-FMK and MMP with a cationic dye.
An oxidation/reduction-based reagent quantitatively measures the reducing power of living cells. The cell-permeable reagent is blue in color, but non-fluorescent. When reduced by viable cells, it fluoresces red. Read in a fluorescent plate reader.
ICT’s Fluoro ATP assay provides a reliable, sensitive fluorimetric assay for the quantification of ATP in biological samples., Detection of ATP in cells or tissue extracts., Detection of ATP in cell death, energy metabolism, mitochondria function., ATP measurement in ATP consuming enzymes such as Kinases and ATPases., ATP detection in Bacterial, Fungal...
A bioluminescence, non-radioactive cytotoxicity assay designed to quantitatively measure the release of glyceraldehyde-3-phosphate dehydrogenase (GAPDH) from mammalian cell lines or bacterial cells.
This kit provides a reliable, sensitive fluorometric assay for quantifying sarcosine in biological samples. A non-fluorescent detection reagent, is reduced via an enzyme-coupled reaction in the presence of sarcosine to yield a fluorescent product.