Buffers & Concentrates

Highly sensitive ELISA assays require minimal non-specific interactions.  Non-specific binding results in elevated background levels and a decrease in signal-to-noise ratios.  Blocking reagents act to minimize non-specific interactions of secondary reactants with each other and with the primary solid phase binding sites. Rockland offers several options for antibody diluents in multiple buffer configurations that effectively block non-specific interactions and minimize background. Multiple formulations offer greater flexibility in experimental design.

Highly sensitive ELISA assays require minimal non-specific interactions.  Non-specific binding results in elevated background levels and a decrease in signal-to-noise ratios.  Blocking reagents act to minimize non-specific interactions of secondary reactants with each other and with the primary solid phase binding sites. Rockland offers several options for antibody diluents in multiple buffer configurations that effectively block non-specific interactions and minimize background. Multiple formulations offer greater flexibility in experimental design.

Highly sensitive ELISA assays require minimal non-specific interactions.  Non-specific binding results in elevated background levels and a decrease in signal-to-noise ratios.  Blocking reagents act to minimize non-specific interactions of secondary reactants with each other and with the primary solid phase binding sites. Rockland offers several options for antibody diluents in multiple buffer configurations that effectively block non-specific interactions and minimize background. Multiple formulations offer greater flexibility in experimental design.

Highly sensitive ELISA assays require minimal non-specific interactions.  Non-specific binding results in elevated background levels and a decrease in signal-to-noise ratios.  Blocking reagents act to minimize non-specific interactions of secondary reactants with each other and with the primary solid phase binding sites. Rockland offers several options for antibody diluents in multiple buffer configurations that effectively block non-specific interactions and minimize background. Multiple formulations offer greater flexibility in experimental design.

Highly sensitive ELISA assays require minimal non-specific interactions.  Non-specific binding results in elevated background levels and a decrease in signal-to-noise ratios.  Blocking reagents act to minimize non-specific interactions of secondary reactants with each other and with the primary solid phase binding sites. Rockland offers several options for antibody diluents in multiple buffer configurations that effectively block non-specific interactions and minimize background. Multiple formulations offer greater flexibility in experimental design.

Highly sensitive ELISA assays require minimal non-specific interactions.  Non-specific binding results in elevated background levels and a decrease in signal-to-noise ratios.  Blocking reagents act to minimize non-specific interactions of secondary reactants with each other and with the primary solid phase binding sites. Rockland offers several options for antibody diluents in multiple buffer configurations that effectively block non-specific interactions and minimize background. Multiple formulations offer greater flexibility in experimental design.

Histone deacetylases (HDACs) are typically found in multiprotein complexes and are tightly regulated by subcellular localization, phosphorylation, and likely by other mechanisms. HDAC assays allow the determination of deacetylase activity and provide accurate activity information that is reflective of endogenous regulation. HDAC Assay Buffer is typically employed with appropriate standards and controls.

Tris buffered saline is suitable for multiple applications including biological diluent buffer for antibodies or other biologics. Also may be used as a wash buffer for immunological assays including western blot, immunohistochemistry, immunofluorescence microscopy, and ELISA. Other applications may require detergents or other additional components.

Tris buffered saline is suitable for multiple applications including biological diluent buffer for antibodies or other biologics. Also may be used as a wash buffer for immunological assays including western blot, immunohistochemistry, immunofluorescence microscopy, and ELISA. Other applications may require detergents or other additional components.