Tissue/Slide Preparation

Boster’s casein-based TBS blocking reagent is a highly purified casein-based reagent. It provides superior blocking compared to both dried milk and BSA. Unlike other casein-based blocking reagents, this reagent is essentially biotin-free. This reagent is tested in assays using Tropix substrates and alkaline phosphatase conjugates, and is useful as a blocking reagent in membrane-based and immunoassay applications. Learn More

Boster’s casein-based PBS blocking reagent is a highly purified casein-based reagent. It provides superior blocking compared to both dried milk and BSA. Unlike other casein-based blocking reagents, this reagent is essentially biotin-free. This reagent is tested in assays using Tropix substrates and alkaline phosphatase conjugates, and is useful as a blocking reagent in membrane-based and immunoassay applications. Learn More

Boster’s IP Lysis Buffer is a mammalian whole cell lysis buffer based on a modified RIPA buffer formulation without SDS. Learn More

Boster’s Antifade Mounting Medium is a glycerol-based liquid mountant applied directly to fluorescently labeled cells or tissue samples on microscope slides. Learn More

Boster’s Aqueous Mounting Medium is used to immobilize coverslip over section tissues in immunocytochemical staining. Learn More

Boster’s Antibody Diluent is ready-to-use diluent with TBS, BSA and 0.02% sodium azide as preservatives. Learn More

Normal rabbit serum(blocking), IHC Related Reagent Learn More

Boster’s IHC Enzyme Antigen Retrieval Reagent is a ready to use proteolytic enzyme solution intended to be used as a pretreatment reagent in IHC. Learn More

Boster’s Citrate Buffer Pack is an IHC antigen retrieval reagent used in heat induced epitope retrieval (HIER) for recovery of antigens masked by cross-linking during fixation. Learn More

Boster’s 3% Hydrogen Peroxide (H2O2) Solution is used to inactivate endogenous peroxidase found in some cell and tissue types that may react with the substrate creating higher levels of background noise. Learn More