97 Results for: "Immunogold Reagents, Electron Microscopy Sciences"

Supplier: Electron Microscopy Sciences

Prepared with subnanometer gold particles, these particles have far less influence on the adsorbed antibodies or detecting molecules, and consequently behave as though they are uncoupled. Steric hindrance is decreased compared to conventional.

Supplier: Electron Microscopy Sciences

Prepared with subnanometer gold particles, these particles have far less influence on the adsorbed antibodies or detecting molecules, and consequently behave as though they are uncoupled. Steric hindrance is decreased compared to conventional.

Supplier: Electron Microscopy Sciences

Prepared with subnanometer gold particles, these particles have far less influence on the adsorbed antibodies or detecting molecules, and consequently behave as though they are uncoupled. Steric hindrance is decreased compared to conventional.

Supplier: Electron Microscopy Sciences

Prepared with subnanometer gold particles, these particles have far less influence on the adsorbed antibodies or detecting molecules, and consequently behave as though they are uncoupled. Steric hindrance is decreased compared to conventional.

Supplier: Electron Microscopy Sciences

Prepared with subnanometer gold particles, these particles have far less influence on the adsorbed antibodies or detecting molecules, and consequently behave as though they are uncoupled. Steric hindrance is decreased compared to conventional.

Supplier: Electron Microscopy Sciences

Prepared with subnanometer gold particles, these particles have far less influence on the adsorbed antibodies or detecting molecules, and consequently behave as though they are uncoupled. Steric hindrance is decreased compared to conventional.

Supplier: Electron Microscopy Sciences

Aurion incubation solution additive AURION BSA-c™, unique incubation buffers additive with an unparalleled ability to effectively prevent charge-based background. BSA-c™ are prepared by acetylation of bovine serum albumin (BSA). Polycationic sites in the specimen interact readily with negatively charged acetylated BSA molecules. This significantly reduces the risk that such sites might bind negatively-charged immunoreagents and immunogold conjugates and thus reduces the risk of background.