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

Supplier: Electron Microscopy Sciences

The Conventional Immunogold Reagents are the classical conjugates in immuno electron microscopy; they are a good choice when the antigen is abundant and the accessibility of the antigen is relatively good.

Supplier: Electron Microscopy Sciences

Complete kits with the following characteristics:

Supplier: Electron Microscopy Sciences

Secondary ImmunoGold conjugates are based on antibodies raised in Donkey. It is used for double labeling experiment in combination with, for instance a mouse primary antibody, since applicable secondary antibodies are either raised in rabbit or goat. Ultra small conjugates have far less influence on the adsorbed antibodies or detecting molecules, thus behave as though they are uncoupled. Used with R-Gent SE-LM and SE-EM silver enhancement reagents they are the best choice for any application.

Supplier: Electron Microscopy Sciences

Secondary ImmunoGold conjugates are based on antibodies raised in Donkey. It is used for double labeling experiment in combination with, for instance a mouse primary antibody, since applicable secondary antibodies are either raised in rabbit or goat. Ultra small conjugates have far less influence on the adsorbed antibodies or detecting molecules, thus behave as though they are uncoupled. Used with R-Gent SE-LM and SE-EM silver enhancement reagents they are the best choice for any application.

Supplier: Electron Microscopy Sciences

Secondary ImmunoGold conjugates are based on antibodies raised in Donkey. It is used for double labeling experiment in combination with, for instance a mouse primary antibody, since applicable secondary antibodies are either raised in rabbit or goat. Ultra small conjugates have far less influence on the adsorbed antibodies or detecting molecules, thus behave as though they are uncoupled. Used with R-Gent SE-LM and SE-EM silver enhancement reagents they are the best choice for any application.

Supplier: Electron Microscopy Sciences

Secondary ImmunoGold conjugates are based on antibodies raised in Donkey. It is used for double labeling experiment in combination with, for instance a mouse primary antibody, since applicable secondary antibodies are either raised in rabbit or goat. Ultra small conjugates have far less influence on the adsorbed antibodies or detecting molecules, thus behave as though they are uncoupled. Used with R-Gent SE-LM and SE-EM silver enhancement reagents they are the best choice for any application.

Supplier: Electron Microscopy Sciences

Secondary ImmunoGold conjugates are based on antibodies raised in Donkey. It is used for double labeling experiment in combination with, for instance a mouse primary antibody, since applicable secondary antibodies are either raised in rabbit or goat. Ultra small conjugates have far less influence on the adsorbed antibodies or detecting molecules, thus behave as though they are uncoupled. Used with R-Gent SE-LM and SE-EM silver enhancement reagents they are the best choice for any application.

Supplier: Electron Microscopy Sciences

Secondary ImmunoGold conjugates are based on antibodies raised in Donkey. It is used for double labeling experiment in combination with, for instance a mouse primary antibody, since applicable secondary antibodies are either raised in rabbit or goat. Ultra small conjugates have far less influence on the adsorbed antibodies or detecting molecules, thus behave as though they are uncoupled. Used with R-Gent SE-LM and SE-EM silver enhancement reagents they are the best choice for any application.

Supplier: Electron Microscopy Sciences

Secondary ImmunoGold conjugates are based on antibodies raised in Donkey. It is used for double labeling experiment in combination with, for instance a mouse primary antibody, since applicable secondary antibodies are either raised in rabbit or goat. Ultra small conjugates have far less influence on the adsorbed antibodies or detecting molecules, thus behave as though they are uncoupled. Used with R-Gent SE-LM and SE-EM silver enhancement reagents they are the best choice for any application.

Supplier: Electron Microscopy Sciences

Secondary ImmunoGold conjugates are based on antibodies raised in Donkey. It is used for double labeling experiment in combination with, for instance a mouse primary antibody, since applicable secondary antibodies are either raised in rabbit or goat. Ultra small conjugates have far less influence on the adsorbed antibodies or detecting molecules, thus behave as though they are uncoupled. Used with R-Gent SE-LM and SE-EM silver enhancement reagents they are the best choice for any application.

Supplier: Electron Microscopy Sciences

Secondary ImmunoGold conjugates are based on antibodies raised in Donkey. It is used for double labeling experiment in combination with, for instance a mouse primary antibody, since applicable secondary antibodies are either raised in rabbit or goat. Ultra small conjugates have far less influence on the adsorbed antibodies or detecting molecules, thus behave as though they are uncoupled. Used with R-Gent SE-LM and SE-EM silver enhancement reagents they are the best choice for any application.

Supplier: Electron Microscopy Sciences

Secondary ImmunoGold conjugates are based on antibodies raised in Donkey. It is used for double labeling experiment in combination with, for instance a mouse primary antibody, since applicable secondary antibodies are either raised in rabbit or goat. Ultra small conjugates have far less influence on the adsorbed antibodies or detecting molecules, thus behave as though they are uncoupled. Used with R-Gent SE-LM and SE-EM silver enhancement reagents they are the best choice for any application.

Supplier: Electron Microscopy Sciences

AURION R-Gent SE-EM are high efficiency silver enhancement reagents for electron microscopy. These intensify the gold particles by homogeneous deposition of metallic silver on the particle surface. The resulting electron dense signal is easily detected and is compatible with heavy metal counterstaining.

Supplier: Electron Microscopy Sciences

This protein G provides maximum resolution in two-step labeling.

Supplier: Electron Microscopy Sciences

This protein A provides maximum resolution in two-step labeling.

Supplier: Electron Microscopy Sciences

Normal sera are used to counteract the non-specific interaction between the sample and immunoglobulins. They can be added to the blocking solution and the incubation media.

Supplier: Electron Microscopy Sciences

Solutions of high quality unconjugated gold particles.

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

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

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.