Under electron microscopy, further signal enhancement is often required for ultra small gold immunological detection, which is achieved through the use of a silver enhancement kit specifically designed for electron microscopy applications(AURION R-Gent SE-EM Ki).AURION R-Gent SE-EMThe purpose of the reagent kit is to establish an efficient and uniform silver reinforcement system, at least targetingDanscherIn terms of silver enhancement under light microscopy, this system exhibits lower acidity, lower photosensitivity, and lower viscosity (facilitating pre embedding of immunogold labeling).

The catalytic function of gold particles was demonstrated in the experiment, reducing silver ions to deposit silver atoms, which can be well imaged under electron microscopy. The reagent contains a "protective colloid" that can restrict the diffusion of reagents on the surface of gold particles, providing a method to suppress the infinite increase of particles.

AurioncompanyR-Gent SE-EMIt is an efficient silver strengthening reagent applied under electron microscopy, which strengthens gold particles and uniformly distributes metallic silver on the surface of gold particles. Compared with other heavy metal dyes, electron density signals are easily obtained. Reagents have excellent delayed self nucleation function, are insensitive to light, and can be operated in ordinary laboratories without avoiding light. The viscosity of the reagent is very low and the flowability is good, which is particularly advantageous for pre embedding in electron microscopy. Strengthening the mixture of reagentsePHprice801-8.2.

AurionThe series of products developed by the company areUltra-SmallThe sensitivity of colloidal gold reagent detection has epoch-making significance.30mlThe set roughly corresponds to1000An electron microscopegridSample.

Contents of Silver Enhancement Kit:

l 30 ml or 90 ml of ready-to-use ENHANCER

l 3 ml of concentrated INITIATOR

l 30 ml of ACTIVATOR.

l 3 ml empty dropping bottle, labeled “DEVELOPER”

characteristic:

l No photosensitivity

l low viscosity

l Time controllable particle generation

l Extremely high repeatability

l Low nucleation phenomenon

Ordering information: