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Field of application:  High-performance PCR  Conventional PCR with high reproducibility  Development of PCR products for TA cloning  The second stage of RT-PCR

A table with a stone countertop and a stainless steel sheet located in the center with a perforation through which exhaust ventilation creates a constant flow of air carrying away sample particles

The video camera and servos of the electrode holders built into the tripod are designed to automatically maintain the interelectrode gap during the evaporation of the sample by computer analysis in real time of the image of the arc discharge, as well as the initial setting of this gap relative to the optical axis. The electrode holders are cooled with water using a closed-cycle cooling unit.

A machine for the preparation of graphite electrodes Crater-2. Two types of cutters can be installed simultaneously in the machine, for example, on a crater and a cone.

Field of application: - Real-time loop isothermal amplification with Using SYBR Green I intercalating dye - loop isothermal amplification with endpoint detection.

Fields of application:  High-performance PCR  Conventional PCR with high reproducibility  Development of PCR products for TA cloning  The second stage of RT-PCR

Field of application: genomic editing, CRISPR/Cas9 technology.

The flame spectrometer is designed for rapid determination of a wide range of concentrations (up to 8 orders of magnitude) of sodium, lithium, potassium, calcium, barium, caesium, rubidium in technological solutions. The excitation of atoms occurs in an air-acetylene flame. The device consists of a three-slit burner with flame control, a pneumatic sprayer, a spray chamber, an optical radiation input system into the "Hummingbird-2" spectrometer and an automatic air and acetylene supply system, with the possibility to control and adjust gas flow. The use of a three-slit burner provides increased flame temperature over the central slit of the burner due to the external flame layers. This makes it possible to determine low concentrations of calcium and barium. At the same time, it remains the possibility to determine impurities in highly concentrated solutions without clogging the burner slots. The lighting system of the spectrometer is mirror-lens, thanks to this, radiation collected from both sides of the burner is introduced into the polychromator.

Atomic Emission Complex "Grand Stream" is designed for rapid determination of the composition of powder samples of natural and industrial origin, includes a "Grand" spectrometer, a "Stream" installation and auxiliary equipment for sample preparation.