The heat stabilization technology builds on the principle of thermal denaturation to ensure inactivation of proteins and enzymes, overcoming the drawbacks of conventional tissue sample preservation techniques, such as snap-freezing followed by inhibitors.
Heat stabilization overcomes the drawbacks of conventional tissue sample preservation techniques, such as snap-freezing followed by inhibitors. The heat stabilization technology builds on the principle of thermal denaturation to ensure inactivation of proteins and enzymes.
The heat stabilization technology builds on the principle of thermal denaturation to ensure inactivation of proteins and enzymes. Heat stabilization overcomes the drawbacks of conventional tissue sample preservation techniques, such as snap-freezing followed by inhibitors.
The heat stabilization technology builds on the principle of thermal denaturation to ensure inactivation of proteins and enzymes. Heat stabilization overcomes the drawbacks of conventional tissue sample preservation techniques, such as snap-freezing followed by inhibitors.