The LAWSON DHTISSU-24D animal tissue grinder is a special, fast, efficient, and multi tube consistent system. It can extract and purify raw DNA, RNA, and proteins from any source, including soil, plant and animal tissues/organs, bacteria, yeast, fungi, spores, paleontological specimens, etc.

Compared with other existing sample preparation methods, the DHTISSIE-24D animal tissue grinder has the advantages of wide versatility, high efficiency, and flexibility. This system avoids many disadvantages such as laborious, time-consuming, and inefficient traditional methods such as grinding, homogenization, and ultrasonic treatment, and can efficiently, quickly, and stably lyse and purify nucleic acids and proteins of various types of samples.

Grindable samples:

The DHTISSUE-24D animal tissue grinder adopts a special vertical up and down integrated vibration mode, which uses high-frequency reciprocating vibration, impact, and shear of grinding beads (zirconia, steel beads, glass beads, ceramic beads). Quickly achieve the goal. Make the ground samples more complete, uniform, with better sample repeatability and no cross contamination between samples.

Precautions before use:

1. The matching LW reagent kit can be used to quickly, efficiently, stably, and batch extract DNA/RNA proteins from samples.

2.1Hz=30 revolutions per second/1Hz=100RPM

3．. Conventional adapters can be placed in the refrigerator to provide a cold environment for samples during operation. An adapter with refrigeration can be provided, which can be soaked in liquid nitrogen for more than thirty minutes.

The noise emission value for the working environment depends on the type of sample and the setting of the grinder. The parameters in the table are in an unloaded state.

5．. Small amounts of samples typically used for DNA and RNA separation can be prepared in disposable centrifuge tubes An adapter made of polytetrafluoroethylene material can be used to accommodate 5 or 10 disposable sample tubes for cell lysis In the multi sample tissue grinder, cell tissue is rapidly and effectively fragmented in a very short period of time, thus eliminating the need for additional low-temperature refrigeration.