Grinding rods(for 1.5 ml tubes)
In nucleic acid extraction experiments, the grinding of materials is a very important step. However, for the nucleic acid extraction of small samples, it is not suitable to use common bowl ceramic grinders or instruments, first, it has a large capacity and a high sample loss rate. Second, nucleic acids in many lysates (especially lysates containing high salts) will be adsorbed by ceramic grinders that are essentially silica, and the output of nucleic acids will be reduced. The grinding rod perfectly solves the defects of the above grinding methods.
Grinding rods(for 1.5 ml tubes)
In nucleic acid extraction experiments, the grinding of materials is a very important step. However, for the nucleic acid extraction of small samples, it is not suitable to use common bowl ceramic grinders or instruments, first, it has a large capacity and a high sample loss rate. Second, nucleic acids in many lysates (especially lysates containing high salts) will be adsorbed by ceramic grinders that are essentially silica, and the output of nucleic acids will be reduced. The grinding rod perfectly solves the defects of the above grinding methods.
Price list
Cat. No. | specification | Price |
D-050 | 50 pcs | contact us |
Introduction
In nucleic acid extraction experiments, the grinding of materials is a very important step. However, for the nucleic acid extraction of small samples, it is not suitable to use common bowl ceramic grinders or instruments, first, it has a large capacity and a high sample loss rate. Second, nucleic acids in many lysates (especially lysates containing high salts) will be adsorbed by ceramic grinders that are essentially silica, and the output of nucleic acids will be reduced. The grinding rod perfectly solves the defects of the above grinding methods.
Features
Polypropylene material (PP) is resistant to high temperature and high pressure, and low temperature resistance.
The head fits snugly to the bottom of the 1.5 ml tube for more efficient grinding.
No supporting instrument is required, and it can be operated directly manually.