Characteristics and uses of electrophoresis gel plates

Features of electrophoresis gel plates include the following:
1. Good transparency: It has good transparency, no impurities, no turbidity, and does not affect the elongation of electrophoresis samples.
2. Well formed: the surface is flat, smooth, no unevenness, no scratches, no impurities, no bubbles, no cracks.
3. Temperature resistance to denaturation: It has good temperature resistance to denaturation and does not yellow or crack, which will affect the quality of electrophoresis samples.
4. Safety: non-toxic, odorless and non-radioactive.
5. Chemical corrosion resistance: It has good chemical corrosion resistance and is not affected by most chemical substances.
6. Biocompatibility: It has good biocompatibility and does not react with most chemicals.
7. Electrical conductivity: It has good electrical conductivity and is not affected by current.
8. Physical properties: It has good physical properties, is not fragile and is easy to store.

Electrophoresis gel plate is a support used for gel electrophoresis experiments. Gel electrophoresis is a technique used to separate and analyze biological macromolecules, including DNA, RNA, and proteins.
The structure of the gel plate usually includes:
1. Slats: used to support gels and samples.
2. Gel: used to separate samples. There are many types of gels to choose from, including polyacrylamide gels (PAGE), agarose gels, and starch gels.
3. Sample well: used to add samples to the gel plate.
4. Marking well: used to add markers to the sample.
5. Counting hole: used to count the separated samples.

Electrophoresis gel plates play a key role in gel electrophoresis experiments. They provide a stable and reliable support, making the experimental process more efficient and precise.