Electrophoresis Applicator Sample Well Plate
Item Name Code (INC) 47608
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An item, which is placed in the aligning base, designed for use in conjunction with the applicator when applying samples to cellulose acetate.
Additional Information for Electrophoresis Applicator Sample Well Plate
Electrophoresis Applicator Sample Well Plates are a type of laboratory equipment used in the field of electrophoresis. They are specifically designed to hold samples during the electrophoresis process.
These plates typically have a rectangular shape with multiple wells or slots where the samples can be loaded. The number of wells can vary depending on the specific plate, ranging from a few to several dozen.
The wells are usually evenly spaced and have a uniform size to ensure consistent sample loading. They are also designed to securely hold the samples in place during the electrophoresis run, preventing any leakage or cross-contamination.
Electrophoresis Applicator Sample Well Plates are commonly made of materials such as polypropylene or polycarbonate, which are chemically resistant and can withstand the harsh conditions of electrophoresis, including exposure to various buffers and electric fields.
These plates are an essential component of the electrophoresis process, allowing researchers to separate and analyze DNA, RNA, proteins, or other biomolecules based on their size, charge, or other physical properties.
In summary, Electrophoresis Applicator Sample Well Plates are laboratory equipment used in electrophoresis experiments to hold and separate samples. They are designed to be durable, chemically resistant, and provide a secure and consistent sample loading platform.
Related Item Names for INC 47608 Electrophoresis Applicator Sample Well Plate
NATO Stock Numbers with Item Name 47608 Electrophoresis Applicator Sample Well Plate Page 1 of 1
- 011428213
- 4095
- RNCC: 3 | RNVC: 2
- 011428212
- 4085
- RNCC: 3 | RNVC: 2
- 015543641
- 353072
- RNCC: 3 | RNVC: 9
- 353072
- RNCC: 5 | RNVC: 2
- 410009731
- 9.253412
- RNCC: 3 | RNVC: 2
