Regular vs Magnetic Agarose Beads: Key Differences and Best Uses
Have you ever wondered whether you should be using regular agarose beads or magnetic agarose beads for your protein purification or experiment? If so, this...
| Catalog ID: | P-400 |
|---|---|
| Storage/handling: | Store at 4°C. Do NOT freeze. |
Have you ever wondered whether you should be using regular agarose beads or magnetic agarose beads for your protein purification or experiment? If so, this...
mmunoprecipitation (IP) is a powerful and frequently used technique that utilizes antibodies to isolate a particular protein of interest out of a complex biochemical mixture...
When affinity purifying a protein, one of the first questions you’ll ask yourself is “how much resin do I need for my purification?” As we’ll...
If you’re using Protein A, Protein G, or Protein L agarose beads to purify antibodies, then a key step in this process is eluting the...
One of the key uses for Protein A, Protein G, and Protein L is to purify antibodies for experimental or therapeutic purposes. Agarose beads with...
Protein A is a bacterial protein from the cell wall of Staphylococus aureus that binds to the heavy chains of antibodies. This interaction is leveraged...
Antibodies are amazing! Antibodies from our immune cells help keep us healthy and mount a defense when we are infected. Scientists frequently use antibodies as...
Proteins are the verbs of the cellular world. They perform important functions and carry out actions within our cells required for life itself. Over the...
Purifying a target protein is an important step before investigating its structure and function. To purify a target protein from a mixture of substances, column...