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Why Did My Nickel Agarose Beads Lose Their Color?
Nickel agarose beads have a beautiful blue color. This blue color isn’t just for aesthetics; it is also a useful tracker of your purification or...
Product Specifications
| Catalog ID: | R-203 |
|---|---|
| Storage/handling: | Store at 4°C. Do NOT freeze. |
| UN number: | NA-1993 |
| group number: | III |
Technical Documentation
P
Protocol
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Other
C
Certificate of Analysis
S
Safety Data Sheet
CITATIONS
Featured Articles
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Why Are Nickel Agarose Beads Blue?
Many experimental procedures in science have no way to monitor in real time how the procedure is going. Think about it, we’re usually pipetting colorless...
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What’s the Difference Between Nickel NTA and Nickel IDA Agarose Beads?
There are a lot of options when choosing nickel agarose beads for purifying your his-tagged proteins. So, the decision on which beads to use can...
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Conjugating Ligands to Agarose Beads for Affinity Purification
Affinity purification is a frequently used technique for purifying proteins. During affinity purification, affinity tags or intrinsic properties of the proteins are used to bind...
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How Agarose Beads are Made
Agarose beads are a foundational tool used for various protein purification techniques. Most frequently, agarose beads are purchased through a vendor such as GoldBio. However,...
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How to Choose Agarose Resins for Protein Purification
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...
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How Column Chromatography Works to Separate Proteins
Without a doubt, protein purification has been an important process in protein research, particularly for investigating the function and structure of a protein. To help...
