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Product Details:
Payment & Shipping Terms:
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| Art. No.:: | NB0112 | Appearance:: | Dark Brown To Black Liquid |
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| Grain Size:: | 200-400 Nm | Concentration:: | 100 Mg/mL |
| Magnetic Reaction Time:: | ﹤30 S | Sediment Time:: | >5 Min |
| Free Sample:: | Avalable | Storage Condition:: | 2-8 ℃, Protected From Light. Do Not Freeze. |
| Package:: | 50/100/500/1000 ML | Shelf Life:: | 24 Months |
| Application:: | DNA/RNA Extraction | HS Code:: | 382499 |
| Highlight: | DNA Extraction Using Magnetic Beads 200nm,400nm DNA Extraction Using Magnetic Beads,Mag OH 100 dna extraction beads |
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Rebeads Mag OH 100 magnetic beads are professional solid-phase carriers in the field of nucleic acid extraction, offering an extremely large specific surface area and excellent magnetic response performance. The silanol groups on their surface allow rapid and selective binding to nucleic acids under high-salt and low-pH conditions, while effectively blocking impurity adsorption, thereby delivering high-yield and high-purity nucleic acid extraction outcomes.
Key Advantages:
Technical Info:
| Mag OH 50 | Mag OH 60 | Mag OH 100 | Mag OH 200A | Mag OH D |
Art.No | NB0101 | NB0207 | NB0112 | NB0401 | NB0106 |
Particle size | 50-100nm | 50-100nm | 200-400 nm | 200nm | 200-500nm |
Conc | 50mg/mL | 50mg/mL | 100mg/mL | 50mg/mL | 100mg/mL |
Save | Ultra pure water | ||||
Validity | 48 months from date of manufacture | ||||
Matrix | Silica Magnetic Beads | ||||
Applications | Nucleic acid extraction and purification | ||||
Suitable for | Plasmid,Viruses | Viruses | Viruses | gDNA,Viruses | Allkind gDNA |
Remarks | For Research Use Only | ||||
Extraction Procedure
Magnetic Beads Selection Guide
Precautions:
1. Freezing, drying, and centrifugation may lead to the agglomeration of magnetic beads, making them difficult to resuspend and disperse;
2. Before using this product, please ensure that you vortex it thoroughly to maintain a uniform suspension of the magnetic beads;
3. Under normal storage conditions, slight color variations in the magnetic beads are typical and do not impact experimental performance.
Contact Person: Mr. Ryan
Tel: +8618114465067