Technical Data Sheet
MagSi-DNA 3.0 COOH, 100 ml
Storage temp. +4 °C
WGK 3
Magnetic beads for covalent coupling of chosen ligands.
Art. No. 1559.3
Product details
Magnetic beads can be used as solid support phase in DNA extraction and purification protocols by a simple bind/wash/elute principle. The products in this category are intended for own development of protocols and are suitable for various sample sources and buffer systems. MagSi-beads for genomic applications are available with a range of physical properties and a silica or carboxyl modified surface.
MagSi-DNA 3.0 COOH 20 mg/ml, for molecular biology
Carboxylated magnetic silica beads of 3,0 μm size with very fast separation and shorter suspension time. Intended for nucleic acid isolation from various sources (blood, cells, bacteria etc.) for manual and automated work-flow. Under specific conditions, the carboxylated surface enables higher yield and purity from samples.
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| Art. No. | Pack Qty. | Pack. | Price | Quantity | |
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| 1559.3 | 100 ml | plastic | NA |
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| 1559.2 | 10 ml | plastic | NA |
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| 1559.1 | 2 ml | plastic | NA |
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Downloads / MSDS
General information
Specific Application of Silica- and of Carboxylated Beads
| Bead surface | Silica beads | Carboxylated beads |
| Compatible Buffer Systems | Chaotropic buffers | PEG-based, low pH or chaotropic buffers |
| Binding Mechanism | Precipitation with chaotropic salts | Precipitation by polymers like PEG, divalent cations (e.g. Mg2+) or chaotropic salts |
| Elution | Low salt conditions | Low salt conditions or pH shift from acidic to alkalineconditions |
| Recommended use | Recommended in case chaotropic conditions can be applied. | Recommended if flexibility in buffer systems is necessary or if non-chaotropic conditions have to be applied. Results in higher purity and recovery rate under non-chaotropic conditions. |
Certificates of Analysis
Type analysis
| Concentration | 20 ±1 mg/ml |
| d50 | 2,4-3,6 µm |
| Bead number | 2-6 x 109 beads/ml |
| Assay (Iron oxide) | ≥55 % |
| DNA yield (20 µl beads) | >3 µg |