- info@enzyquest.com
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Agarose for Molecular Biology is suitable for the rapid routine separation of DNA and RNA fragments, as well as for PCR products, plasmid preparation and for detection, cloning and transfer techniques.
Please contact our exclusive distributor, Lab Supplies Scientific
Agarose for Molecular Biology is suitable for the rapid routine separation of DNA and RNA fragments, as well as for PCR products, plasmid preparation and for detection, cloning and transfer techniques.
Form: White powder
Quantity: 500 gr
Storage: Store at Room Temperature
|
Specifications and characteristics |
Agarose for Molecular Biology |
|
Moisture≤ 10% |
≤ 10% |
|
Ash Content |
≤ 0.4% |
|
Electroendoosmosis5-0.13 |
0.05-0.13 |
|
Sulfate |
≤ 0.1% |
|
Clarity 1.5 % (NTU) |
≤ 3 |
|
Gel Strength 1% (g/cm2)3 200 |
≥ 1200 |
|
Gel Strength 1.5 % (g/cm2)0 |
≥ 2500 |
|
Gelling Temperature 1.5 % (°C)1.5 |
36 ± 1.5 |
|
Melting Temperature 1.5 % (°C)1.5 |
88 ± 1.5 |
|
DNase / RNase Activity |
None Detected |
|
Gel background |
Very Low |
Figure 1: Comparison of 1% Agarose for Molecular Biology with 1% Agarose of a competitor; 200 V; 50 min; 0.5 X TBE buffer. DNA bands in Enzyquest product exhibit sharper edges than Competitor A. In addition, no unspecific bands appeared in Agarose for Molecular Biology in contrast to that of Competitor A.
The agarose can analyze DNA fragments in the dynamic range of 0.1 to >25 kb. Under denaturing conditions, it can also separate RNA in the same range. By utilizing pulse field electrophoresis, it may be able to analyze DNA and RNA fragments >30 kbp.
Yes, this agarose is suitable for rapid routine separation of DNA and RNA fragments, as well as for PCR products, plasmid preparation, and for detection, cloning, and transfer techniques.
Comparison tests show that DNA bands in this agarose exhibit sharper edges than competitor products. Additionally, no unspecific bands appeared in this agarose in contrast to competitor products, demonstrating superior quality.
Yes, this agarose is certified as DNase and RNase free. None of these contaminating activities are detected, ensuring the integrity of your nucleic acid samples.
