Intended Use
N96 Plasmid Miniprep Kit is based on our proprietary silica membrane purification technology capable of quickly extracting and purifying plasmid DNA. Combined with 96-well frits, 96-well collection plates, and vacuum or centrifuge, a kit would be fast, efficient, and high-throughput to extract plasmid DNA. Extracted DNA is ready to use in many downstream applications, including restriction digestion, PCR amplification, ligation and transformation, PCR, sequencing, and library construction.

Features

• Suitable for vacuum or centrifuge.
• 96-well for high-throughput samples processing.
• High quality with reproducible yields.

Intended Use
PCR DNA Purification Kit (Magnetic Beads) is designed for rapid and reliable purification of PCR Products. This kit can purify DNA fragments from direct PCR samples or samples with loading buffer. The purification rate of above 100 bp DNA fragments are up to 80%. The kit can obtain nucleic acid products with excellent purity after the steps of binding liquid, magnetic bead adsorption of DNA fragments, washing and elution. The purified PCR products is suitable for use in the most sensitive downstream applications, including PCR analysis, restriction enzyme digestion, sequencing.

Features

• The purified DNA has high quality and good integrity
• The kit can be used with nucleic acid extraction instruments to get large-scale and high-throughput extraction. It is simple, fast and efficient.

Intended Use
PCR DNA Purification Kits (Spin Columns) is based on our proprietary silica membrane purification technology, capable of purifying 80 bp-10 kb DNA fragments from PCR or other enzymatic reactions.  The purified DNA is suitable for downstream applications such as restriction digestion, PCR amplification, library preparation.

Features

• With the unique silica membrane, it is easy and quick step for highly purified DNA.
• Optimized buffer system, high recovery rate and purity.
• For purifying 80 bp-10 kb DNA fragments.

Save time and minimize the risk of cross-contamination with BeingBio PCR Plate Sealing Mats. Compatible with all 96-well-configured autosamplers, the ready-to-use kits consist of a comprehensive choice of 96-well microplates, pre-inserted glass or PTFE vials and silicone/PTFE sealing mats.

• Clear seals are optically clear for Real-Time PCR applications.
• Certified RNase/DNase Free
  Certified PCR Inhibitor Free
  Certified Human DNA Free
  Certified Pyrogen Free

Intended Use
Plant Genomic DNA Kit (Magnetic Beads) uses magnetic beads and a buffer system with a unique separation function, which can isolate and purify genomic DNA from various plant tissues. The magnetic beads embedded in special technology have a strong affinity for genomic DNA in a specific buffer system. While conditions change, the magnetic beads release the absorbed genomic DNA, so to rapid separation and purification of genomic DNA. The purified plant genomic DNA is suitable for downstream applications such as restriction digestion, PCR amplification, library preparation, Southern hybridization, chip detection, high throughput sequencing, and other molecular biology experiments.

Features

The buffer solution system excludes Phenol/chloroform, it is safe to operator and environment.
The extracted genomic DNA fragments were large, high purity and stable in quality.
High-pass quantization and automation of DNA recovery can be realized without centrifugation.

Intended Use
Plant Genomic DNA Kit (Spin Column) are based on our proprietary silica membrane purification technology, capable of quickly extracting total genomic DNA from plant tissues, with DNA length up to 50 kb. The optimized buffer system included in these kits can remove proteins and other organic impurities as much as possible, then lyses plant cells to release DNA which efficiently adsorbs into silica membrane within the binding column. After cleaning residual impurities up with washing solution, pure genomic DNA can be obtained by eluting with eluting solution.

Purified plant genomic DNA is suitable for downstream applications such as restriction digestion, PCR amplification, library preparation and other molecular biology experiments.

Features

• With the unique silica membrane, it is easy and quick step for highly purified DNA in 40 min. Without Phenol/ chloroform, it’s safer than traditional kits.
• The extracted DNA is high yield and high purity.
• The purified animal genomic DNA is suitable for restriction digestion, PCR amplification, library preparation, southern hybridization and other molecular biology experiments.

Intended Use
Plant Tissue Genomic DNA Extraction Kits (Pre-packed Magnetic Beads) could be used to extract DNA from fresh or frozen tissue samples. Relevant reagents were pre-packed in 96-well plates in accordance with the optimal protocol. This kit could be used with nucleic acid extraction instruments to achieve automated, high-throughput nucleic acid extraction.

Features

• Relevant reagents were optimized for the instrument to ensure extraction efficiency.
• Reagents were pre-packed for Rapid, efficient, high throughput nucleic acid extraction.
• Buffer system does not contain toxic substances such as phenol and chloroform.
• Applicable to various kinds of automated nucleic acid extraction instrument.
• The CV value of extracted nucleic acid concentration and purity is less than 5%.

Intended Use
Plasmid Preparation Kit (Anion-exchange) is based on our anion-exchange chromatography. The resins are composed of small particles with uniform particle, to provide high yields and reproducible performance. The extracted plasmid is ready to use in many downstream applications, including sequencing, library construction, transcription, and transfection.

Features

♦ High yield: up to mg-level plasmid DNA.
♦ High purity: like CsCl gradient centrifugation and purification.
♦ Suitable for high or low copy plasmids.

Intended Use
Gel DNA Purification Kits (Spin Columns) are suitable for plasmid miniprep, midiprep, and maxiprep from bacterial lysates.

Plasmids purified by CommaXP ^® Gel DNA Purification Kits (Spin Columns) are suitable for various downstream routine applications, including restriction digestion, PCR amplification, sequencing, ligation, and transformation.