Product Overview
Velocut HindIII is an engineered restriction endonuclease designed for efficient, sequence-specific DNA cleavage in molecular biology workflows. It recognizes specific DNA sequences and cleaves DNA at its corresponding restriction site, making it useful for DNA manipulation, restriction analysis, and molecular cloning applications. With a digestion time of approximately 5–15 minutes under suitable reaction conditions, Velocut HindIII helps shorten incubation periods and streamline routine DNA digestion procedures. Its rapid digestion performance can simplify DNA preparation workflows and reduce the time required before downstream experimental steps.
Velocut HindIII is compatible with universal Buffer and Color Buffer, providing flexibility for different restriction digestion workflows. The shared buffer system can also facilitate simultaneous digestion with other compatible restriction enzymes when the selected enzymes can function under the same reaction conditions. Color Buffer contains a density reagent and red and yellow tracking dyes, allowing reaction mixtures to be loaded directly onto an agarose gel after digestion without adding a separate loading dye. This simplifies sample handling and helps users monitor electrophoresis progress. In a 1% agarose gel, the red tracking dye migrates similarly to approximately 2.5 kb double-stranded DNA fragments, while the yellow tracking dye migrates similarly to approximately 10 bp double-stranded DNA fragments. These tracking dyes provide visual references during gel electrophoresis.
Velocut HindIII can be incorporated into DNA digestion workflows involving plasmid DNA, genomic DNA, viral DNA, and PCR products, provided the target DNA contains the appropriate HindIII recognition site. Potential applications include:
- Molecular cloning: Preparation of DNA fragments for cloning workflows.
- Restriction analysis: Sequence-specific cleavage for DNA fragment analysis.
- DNA sample preparation: Digestion of suitable DNA substrates before downstream procedures.
- PCR product processing: Restriction digestion of amplified DNA containing the required recognition site.
- Multi-enzyme digestion: Simultaneous digestion with compatible restriction enzymes under suitable reaction conditions.
For reliable results, the target DNA sequence, buffer compatibility, enzyme combination, and reaction conditions should be considered when planning a digestion workflow.
Components
| Components | 500 rxns |
| Velocut HindIII | 500 μL |
| 10× Buffer | 2× 1 mL |
| 10× Color Buffer | 2× 1 mL |
Product Features
- Rapid DNA Digestion in 5–15 Minutes: Designed to support DNA digestion within 5–15 minutes under suitable reaction conditions. Shorter incubation times can help streamline restriction digestion procedures and improve efficiency in routine molecular biology workflows.
- Compatible with Universal Buffer and Color Buffer: Compatible with universal Buffer and Color Buffer, offering flexibility in reaction setup. Color Buffer contains a density reagent and two tracking dyes, allowing digestion mixtures to be loaded directly onto an agarose gel without adding a separate loading dye.
- Versatile DNA Substrate Applications: Suitable for digestion workflows involving plasmid DNA, genomic DNA, viral DNA, and PCR products containing the appropriate recognition sequence. This versatility makes Velocut HindIII useful for molecular cloning, DNA analysis, and general DNA sample preparation.
FAQ
Q1: What are the main applications of Velocut HindIII?
Velocut HindIII is used for restriction digestion in molecular biology workflows, including molecular cloning, DNA fragment preparation, restriction analysis, and PCR product processing. It can be used with plasmid DNA, genomic DNA, viral DNA, and PCR products when the target DNA contains the appropriate HindIII recognition site.
Q2: How long does Velocut HindIII take to digest DNA?
Velocut HindIII belongs to an engineered restriction enzyme series designed to digest DNA in approximately 5–15 minutes under suitable reaction conditions. The actual digestion time may vary depending on the DNA substrate, enzyme amount, DNA input, and reaction setup. Follow the product-specific protocol for the recommended incubation conditions.
Q3: Can Velocut HindIII be used with other restriction enzymes in the same reaction?
Simultaneous digestion may be possible when the selected restriction enzymes are compatible with the same buffer and reaction conditions. Combining compatible enzymes in one reaction can reduce the need for sequential digestion steps and simplify DNA preparation. Before combining enzymes, confirm buffer compatibility, temperature requirements, recognition sites, and suitability for the target DNA substrate.