Most people in today’s time are unaware of the DNA extraction machine and nucleic acid extraction system. Many questions might be popping up in your mind. You also might be wondering what is it all about? Is it worth using or not?
So, in this ultimate guide, we are going to answer all your confusions regarding the DNA extraction machine.
What is a DNA extraction machine?
The process of extracting DNA from cell or tissue samples is automated using a DNA extraction machine. Many processes are handled in the laboratory using this nucleic acid extraction system.
DNA extraction machine is a simple, quick, and cost-effective device for purifying nucleic acids from a variety of materials, including whole blood, viruses, tissues, plants, bacteria, cultured cells, and more.
Medical sample banks, scientific research, and testing facilities can all benefit from nucleic acid extraction systems. The device can deliver automated nucleic acid purification solutions with excellent consistency and stability for any busy laboratory, thanks to pre-input programs and reagent tanks pre-loaded with magnetic beads reagents.
Features of DNA extraction machine
Following are the below-mentioned features of the DNA extraction machine you usually use in labs.
- Touch key, simple to use.
- Rapid DNA extraction and purification in less than 30 minutes.
- Batch purification, flexible design, single sample extraction, no loss of reagent consumables
- Depending on the sample, several purifications, different prepacked reagent cartridges, and built-in processes are chosen.
- A specially constructed tip-top may better absorb fluids and prevent pollution.
- UV light included for disinfection.
Simplicity and Convenience in the DNA extraction machine
As both technology and demand continue to rise, it’s becoming clear that the nucleic acid extraction system is the next stage in biotechnical research. DNA extraction machine is the equipment that is specially intended to make nucleic acid extraction easier and more productive.
These DNA extraction machines not only save time and money by reducing labor expenses, but also improve safety, quality, and production consistency.
They must satisfy many characteristics to compete with manual extraction, including repeatable results, low cross-contamination, convenience of use, less hands-on human interaction, and high-quality output for downstream testing.
When employing a nucleic acid extraction system, there are three main stages to follow:
- Reagents are added to liquid samples.
- Place the kit’s cartridges in the machine.
- Begin the procedure
Automated instruments typically employ the same solid-phase nucleic acid extraction kits as manual equipment, but they substantially reduce the time and effort necessary to perform the procedure.
When compared to previous manual extraction methods, it is clear that automation systems readily fulfill and even exceed the standards for manual NA extraction.
Nucleic Acid Extraction System
The DNA Extraction machine employs a magnetic-bead-based method to extract nucleic acids of the greatest quality and yield. The system is meant to be as simple as feasible, with the ability to handle up to 12 samples at once. Reagent kits are prefilled and disposable, making the process simple and cost-effective by preventing product waste.
Bottom LineWe hope that our explanation of the nucleic acid extraction system and DNAExtraction machine will assist you in deciding the equipment to purchase for your laboratory.
