It is astounding to see how far science has come in the area of genetic sequencing. While DNA was known and the form understood for a substantial amount of time, it wasn’t until 1977 when Frederick Sanger developed the Sanger sequencing method that it was possible to understand the DNA message.
In addition to the science, the technology as also changed. From the massive, bulky and highly sensitive early equipment as evolved the streamlined, compact and much more automated lab systems of today.
Choosing the right genetic sequencer for a lab that is interested in scaling up in testing ability means understanding not just the equipment of today, but what is cutting-edge technology that will essential in the near and more distant future.
To accomplish this the lab manager doesn’t have to be able to make predictions, rather he or she has to have a good understanding of the types of genetic work the lab is doing and what area is the lab interested in moving into for the future. Additionally, it will be important to compare different genetic sequencer models and options before making the final choice.
Know Your Systems
Taking the time to review the top systems on the market, including those offering the next generation sequencing technology, will be time well spent. These systems provide the use of a cyclic array type of DNA generation that may also be able to provide full genetic sequencer analysis depending on the specific model.
This state of the art equipment is more costly than the traditional Sanger types of genetic sequencing systems, but they also offer scalability, ease of use and more effective use of lab space than some of the models on the market.
Buying equipment refurbished or in tested used condition from a reputable laboratory and analysis instrument dealer offers cost savings while still allowing for the latest in technology in your facility.