For every research, choosing the correct peptide synthesizer can be quite challenging. When you wish to conduct the peptide synthesis, you need to consider a synthesizer for it.
Synthesizers have the power to conduct a synthesis of multiple compounds easily and effectively. But only the purification is conducted on one single compound.
But before you opt for a peptide synthesizer, there are several things that have to be put under your consideration. These are:
Question of Parallel and Throughput Synthesis
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In research, different phases and applications need different amounts of peptides. A drug recovery program for peptides involves the screening of hundreds and thousands of peptides.
This helps in optimizing the SAR [Structure Activity Relationships] and the focused libraries to detect one single candidate, which is pretty advanced.
But to gain success, it’s compulsory to opt for synthesizers that have reaction vessels. It’s mainly because it can provide a level of parallel synthesis that you might need so that it can match your application.
The Synthesis Scale
When for every peptide synthesis, researchers might need a different amount of peptide.
For instance, the amount of peptide materials will increase greatly when the peptide therapeutics go through screening at an early stage, which leads to pre-clinical development and optimization.
Here, using the correct peptide synthesizer will help meet your needs and will also provide you with flexibility during the entire process.
Look for a Partner to Fulfill the Peptide Synthesis Needs
For the majority of production facilities and laboratories, a peptide synthesizer is extremely important. It will provide them with years of error-free operations and also improve their team’s productivity.
Besides that, the synthesizer can provide much greater flexibility to meet anticipated and current needs. So, when you have a limited budget, or there is a need to make some group changes, you should opt for a system that comes with added capacity or features.
You need to look for an instrumentation partner who can offer you the support you need to make sure that you get to reach your objectives on time.
Need for Special Chemistry
There are researchers who synthesize common linear peptides or might create cyclic peptoids, peptides other peptidomimetics. There are some who work with Oligos, PMOs, and PNAs.
For cyclic peptide synthesis, you need to utilize the reaction steps and protected amino acid derivatives for orthogonal cyclization and deprotection. The “peptoids†synthesis and oligo mimetics, PNAs, and oligos might need unique reagents and monomers.
To make these molecules, experts will need an instrument that will provide a high level of flexibility in terms of bottle positions and the protocol. That’s why many of the instruments utilize over 40 amino acids instead of being restricted to utilizing only 20 positions for all the natural amino acids.
The majority of the reagents and monomers that are utilized for all these special chemicals can be either pretty costly. So many synthesizers act as a great addition to make sure nothing gets wasted.
Wrapping Up
The information in this post clearly tells you about the various things you must consider when you are planning to use a synthesizer. Be sure to go through the points properly to have a good understanding.