Molecular Cloning of Genes and Preparation of Plasmids
Synbio Technologies takes excellent satisfaction in the fact that it is among the most successful gene synthesis and biotechnology companies. We have faith in the gene-synthesis technique that we use. In synthetic biology, the process of creating the desired gene in a laboratory is called gene synthesis. No other company has been as successful as Synbio Technologies in perfecting their gene synthesis products, even though many companies, including Synbio Technologies, have attempted to do so.
Additionally, plasmids for gene synthesis are prepared by Synbio Technologies. Using this approach, we can synthesise and insert any sequence into any plasmid. Gene synthesis plasmid preparation produces results suitable for transfection and study. Both are distinct in their construction and purpose, which is research. Using Synbio Technology’s Syno® Platform and gene synthesis plasmid preparation, we can provide our customers with any plasmid product.
The primary difference between research grade and transfection plasmids is their use.
To begin, laboratories designated as research grade are used for genetics research: molecular cloning, southern blotting, mutagenesis, and other related techniques. Genetic research often makes use of several approaches for synthesizing genes. The production of the gene is kicked off when the sequence is inserted into the plasmid. Customers are free to conduct research that calls for research-grade plasmid synthesis while using this insertion and amplification technique.
Second, gene therapy, antibody therapy, and protein therapy are the most common applications for transfection-grade plasmids. It is possible to connect the production of genes to this plasmid preparation by inserting the sequence of interest into it. This is helpful for gene therapy. It is possible that reversing the endogenous mutant gene will require loading the appropriate sequence into the plasmid. Gene synthesis is a tool that can assist us in better understanding genetics.
Read more: Where do you get the best gene synthesis services?
