Normally, Gene Synthesis is a perfect option for enabling the creation as well as modification of genetic sequences. These would be suitable options for gaining more potential for adding more biological functionality. These also automatically increase the need for biosurveillance. Bioinformatics technique has been introduced in gene synthesis to analyze whether the gene is synthetic or natural. It can be easily determined by analyzing the complete nucleotide sequence.
With the advancement in the Bioinformatics technique along with codon theory, it is quite an efficient option for easily classifying the gene with about 97.7% accuracy. There is more than 19000 unique gene available from the non-profit plasmid repository, and these are suitable option for investigating whether the gene is synthetic or natural to the extent. These also have various differential usage with the heterologous expression.
Next-Generation Gene Synthesis:
The professional team at Synbio Technologies is ready to provide you with the complete DNA manufacturing solution. The professional research team developed comprehensive platforms for oligo synthesis, especially the next-generation gene synthesis. These would automatically meet the customers’ needs within the budget and quality to the extent.
At Synbio Technologies, the team of experts routinely synthesizes more than 3 Million base pairs of gene sequences every month. These have been used for a wider number of applications that includes protein production, genetically engineered vaccine, antibody discovery and many more. This technique also includes biofuel, and molecular breeding, along with many others to the extent. According to DNA or Amino Acid sequences, scientists would easily design the oligos.
The Oligonucleotide Synthesis:
The short fragments of nucleic acids involved in the chemical synthesis are based on Oligonucleotide synthesis. These would be automatically be defined as chemical structure and provides you with a suitable result. The technique would be useful for practising in the current laboratory as oligonucleotide synthesis would provide inexpensive access to the sequences of the custom-made oligonucleotides.
