The endonuclease is an enzyme which is useful in splitting a phosphodiester bond by dividing nucleotides within a polynucleotide chain. Many of the endonucleases are typically called restriction enzymes or restriction endonucleases which split very specific sequences of nucleotides and can also find out a specific sequence of DNA. Restriction endonucleases are majorly divided into three categories namely Type I, Type II, and Type III. Endonucleases are absolutely different from exonucleases, which split the ends of the sequences of recognition instead of the central portion like endonucleases do.
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Overall, endonucleases are a very essential part in the labs for the study of gene-splicing in order to use it in the recombinant technology and introduce it in the cells of plants, animals, and bacteria. There is a huge demand for endonucleases in the domains of synthetic biology such as biotechnology, molecular biology, genetic engineering, systems biology, and molecular engineering. In addition to this, the endonuclease is a very essential part to form applications for medical and engineering as well as to build unnatural research systems in the field of biology. There is a huge rise in the global endonuclease market as a consequence of an increased focus on the biotechnology. North American and European countries are the leading markets in the endonuclease market. Overall, there is a rising competition in the market with rising new entrants across the globe as a consequence of huge opportunities in the ever growing endonuclease market at a global level.
The major factor that is driving the global endonuclease market is the significant rise in the field of research and development in DNA and recombinant DNA technology. There are continuous research and development being carried out in the sector in order to come up with better DNA technology solutions which are driving the endonuclease market at a fast pace. Moreover, there is also a noteworthy rise in the endonuclease market due to increased use in the processes of conventional DNA and gene cloning, building huge DNA libraries, and gene and DNA editing. The market of endonuclease is also driven by the number of applications of endonucleases in the field of genetic engineering, biotechnology, molecular engineering, molecular biology, and systems biology. The main restraint in the global endonuclease market is there is a huge cost involved in the use of endonucleases in research, DNA technologies, and biotechnology. In addition to this, there are high initial investments and expenses involved in developing the production systems for the endonuclease.