M13KE Phage

M13KE Phage has an extensive range of applications in the fields of molecular biology and biotechnology. Here are some of the major applications: Protein Engineering: M13KE phage is manipulated to express altered or novel proteins on its surface. This phage display technology allows libraries of billions of different peptide sequences to be rapidly screened for high-affinity binding to an enormous range of target molecules. Molecular Cloning: M13KE Phage is consistently used as a cloning vector in molecular biology. Scientists manipulate the phage to carry a small fragment of DNA from another organism. It allows them to produce large quantities of that particular DNA sequence for further analysis or manipulation. Sequencing Technologies: M13KE Phage has also been used in the development of sequencing technologies. Because of its easy manipulation, it can be used as a clone for whole-genome libraries, from which any desired region of genetic material can be sequenced. Nanotechnology: The M13KE Phage is also used in the field of nanotechnology. The phage exhibits an inherently superior capability for organizing themselves into highly ordered, resilient, and customizable structures and as a result, it has been used for the construction of nanoscale devices. Vaccine Development: The surface protein of phage M13KE can be engineered to display a specific antigenic determinant. This means vaccines can be developed that stimulate a strong immune response against that specific determinant. Mutation Studies: Since M13KE Phage can accommodate foreign DNA and it replicates quickly, it enables researchers to conduct mutation studies efficiently. This helps in understanding various diseases and developing potential remedies.