Nano biotechnology In Virotherapy

Viral Bionanotechnology is still a nascent field, but it is gradually gaining popularity, especially with the automatic parallel formation of viral building blocks is in the hand’s reach after the recent progress of chip-based DNA manipulation to the cell-cultured techniques. The researchers are on the verge of accomplishing the generation of virus-based nanoparticles, multi-layered arrays & hybrid virus networks by incorporation of quantum dots and carbon nanotubes (CNTs). They are also researching the use of virus-like protein cages to form novel materials that can be safely and cost-effectively used for biomedical applications such as biomedical imaging.

Researchers commonly use viruses as the means of vectors to introduce genes into the host cells and typically also as a carrier in gene therapy, after having genetically modified to carry out the activities of a normal human DNA, they also are capable of delivering therapeutic genes to the target cells. Present trends in nanobiotechnology is sure to take virus nanobiotechnology to new heights; Viruses are regarded as organic nanoparticles as  their surface has definite tools which are capable of crossing the barriers of the host cells. These impressive and massive approaches of life-sciences in association with chemistry, physics and engineering have become the foundation of modern bio-physical medicine and are opening a wide spectrum of approaches in all these pure and applied fields. 

  • History & Evolution of Viruses in Nanobiotechnology
  • Applications of Plant Viruses in Nanobiotechnology
  • Virus detections by using Nanobiotechnology
  • Viruses as nanomaterials
  • Nano scaffolds
  • Problems arising due to use of Viruses in Nanobiotechnology

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