ROLE OF PROTEIN ENGINEERING IN HEALTH


Protein Engg Meet 2020 is an opportunity to meet and network with renowned speakers, Doctors, Experts, Scholars, pharmacologists, Researchers  and the associated health experts from around the world and listen to top speakers on new development that will advance the researches of Protein Engineering.

How protein helps in Human health?
Protein engineering enables the development of novel proteins aimed at disease diagnosis, alleviation and improved health attributes. It provides an overview of recent approaches and techniques used to modify proteins at diverse levels, which find therapeutically relevant applications. There will be an immense interest among researchers to discover new and valuable solutions for various health related issues and protein engineering could be a possible to sort out such problems.
Proteins are busy protecting the body against foreign invaders inside every living cell by catalyzing chemical reactions, transmitting signals across cells and organs to coordinate essential biological processes, and basically holding the cell together. Scientists and Researchers have probed the power of proteins to determine how their functions could be optimized for new uses from treating human diseases to improving energy usage and environmental sustainability through biological design and protein engineering.

Protein engineering in Medical and clinical applications:
Protein engineering in the area of therapeutics to achieve second generation recombinant protein having considerable properties in medical and clinical applications
  •           Mutation,
  •          DNA shuffling And
  •          Recombinant DNA approach
Were used in protein engineering to get superior results of therapeutic protein.
Up gradation of therapeutics for combating against cancer is the major area of interest in protein engineering. One of latent treatment recommended for cancer is
  •         Pre-targeted immunotherapy.
  •         Recombinant DNA technology
These distinctive antibodies are engineered such a manner that they specifically recognize and strongly associated with their cancerous antigenic markers and assist in eliminating the cancerous cell with greater precision.
Development in protein engineering leads to some of its other medical applications.
  •          Protein cat ionization technique, Tissue Regeneration and Polymer based drug delivery system
The majority of human contain a few genes without any sign of disease and many of them are accountable for susceptibility, however molecular basis of majority of these diseases is still unclear. Successful efforts have been made in last more than three decades in sighting into diagnosing genetic disorders prior to embryonic implantation in humans and credited a lot of merit.
  •          Fluor metric assay,
  •          ELISA,
  •          Radioimmunoassay and
  •          Immunofluorescence measurement tools are evolved to quantify the proteins in Nano     quantity.




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