What does Protein Design do in Protein Engineering?
Protein Engg Meet 2020 is an excellent
opportunity to interact with the world class Scientists, delegates from Institutes and
Universities. Protein Engineering Conference is to ameliorate the knowledge, awareness,
and education on Protein leading to the discovery of Genetic and others
related to life sciences which aid to alleviate the emerging technology in the
eyes of Medical, Biotechnology, Pharmaceuticals and Academia.
What is Protein Design?
Protein
design is the area
of research that has wide applications in drug design, medicine, and advancing
the study of protein folding.
Methods in Protein Design:
- Traditional protein design
- Structure-based protein design
- Testing computational protein design
APPROACH IN THE PROTEIN DESIGN:
- Direct approach
- Practical protein design approach
Recent Examples of Protein designs:
- Designing proteins that bind specific ligands
The enthalpy/entropy compensation, potential functions, plasticity of protein, and others design that contribute and suggests areas
where fundamental understanding of protein ligand interactions falls short of
what is needed.
- Designing enzymes
The design of new enzymes is a use of
protein design with huge bioengineering and biomedical applications. However
protein design is a prerequisite of de
novo enzyme design because the design of catalysts requires a
scaffold in which the catalytic mechanism can be inserted.
- Design of a transporter
The natural protein engineering principles are obscured
through natural selection and evolution by overlapping functions and complexity.
The proteins which are completely artificial is to define and test these
protein engineering principles, while recreating and extending natural
functions.
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