Recently, a superfolder GFP was engineered with increased resistance to denaturation and improved folding kinetics.
By overexpressing ADH7 or ADH1, the yeast strains were successfully engineered with increased furfural resistance [ 6, 7].
The ability to engineer proteins with increased thermostability will profoundly broaden their practical applications.
To engineer plants with increased and durable disease resistance using transgenic technologies we must address two questions.
Structure-guided evolution of T. reesei EGI was used to engineer enzymes with increased thermal stability and activity on solid cellulosic substrates.
One big step toward the development of suitable immunosuppressive drugs in the near future is to engineer peptides with increased stability for maintaining or improving oral administration properties and a promising tool to achieve this is peptide cyclization.
Vice versa, engineered mutants with increased cooperativity show enhanced binding to proapoptotic genes, which shifts the cellular response to cell death.
Quantification analysis of scaffolds on day 5 confirmed that, tissue engineered scaffolds with increased amount of angiogenesis number, granulation tissue area (μ2), fibroblast number, and decreased epithelial gap can be more effective compared to GT/PCL/Cur nanofibers.
Moreover, all process variables influencing the production yield, different simple and complex carbon sources, the metabolic pathway of production, engineered mutants with increased productivity, and modified tolerance against high concentrations of acid have been described.
The high-resolution structure of Fsβ-glucanase provides a structural rationale for the different activities obtained from a series of mutant glucanases and a basis for the development of engineered enzymes with increased activity and structural stability.
