With recent developments of molecular biomimetics that combine genetic engineering and
nanotechnology, peptides can be genetically engineered to bind specifically to inorganic …

With recent developments of molecular biomimetics that combine genetic engineering and
nanotechnology, peptides can be genetically engineered to bind specifically to inorganic …

With recent developments of molecular biomimetics that combine genetic engineering and
nanotechnology, peptides can be genetically engineered to bind specifically to inorganic …

Identification of Specific Hydroxyapatite {001} Binding Heptapeptide by Phage Display and
Its Nucleation Effect - NASA/ADS Now on home page ads icon ads Enable full ADS view …

With recent developments of molecular biomimetics that combine genetic engineering and
nanotechnology, peptides can be genetically engineered to bind specifically to inorganic …

With recent developments of molecular biomimetics that combine genetic engineering and
nanotechnology, peptides can be genetically engineered to bind specifically to inorganic …

With recent developments of molecular biomimetics that combine genetic engineering and
nanotechnology, peptides can be genetically engineered to bind specifically to inorganic …

With recent developments of molecular biomimetics that combine genetic engineering and
nanotechnology, peptides can be genetically engineered to bind specifically to inorganic …