Mussels secrete a polypeptide used to adhere to various objects in aquatic environments. Although previous groups have developed methods for mimicking this compound, we set out to develop a safer and more practical scheme, which can be practiced by undergraduate organic chemistry laboratory students. Since the adhesive properties of the 3,4-dihydroxy polymer have been previously studied, we focused on generating a 3,5-dihydroxy polymer. This process involves a five-phase reaction of which the first reaction has been successfully completed and analyzed
Marine biology is continually producing materials with properties unmatched by human technology. The...
The substance secreted by mussels, also known as nature’s glue, is a type of liquid protein that ha...
Mussel adhesives function as tools for surface modifications of a wide variety of materials due to t...
Marine mussels attach themselves to rocks with a cross-linked, protein-based adhesive. A key compone...
Marine organisms, such as mussels, are giving inspiration to a new generation of adhesive materials....
Adhesives releasing carcinogenic formaldehyde are almost everywhere in our homes and offices. Most o...
The formation of cysteinyldopa as biogenic connectivity in proteins is used to inspire a chemical pa...
Nature provides many outstanding examples of adhesive strategies from which chemists and material sc...
A facile method was found to incorporate a mussel-inspired adhesive moiety into synthetic polymers, ...
When it comes to underwater adhesion, shellfish are the true experts. Mussels, barnacles, and oyster...
Marine mussels secrete adhesive proteins that enable these organisms to bind tenaciously to surfaces...
Marine and freshwater mussels are notorious foulers of natural and manmade surfaces, secreting speci...
Marine mussels secrete adhesive proteins that enable them to anchor to surfaces under water. We are ...
Characterization of marine biological adhesives are teaching us how nature makes materials and provi...
Biological organisms demonstrate remarkable abilities to affix themselves to almost any surface. Man...
Marine biology is continually producing materials with properties unmatched by human technology. The...
The substance secreted by mussels, also known as nature’s glue, is a type of liquid protein that ha...
Mussel adhesives function as tools for surface modifications of a wide variety of materials due to t...
Marine mussels attach themselves to rocks with a cross-linked, protein-based adhesive. A key compone...
Marine organisms, such as mussels, are giving inspiration to a new generation of adhesive materials....
Adhesives releasing carcinogenic formaldehyde are almost everywhere in our homes and offices. Most o...
The formation of cysteinyldopa as biogenic connectivity in proteins is used to inspire a chemical pa...
Nature provides many outstanding examples of adhesive strategies from which chemists and material sc...
A facile method was found to incorporate a mussel-inspired adhesive moiety into synthetic polymers, ...
When it comes to underwater adhesion, shellfish are the true experts. Mussels, barnacles, and oyster...
Marine mussels secrete adhesive proteins that enable these organisms to bind tenaciously to surfaces...
Marine and freshwater mussels are notorious foulers of natural and manmade surfaces, secreting speci...
Marine mussels secrete adhesive proteins that enable them to anchor to surfaces under water. We are ...
Characterization of marine biological adhesives are teaching us how nature makes materials and provi...
Biological organisms demonstrate remarkable abilities to affix themselves to almost any surface. Man...
Marine biology is continually producing materials with properties unmatched by human technology. The...
The substance secreted by mussels, also known as nature’s glue, is a type of liquid protein that ha...
Mussel adhesives function as tools for surface modifications of a wide variety of materials due to t...