Biofouling is one of the most difficult problems in the field of marine engineering. In this work, molecular dynamics simulation was used to study the adsorption process of mussel protein on the surface of two antifouling films—hydrophilic film and hydrophobic film—trying to reveal the mechanism of protein adsorption and the antifouling mechanism of materials at the molecular level. The simulated conclusion is helpful to design and find new antifouling coatings for the experiments in the future
Marine organisms react to various factors when building colonies for survival; however, severe accum...
Adsorption of human lysozyme on hydrophobic graphite is investigated through atomistic computer simu...
Biofouling refers to the accumulation of organisms and their products onto surfaces immersed in a bi...
Polypeptoid-coated surfaces and many surface-grafted hydrophilic polymer brushes have been proven ef...
Biofouling, the accumulation of biomolecules and organisms to surfaces underwater, is a major proble...
A lack in the detailed understanding of mechanisms through which proteins adsorb or are repelled at ...
Biofouling is a long-standing issue with tremendous economic and environmental impact. Current scien...
We perform all-atom molecular dynamics simulations of the adsorption of amino acid side-chain analog...
This thesis employs atomistic level modelling to investigate behaviour of surfaces protected through...
Polypeptoid-coated surfaces and many surface-grafted hydrophilic polymer brushes have been proven ef...
The marine mussel, Mytilus edulis, employs a protein-based adhesive to affix themselves to rocks, th...
Hydrophobic surfaces are known to adsorb and unfold proteins, a process that has been studied only f...
Keywords: molecular-dynamics simulation; polystyrene film; protein–polymer interactions The atomisti...
Controlling and manipulating protein behavior at an interface is of immense relevance to a broad ran...
This thesis research applied a second-order nonlinear optical spectroscopic technique with a submono...
Marine organisms react to various factors when building colonies for survival; however, severe accum...
Adsorption of human lysozyme on hydrophobic graphite is investigated through atomistic computer simu...
Biofouling refers to the accumulation of organisms and their products onto surfaces immersed in a bi...
Polypeptoid-coated surfaces and many surface-grafted hydrophilic polymer brushes have been proven ef...
Biofouling, the accumulation of biomolecules and organisms to surfaces underwater, is a major proble...
A lack in the detailed understanding of mechanisms through which proteins adsorb or are repelled at ...
Biofouling is a long-standing issue with tremendous economic and environmental impact. Current scien...
We perform all-atom molecular dynamics simulations of the adsorption of amino acid side-chain analog...
This thesis employs atomistic level modelling to investigate behaviour of surfaces protected through...
Polypeptoid-coated surfaces and many surface-grafted hydrophilic polymer brushes have been proven ef...
The marine mussel, Mytilus edulis, employs a protein-based adhesive to affix themselves to rocks, th...
Hydrophobic surfaces are known to adsorb and unfold proteins, a process that has been studied only f...
Keywords: molecular-dynamics simulation; polystyrene film; protein–polymer interactions The atomisti...
Controlling and manipulating protein behavior at an interface is of immense relevance to a broad ran...
This thesis research applied a second-order nonlinear optical spectroscopic technique with a submono...
Marine organisms react to various factors when building colonies for survival; however, severe accum...
Adsorption of human lysozyme on hydrophobic graphite is investigated through atomistic computer simu...
Biofouling refers to the accumulation of organisms and their products onto surfaces immersed in a bi...