The papers of this special issue are based on a Conference on Water Biophysics and develop a fundamental understanding on how water interacts with biomolecules. The Conference highlighted the great empathy of a multidisciplinary and integrated approach to rationalize the role of water in foods, pharmaceutical, and biochemical systems, taking vantage of the advances in simulation and experimental methods
Water is one of the most abundant chemical compounds on Earth. The biosphere consists of more than 9...
W ater is a critical component of many chemical processes, in fields as diverse as biology and geolo...
Water molecules play a significant role in biological process and are directly involved with bio-mol...
The papers of this special issue are based on a Conference on Water Biophysics and develop a fundam...
The interaction of water with biological materials is one of the most exciting topics in science: li...
Despite its apparent simplicity, water behaves in a complex manner and is fundamental in controlling...
Water brings its remarkable thermodynamic and dynamic anomalies in the pure liquid state to biologic...
I. INTRODUCTION Water is unquestionably playing a very important part in the functioning of biomolec...
Water is the foundation of life, and without it life as we know it would not exist. An organism con...
Many share the feeling that we are at in the midst of a shift in our perception of water – a shift f...
Understanding and manipulating the behavior of water is a crucial component of designing materials a...
The application to Biology of the methodologies developed in Physics is attracting an increasing int...
The value of thoroughly understanding the thermodynamics specific to a drug discovery/design study i...
Water plays a crucial role in biology. The H2O molecule has unusual physical chemical properties, du...
Interactions between solutes and water impact both water structure and structural dynamics as well a...
Water is one of the most abundant chemical compounds on Earth. The biosphere consists of more than 9...
W ater is a critical component of many chemical processes, in fields as diverse as biology and geolo...
Water molecules play a significant role in biological process and are directly involved with bio-mol...
The papers of this special issue are based on a Conference on Water Biophysics and develop a fundam...
The interaction of water with biological materials is one of the most exciting topics in science: li...
Despite its apparent simplicity, water behaves in a complex manner and is fundamental in controlling...
Water brings its remarkable thermodynamic and dynamic anomalies in the pure liquid state to biologic...
I. INTRODUCTION Water is unquestionably playing a very important part in the functioning of biomolec...
Water is the foundation of life, and without it life as we know it would not exist. An organism con...
Many share the feeling that we are at in the midst of a shift in our perception of water – a shift f...
Understanding and manipulating the behavior of water is a crucial component of designing materials a...
The application to Biology of the methodologies developed in Physics is attracting an increasing int...
The value of thoroughly understanding the thermodynamics specific to a drug discovery/design study i...
Water plays a crucial role in biology. The H2O molecule has unusual physical chemical properties, du...
Interactions between solutes and water impact both water structure and structural dynamics as well a...
Water is one of the most abundant chemical compounds on Earth. The biosphere consists of more than 9...
W ater is a critical component of many chemical processes, in fields as diverse as biology and geolo...
Water molecules play a significant role in biological process and are directly involved with bio-mol...
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