AbstractThe synergy between experimental and computational biology has greatly benefited both fields, providing invaluable information in many different areas of the life sciences. This minireview will focus on one specific aspect of computational biology, molecular modelling, and describe a few examples highlighting the effectiveness of protein structural analysis and modelling in providing relevant information about systems of biomedical interest
We describe the proceedings and conclusions from the “Workshop on Applications of Protein Models in ...
With the ongoing laboratory restrictions, it is often challenging for bioscience students to make sa...
Computational chemistry and biology are helpful in understanding protein structure and the relations...
As recent advancements in biology shows, the molecular machines specially proteins, RNA and complex ...
The dauntingly complex functioning of human cells is often the outcome of several molecular processe...
Computational studies in life sciences not only provide a new way of complementing experimental stud...
Computational biochemistry is mainly based on molecular modelling and informatics tools, combined to...
Computation has been an integral part of structural biology, ever since the first protein macromolec...
Background: Biomedical research is changing due to the rapid accumulation of experimental data at an...
Protein structure prediction and modeling provide a tool for understanding protein functions by comp...
The well-defined and characterized 3D crystal structure of a protein is important to explore the top...
Development of the interdisciplinary branch, bioinformatics, is a blessing for life \ud sc...
Indiana University-Purdue University Indianapolis (IUPUI)Traditional treatment strategy development ...
Computational biology is an interdisciplinary area that applies computational approaches in biologic...
Abstract: The availability of high-quality molecular graphics tools in the public domain is changing...
We describe the proceedings and conclusions from the “Workshop on Applications of Protein Models in ...
With the ongoing laboratory restrictions, it is often challenging for bioscience students to make sa...
Computational chemistry and biology are helpful in understanding protein structure and the relations...
As recent advancements in biology shows, the molecular machines specially proteins, RNA and complex ...
The dauntingly complex functioning of human cells is often the outcome of several molecular processe...
Computational studies in life sciences not only provide a new way of complementing experimental stud...
Computational biochemistry is mainly based on molecular modelling and informatics tools, combined to...
Computation has been an integral part of structural biology, ever since the first protein macromolec...
Background: Biomedical research is changing due to the rapid accumulation of experimental data at an...
Protein structure prediction and modeling provide a tool for understanding protein functions by comp...
The well-defined and characterized 3D crystal structure of a protein is important to explore the top...
Development of the interdisciplinary branch, bioinformatics, is a blessing for life \ud sc...
Indiana University-Purdue University Indianapolis (IUPUI)Traditional treatment strategy development ...
Computational biology is an interdisciplinary area that applies computational approaches in biologic...
Abstract: The availability of high-quality molecular graphics tools in the public domain is changing...
We describe the proceedings and conclusions from the “Workshop on Applications of Protein Models in ...
With the ongoing laboratory restrictions, it is often challenging for bioscience students to make sa...
Computational chemistry and biology are helpful in understanding protein structure and the relations...