Summary: The flexibility of α-helices is important for membrane protein function and calls for better visualization and analysis. Software is presented that quantifies and projects the helix axis evolution over time, with the choice of uniform or analytic heatmap graphics according to the local geometry. Bendix supports static, molecular dynamics, atomistic and coarse-grained input. Availability and implementation: Bendix source code and documentation, including installation instructions, are freely available a
Proteins are the building blocks of many living organisms and to study them is to discover many of n...
DNA bending in 86 complexes with sequence-specific proteins has been examined using normal vector pl...
<div><p>Helices are the most abundant secondary structural elements in proteins and the structural f...
UNLABELLED: The flexibility of α-helices is important for membrane protein function and calls for be...
Summary: The flexibility of α-helices is important for membrane protein function, and calls for bett...
A detailed analysis of structural and position dependent characteristic features of helices will giv...
A detailed analysis of structural and position dependent characteristic features of helices will giv...
A detailed analysis of structural and position dependent characteristic features of helices will giv...
Summary: Software is presented for the calculation of packing angles and geometry of helical seconda...
Helices are one of the most common and were among the earliest recognized secondary structure elemen...
Accurate description of helices, including curvature and bending, and determination of interhelical ...
Motivation: In many proteins, helix-helix interactions can be critical to establishing protein confo...
<div><p>Helices are one of the most common and were among the earliest recognized secondary structur...
Helices are one of the most common and were among the earliest recognized secondary structure elemen...
Accurate description of helices, including Curvature and bending, and determination of interhelical ...
Proteins are the building blocks of many living organisms and to study them is to discover many of n...
DNA bending in 86 complexes with sequence-specific proteins has been examined using normal vector pl...
<div><p>Helices are the most abundant secondary structural elements in proteins and the structural f...
UNLABELLED: The flexibility of α-helices is important for membrane protein function and calls for be...
Summary: The flexibility of α-helices is important for membrane protein function, and calls for bett...
A detailed analysis of structural and position dependent characteristic features of helices will giv...
A detailed analysis of structural and position dependent characteristic features of helices will giv...
A detailed analysis of structural and position dependent characteristic features of helices will giv...
Summary: Software is presented for the calculation of packing angles and geometry of helical seconda...
Helices are one of the most common and were among the earliest recognized secondary structure elemen...
Accurate description of helices, including curvature and bending, and determination of interhelical ...
Motivation: In many proteins, helix-helix interactions can be critical to establishing protein confo...
<div><p>Helices are one of the most common and were among the earliest recognized secondary structur...
Helices are one of the most common and were among the earliest recognized secondary structure elemen...
Accurate description of helices, including Curvature and bending, and determination of interhelical ...
Proteins are the building blocks of many living organisms and to study them is to discover many of n...
DNA bending in 86 complexes with sequence-specific proteins has been examined using normal vector pl...
<div><p>Helices are the most abundant secondary structural elements in proteins and the structural f...