The history of antiparallel coiled coil dimer design is briefly reviewed and the main principles governing the successful designs are explained. They include analysis of the inter-subunit electrostatic repulsion for determining partners for dimerization and of the buried polar interaction for determining the relative orientation of the partners. A theory is proposed to explain the lack of antiparallel coiled coil homodimers in nature
This dissertation work focuses on the design of metal-binding a-helical coiled coils. They provide a...
Protein design is a procedure that aims at predicting sequences that will fold to a given backbone s...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Biology, 2001.Includes bibliographi...
The history of antiparallel coiled coil dimer design is briefly reviewed and the main principles gov...
Molecular engineering of protein assemblies, including the fabrication of nanostructures and synthet...
Molecular engineering of protein assemblies, including the fabrication of nanostructures and synthet...
AbstractTo investigate how electrostatic interactions restrict the associations of coiled coils, we ...
AbstractTo investigate how electrostatic interactions restrict the associations of coiled coils, we ...
Homomeric coiled-coils can self-assemble into a wide range of structural states with different helix...
Proteins collectively display a broad array of tertiary and quaternary structures, with many differe...
The coiled-coil dimer is a widespread protein structural motif and, due to its designability, repres...
AbstractThe formation, relative stability, and possible stoichiometries of two (self-)complementary ...
ABSTRACT The formation, relative stability, and possible stoichiometries of two (self-)complementary...
<div><p>(A) Helical-wheel representation shows an end-on view of the structure. Opposing <b>a</b> an...
Pairing preferences in heterodimeric coiled coils are determined by complementarities among side cha...
This dissertation work focuses on the design of metal-binding a-helical coiled coils. They provide a...
Protein design is a procedure that aims at predicting sequences that will fold to a given backbone s...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Biology, 2001.Includes bibliographi...
The history of antiparallel coiled coil dimer design is briefly reviewed and the main principles gov...
Molecular engineering of protein assemblies, including the fabrication of nanostructures and synthet...
Molecular engineering of protein assemblies, including the fabrication of nanostructures and synthet...
AbstractTo investigate how electrostatic interactions restrict the associations of coiled coils, we ...
AbstractTo investigate how electrostatic interactions restrict the associations of coiled coils, we ...
Homomeric coiled-coils can self-assemble into a wide range of structural states with different helix...
Proteins collectively display a broad array of tertiary and quaternary structures, with many differe...
The coiled-coil dimer is a widespread protein structural motif and, due to its designability, repres...
AbstractThe formation, relative stability, and possible stoichiometries of two (self-)complementary ...
ABSTRACT The formation, relative stability, and possible stoichiometries of two (self-)complementary...
<div><p>(A) Helical-wheel representation shows an end-on view of the structure. Opposing <b>a</b> an...
Pairing preferences in heterodimeric coiled coils are determined by complementarities among side cha...
This dissertation work focuses on the design of metal-binding a-helical coiled coils. They provide a...
Protein design is a procedure that aims at predicting sequences that will fold to a given backbone s...
Thesis (Ph. D.)--Massachusetts Institute of Technology, Dept. of Biology, 2001.Includes bibliographi...