Abstract: The essential role of water in extra- and intra- cellular coiled coil structures of proteins is critically evaluated, and the different protein types incorporating coiled coil units are overviewed. The following subjects are discussed: i) influence of water on the formation and degradation of the coiled coil domain together with the stability of this conformer type; ii) the water’s paradox iii) design of coiled coil motifs and iv) expert opinion and outlook is presented. The clear and dark sides refer to the positive and negative aspects of the water molecule, as it may enhance or inhibit a given folding event. This duplic- ity can be symbolized by the Roman ‘Janus-face’ which means that water may facilitate and stimula...
Due to the regularity of their interactions, coiled coils are frequently very stable proteins and ma...
The coiled-coil is a very common protein structural motif, consisting of two or more alpha helices i...
alpha-Helical coiled coils are versatile protein domains, supporting a wide range of biological func...
The alpha-helical coiled coil is one of the principal subunit oligomerization motifs in proteins. It...
alpha-Helical coiled coils have a 7-residue repeating pattern (abcdefg) where a and d are usually hy...
In nature, the coiled coil motif serves many different purposes. It has been estimated that about 10...
Protein science is being transformed by powerful computational methods for structure prediction and ...
alpha-Helical coiled coils were described more than 60 years ago as simple, repetitive structures me...
AbstractCoiled coils are a fundamental emergent motif in proteins found in structural biomaterials, ...
In nature, the coiled coil motif serves many different purposes. It has been estimated that about 10...
Coiled coils are formed by two or more α-helices wrapped around one another. This structural motif o...
The essential involvement of water in most fundamental extra-cellular and intracellular processes of...
alpha-Helical coiled coils are versatile protein domains, supporting a wide range of biological func...
alpha-Helical coiled coils are versatile protein domains, supporting a wide range of biological func...
The essential involvement of water in most fundamental extra-cellular and intracellular processes of...
Due to the regularity of their interactions, coiled coils are frequently very stable proteins and ma...
The coiled-coil is a very common protein structural motif, consisting of two or more alpha helices i...
alpha-Helical coiled coils are versatile protein domains, supporting a wide range of biological func...
The alpha-helical coiled coil is one of the principal subunit oligomerization motifs in proteins. It...
alpha-Helical coiled coils have a 7-residue repeating pattern (abcdefg) where a and d are usually hy...
In nature, the coiled coil motif serves many different purposes. It has been estimated that about 10...
Protein science is being transformed by powerful computational methods for structure prediction and ...
alpha-Helical coiled coils were described more than 60 years ago as simple, repetitive structures me...
AbstractCoiled coils are a fundamental emergent motif in proteins found in structural biomaterials, ...
In nature, the coiled coil motif serves many different purposes. It has been estimated that about 10...
Coiled coils are formed by two or more α-helices wrapped around one another. This structural motif o...
The essential involvement of water in most fundamental extra-cellular and intracellular processes of...
alpha-Helical coiled coils are versatile protein domains, supporting a wide range of biological func...
alpha-Helical coiled coils are versatile protein domains, supporting a wide range of biological func...
The essential involvement of water in most fundamental extra-cellular and intracellular processes of...
Due to the regularity of their interactions, coiled coils are frequently very stable proteins and ma...
The coiled-coil is a very common protein structural motif, consisting of two or more alpha helices i...
alpha-Helical coiled coils are versatile protein domains, supporting a wide range of biological func...