Silks are semi-crystalline solids in which protein chains are associated by intermolecular hydrogen bonding within ordered crystallites, and by entanglement within unordered regions. By varying the type of protein secondary structure within crystallites
The foundations of silk spinning, the structure, storage, and activation of silk proteins, remain hi...
Honeybee silk is composed of four fibrous proteins that, unlike other silks, are readily synthesized...
Silks are strong protein fibers produced by a broad array of spiders and insects. The vast majority ...
Silks are semi-crystalline solids in which protein chains are associated by intermolecular hydrogen ...
Silks play a crucial role in the survival and reproduction of many insects. Labial glands, Malpighia...
In nature, numerous mechanisms have evolved by which organisms fabricate biological structures with ...
In nature, numerous mechanisms have evolved by which organisms fabricate biological structures with ...
In nature, numerous mechanisms have evolved by which organisms fabricate biological structures with ...
Arthropods face several key challenges in processing concentrated feedstocks of proteins (silk dope)...
The foundations of silk spinning, the structure, storage, and activation of silk proteins, remain hi...
The foundations of silk spinning, the structure, storage, and activation of silk proteins, remain hi...
Phase transitions have an essential role in the assembly of nature's protein-based materials into hi...
Silks have a great potential as sustainable, ecologically benign commercial polymers. Here we discus...
ABSTRACT: Spider dragline silk proteins, spidroins, have a tripartite composition; a nonrepetitive N...
Spider silks are biological protein polymers which are spun into fibers with an incredibly diverse r...
The foundations of silk spinning, the structure, storage, and activation of silk proteins, remain hi...
Honeybee silk is composed of four fibrous proteins that, unlike other silks, are readily synthesized...
Silks are strong protein fibers produced by a broad array of spiders and insects. The vast majority ...
Silks are semi-crystalline solids in which protein chains are associated by intermolecular hydrogen ...
Silks play a crucial role in the survival and reproduction of many insects. Labial glands, Malpighia...
In nature, numerous mechanisms have evolved by which organisms fabricate biological structures with ...
In nature, numerous mechanisms have evolved by which organisms fabricate biological structures with ...
In nature, numerous mechanisms have evolved by which organisms fabricate biological structures with ...
Arthropods face several key challenges in processing concentrated feedstocks of proteins (silk dope)...
The foundations of silk spinning, the structure, storage, and activation of silk proteins, remain hi...
The foundations of silk spinning, the structure, storage, and activation of silk proteins, remain hi...
Phase transitions have an essential role in the assembly of nature's protein-based materials into hi...
Silks have a great potential as sustainable, ecologically benign commercial polymers. Here we discus...
ABSTRACT: Spider dragline silk proteins, spidroins, have a tripartite composition; a nonrepetitive N...
Spider silks are biological protein polymers which are spun into fibers with an incredibly diverse r...
The foundations of silk spinning, the structure, storage, and activation of silk proteins, remain hi...
Honeybee silk is composed of four fibrous proteins that, unlike other silks, are readily synthesized...
Silks are strong protein fibers produced by a broad array of spiders and insects. The vast majority ...