This is the first study on composition of fatty acids in hunting web of Steatoda grossa (Theridiidae) spiders and one of only four similar studies ever made. Its main contribution is a discovery that fatty acids not only cover an outside of the web fibers, but they are even more abundantly represented in the fibers’ inner structure. Although little attention has been so far attributed to the contents of fatty acids in spider silks, one has to remember that their biocompatibility combined with an extraordinary tensile strength make them a worth investigating template for material bioengineering studies
Fil: Cunningham, Mónica Liliana. Instituto de Investigaciones Bioquimicas de La Plata (INIBIOLP); Fc...
Spiders are exceptionally diverse and abundant organisms in terrestrial ecosystems and their evoluti...
Silk is a protein-based biopolymer produced by many different invertebrate species from amphipods to...
International audienceThis study presents the first characterisation of the silk lipids of the cocoo...
Spiders are valuable to humans, not only for their role in health but also as biologic pest controll...
Spiders are valuable to humans, not only for their role in health but also as biologic pest controll...
Cuticular lipids in terrestrial arthropods are not only essential for desiccation resistance; they a...
The capture web of N. clavipes presents viscous droplets, which play important roles in web mechanic...
VHDL fraction contains hemocyanin as its major apoprotein and transports most of the circulating lip...
The orb web of Argiope aurantia was partitioned into a water-soluble and insoluble fraction. The wat...
Consumers feeding at the aquatic–terrestrial ecosystem interface may obtain a mixture of aquatic and...
Silks from araneoid spiders have become an active area of research for material scientists, biochemi...
Spider silks display a remarkable array of properties, making them an area of great interest in biot...
Spiders produce multiple silks with different physical properties that allow them to occupy a divers...
Spider silk has outstanding mechanical & structural properties, despite its light and delicate a...
Fil: Cunningham, Mónica Liliana. Instituto de Investigaciones Bioquimicas de La Plata (INIBIOLP); Fc...
Spiders are exceptionally diverse and abundant organisms in terrestrial ecosystems and their evoluti...
Silk is a protein-based biopolymer produced by many different invertebrate species from amphipods to...
International audienceThis study presents the first characterisation of the silk lipids of the cocoo...
Spiders are valuable to humans, not only for their role in health but also as biologic pest controll...
Spiders are valuable to humans, not only for their role in health but also as biologic pest controll...
Cuticular lipids in terrestrial arthropods are not only essential for desiccation resistance; they a...
The capture web of N. clavipes presents viscous droplets, which play important roles in web mechanic...
VHDL fraction contains hemocyanin as its major apoprotein and transports most of the circulating lip...
The orb web of Argiope aurantia was partitioned into a water-soluble and insoluble fraction. The wat...
Consumers feeding at the aquatic–terrestrial ecosystem interface may obtain a mixture of aquatic and...
Silks from araneoid spiders have become an active area of research for material scientists, biochemi...
Spider silks display a remarkable array of properties, making them an area of great interest in biot...
Spiders produce multiple silks with different physical properties that allow them to occupy a divers...
Spider silk has outstanding mechanical & structural properties, despite its light and delicate a...
Fil: Cunningham, Mónica Liliana. Instituto de Investigaciones Bioquimicas de La Plata (INIBIOLP); Fc...
Spiders are exceptionally diverse and abundant organisms in terrestrial ecosystems and their evoluti...
Silk is a protein-based biopolymer produced by many different invertebrate species from amphipods to...