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PLoS Biology Issue Image | Vol. 12(8) August 2014

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Mechanism of spider silk formation.

A major ampullate spider silk gland from the spider Nephila clavipes. The conditions determined along the gland, a drop in pH from 7.6 to <5.7 and increased CO2 pressure, cause the synchronous molecular events of a lock and trigger mechanism that govern the silk fiber formation. The broad pH gradient is generated by carbonic anhydrase that is present in a distinct part of the gland. See Andersson et al.

Image Credit: Marlene Andersson

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Mechanism of spider silk formation.

A major ampullate spider silk gland from the spider Nephila clavipes. The conditions determined along the gland, a drop in pH from 7.6 to <5.7 and increased CO2 pressure, cause the synchronous molecular events of a lock and trigger mechanism that govern the silk fiber formation. The broad pH gradient is generated by carbonic anhydrase that is present in a distinct part of the gland. See Andersson et al.

Image Credit: Marlene Andersson

https://doi.org/10.1371/image.pbio.v12.i08.g001