Consideration of the importance of hydrophobic interactions in stabilizing insect cuticle |
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Authors: | J.Eric Hillerton Julian F.V. Vincent |
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Affiliation: | Biomechanics Group, Department of Zoology, University of Reading, Whiteknights, Reading, RG6 2AJ, UK |
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Abstract: | Protein fractions of insect cuticles with different mechanical properties have related values of polarity and hydrophobicity. Hydrophobicity is important for the self-assembly of cuticle which is produced prior to the moult and in plasticization of cuticle. The cuticles of soft-bodied fly larvae are quite distinct from those of exopterygotes (e.g. locusts) and this can be related to the chemistry and mode of tanning. The properties of cuticular proteins are compared: the proteins of the pliant cuticles most closely resemble globulins, and the proteins in stiff cuticles are more like fibrous and hydrophobic structural proteins. Changes in the environment of the proteins may alter their shape and hence the mechanical properties of the cuticle. |
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Keywords: | Proteins, insect cuticle hydrophobicity polarity sclerotization |
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