Spiderwebs and Silk: Tracing Evolution From Molecules to Genes to Phenotypes

by Catherine L. Craig

Overview

This book links the molecular evolution of silk proteins to the evolution and behavioral ecology of web-spinning spiders and other arthropods. Craig's book draws together studies from biochemistry through molecular genetics, cellular physiology, ecology, and behavior to present an integrated understanding of an interesting biological system at the molecular and organizational levels.

Product Details

ISBN-13:	9780190284596
Publisher:	Oxford University Press
Publication date:	08/21/2003
Sold by:	Barnes & Noble
Format:	eBook
File size:	22 MB
Note:	This product may take a few minutes to download.

Table of Contents

Preface1. Breaking down silk proteins and their evolutionary pathways2. The comparative architecture of silks, fibrous proteins and their encoding genes in insects and spiders3. The mechanical functions of silk and their correlated structural properties4. Insect spatial vision is potential selective factor on the evolution of silk achromatic properties and web architecture5. Insect color vision is a potential selective factor on the evolution of silk chromatic properties and web design6. Insect learning capacity is a potential selective factor in the evolution of silk color and the decorative silk patterns spun by spiders7. Inter-gland competition for amino acids and the ATP costs of silk synthesis8. One-dimensional developmental system and life-long silk synthesis may preclude the evolution of high eusociality in spiders9. Conclusions and looking forwardBibliographyIndex

Editorial Reviews

The four chapters on silk form the core of the book. The first outlines the history of silk evolution, and the second explores the genetic code behind the proteins that make up some silks. Next comes an investigation of how the mechanical properties of bulk silk depend on the protein skeleton of the filament. And it is all wrapped up by an explanation of the economics of silk synthesis and its effect on the evolution of the wide range of silk types that some spiders can produce. There is also a chapter on the absence of higher social development in spiders, which, in a twist, is linked to development and related silk-production costs. The brief final chapter summarizes the author's view on the forces that drive silk evolution.

From the Publisher