Volume 35 proves to be essential reading for anyone interested in reactions between retinoid signaling pathways and the genes regulating cell proliferation/survival, developmentally-regulated changes in the nuclear envelope, the developmental roles of the EGFR, or ErbB family, the correspondence between phylogeny and life history in polyembryonic insect development, control of cadherin function by extracellular signals, the importance of the Spemann organizer for neural induction, and the study of signal transduction in Drosophila melanogaster.
This volume continues the custom of addressing developmental mechanisms in a variety of experimental systems by offering timely reviews and incisive analysis of key research in developmental biology.
From the Reviews of Previous Volumes"e;In reviewing this volume as a whole, one is struck by the quality and scholarship of the various chapters and the obviously efficient editing.
This research level review series covers diverse aspects of microbial physiology and biochemistry, including: inositol metabolism in yeasts, bacterial adhesion, organic acids, the bacterial flagellum, mechanical behaviour of bacterial cell walls.
Our most complete understanding of hormone receptor signaling may be exemplified in a family of hormones and receptors known as the cytokine superfamily.
