Genome-scale models of metabolism can illuminate the molecular basis of cell phenotypes.
Since some enzymes are only active in specific cell types, several algorithms use omics data …

Malignant transformation is often accompanied by significant metabolic changes. To identify
drivers underlying these changes, we calculated metabolic flux states for the NCI60 cell line …

This chapter focuses on the cellular underpinnings of rapid adaptive color change in
crustaceans. From the standpoint of molecular endocrinology, chromatic adaptation is …

All arthropods (with the exception of those living in caves, the deepsea, or polar regions)
daily experience changes in environmental brightness due to (a) the unpredictable light …

Examination of the ultrastructure of retinula cells of the Australian crayfish Cherax destructor
at different times over a 24-hour cycle, together with patterns of anti-rhodopsin antigenicity …

Fluid flow in the bone lacuno–canalicular network can induce dynamic fluctuation of
intracellular calcium concentration ([Ca2+] i) in osteoblasts, which plays an important role in …

The localization and basic properties of Ca 2+-accumulating sites in crayfish photoreceptors
were studied with a novel preparation of peeled retinula cells in suspension. Peeled …

The galatheid squat lobster, Munida rugosa, has compound eyes of the reflecting
superposition type in which a distal cone cell layer and a proximal rhabdom layer are …

The light‐adapting response of the screening‐pigment in crayfish retinal photoreceptors,
previously described as a monophasic movement, was found to consist of two stages with …

The caudal photoreceptor (CPR) found in the last abdominal ganglion of crayfish is a well-
known example of a non-retinal photosensitive element. In addition to light sensitivity, this …