The D. melanogaster male courtship ritual is an extensively studied, complex innate behavior that can be executed by males reared in isolation (Hall 1994; Greenspan and Ferveur 2000).
Family data have been used extensively for complex genetic modelling such as quantitative-trait linkage (e.g., Amos 1994; Blangero et al. 2001) or segregation analysis to separate genetic and environmental contributions to non-Mendelian diseases (e.g., Falconer 1965; Mather and Jinks 1977; Neale and Cardon 1992).
The G-loop of CDK4 was observed to fluctuate extensively when complexed with lig17 and a novel "flipping-out" mechanism exhibited by Tyr17CDK4/CDK4 17 is reported in this study.
Clp proteases are known to extensively form complexes with AAA+ (ATPases Associated with diverse cellular Activities) modules, which are one of the most diverse and promiscuous modules known to associate with diverse domains and function in a wide range of physiological processes [ 95, 96].
The technique has been used extensively for simulating complex adaptive systems (CAS) in ecology and social sciences [17].
The mechanism of ATL-mediated membrane fusion is different from heterotypic fusion, which has been studied extensively using SNARE complex or viral proteins as examples.
While human cyclin A constructs have been extensively characterized in complex with cyclin dependent kinase 2 (CDK2), efforts to express the monomeric human cyclin A2 in Escherichia coli in a stable form, without the kinase subunit, have been laden with technical difficulties, including solubility, yield and purity.
The technique has been used extensively for simulating complex adaptive systems (CAS) in ecology and social sciences [ 17].
All three strains have been used extensively to study complex traits and to map genetic determinants of gene expression variation; their genomes have been fully sequenced and assembled [ 19, 21– 23].
This indicated that Snf1 and PKA act in concert, i.e. on the same protein kinases, whereas Snf1 and Hog1 seem to integrate quite extensively through more complex routes.
