Synchronizing the endogenous clock of animals to artificially created light-dark cycles in the laboratory is a
challenging task, because it needs a fully controllable, automatic lighting system that produces various light-dark cycles
with changing spectral composition of high quality and fidelity. Here, we focus on the development of such a system for
the model species Drosophila melanogaster. Meeting the technological objectives of this research, we introduce a user
friendly, real time embedded, distributed, data management and multi-threading based system i.e. DroLIGHT-2, which is
capable of controlling and automating an LED-based lighting system. In this manuscript, we briefly explore what
DroLIGHT-2 is, its features, advancements, hardware, usage and pitfalls. We validate the software application with two
and three dimensional presentation of the obtained results generated by DroLIGHT-2 and compare them with existing, our
previously published solutions. We also discuss followed software engineering’ paradigm, used development life cycle,
some designed application’ models with implementation and graphical user interface’ details. Moreover the paper also
discusses few patents relevant to circadian-rhythm and real time embedded systems.
Circadian-rhythm, drosophila, , diurnal rhythm, embedded systems, light-dark cycles, neurobiology, neuroinformatics.
Department of Neurobiology and Genetics, Biocenter, University of Wuerzburg, Germany.