They changed their minds, however, when they saw the results: The ColorBlast luminaires accentuate the theatre's breathtaking architectural details with saturated, high-quality colored light, to stunning effect. The theatre's 30 board members, whose mission is to keep operations up to date while preserving the theatre's character as a historical landmark, were initially reluctant to install colored light, as they thought it might be garish. The ColorBlast luminaires are digitally controllable LED floodlights that natively produce millions of colors, so the theatre can easily switch to a special lighting scheme for Christmas each year, then switch back after the holiday season ends. They throw pink and orange light against the latticework, and paint the gold columns with purple and purple-blue light. The ColorBlast luminaires are mounted on the floor of the organ chamber and on specially made brackets at the foot of each pillar. Not only were the original fixtures still working after five years of daily use, the new luminaires blended seamlessly with the originals’ a tribute to the superior color consistency and unprecedented lumen maintenance of Color Kinetics LED lighting solutions.īecause the blue sky installation proved so successful, in 2009 the theatre also added ColorBlast 12 and ColorBlast 6 LED luminaires to illuminate the organ chambers, pillars, and latticework at either side of the main stage. In 2009, the theatre installed 50 additional ColorCast 14 luminaires to cover a larger area of the ceiling. The luminaires, set to display blue light only, are installed on Unistrut aluminium track positioned along the edge of the theatre's turret (between the castle-like walls). In 2004, the theatre installed ColorCast 14 LED lighting luminaires (now specified with ColorGraze IntelliHue Powercore) to enhance the ceiling's blue sky effect. The drifting clouds are produced by a special projector, originally a Brenograph magic lantern machine that could create various effects, including sunrise, sunset, fire, snow, and rain. Ninety-six 11 W incandescent lamps set in the ceiling, a third of which flicker, create the impression of stars. To create the sky effect, the theatre's vaulted ceiling was originally painted ultramarine blue in 1929. The Fabulous Fox was built in the 1920s to resemble the courtyard of a fantastic Arabian palace, complete with a trompe l'oeil ceiling that simulates a starry, twilit sky across through which clouds appear to slowly drift. The 4,678-seat theatre is booked for more than 300 performances each year, but the drama and spectacle begin the moment patrons walk through the theatre's ornate entryway. The historic Fox Theatre in Atlanta, Georgia, is a premiere venue for live entertainment. Written in the highly successful Methods in Molecular Biology™ series format, chapters include brief introductions to their respective topics, lists of the necessary materials and reagents, step-by-step, readily reproducible laboratory protocols, and tips on troubleshooting and avoiding known pitfalls.Īuthoritative and practical, Signal Transduction Immunohistochemistry: Methods and Protocols serves as an ideal guide for novices and as a bastion of inspiring ideas to be exploited by experienced researchers on the lookout for new experimental tricks and hints.ColorCast 14 * LED luminaires from Color Kinetics, in daily use since 2004, enhance the Fox Theatre's famous blue sky ceiling. Beginning with a set of introductory chapters, the volume moves on to cover techniques used for the preservation of antigens and their unmasking, protocols in digital imaging and image analysis of stained cells and tissues, high-throughput data collection and data analysis, and techniques used in neuroscience as well as cancer and stem cell research. In Signal Transduction Immunohistochemistry: Methods and Protocols, IHC experts contribute detailed protocols addressing the numerous challenges of signal-transduction immunohistochemistry (ST-IHC). Unlike detecting constitutively expressed targets, immunohistochemical detection of labile, low abundance, and short-lived signal transduction molecules can be a very difficult task.
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