Abstract: Lighting control systems including a driver circuit. One example lighting control system includes an input node, a first light source connected to the input node and configured to generate a first light, and a second light source connected to the input node and configured to generate a second light. The lighting control system also includes a driver circuit connected to the input node. The driver circuit is configured to receive a first signal indicating a driving state of the lighting control system, receive a second signal indicating a magnitude value of an output signal, and generate the output signal based on the first signal and the second signal. The driver circuit is configured to provide the output signal to the input node to control the first light source and the second light source.

Abstract: Lighting control systems including a driver circuit. One example lighting control system includes an input node, a first light source connected to the input node and configured to generate a first light, and a second light source connected to the input node and configured to generate a second light. The lighting control system also includes a driver circuit connected to the input node. The driver circuit is configured to receive a first signal indicating a driving state of the lighting control system, receive a second signal indicating a magnitude value of an output signal, and generate the output signal based on the first signal and the second signal. The driver circuit is configured to provide the output signal to the input node to control the first light source and the second light source.

Abstract: A luminaire including an input driven in a first polarity and a second polarity reversed from the first polarity, a first light source coupled to the input and adapted to generate visible light within a first wavelength range at a first intensity when the input is driven in the first polarity and adapted to generate visible light within the first wavelength range at a second intensity less than the first intensity when the input is driven in the second polarity, and a second light source coupled to the input and adapted to generate light within a second wavelength range, different than first wave length range, at a third intensity when the input is driven in the second polarity and adapted to generate light within the second wavelength range at a fourth intensity less than the third intensity when the input is driven in the first polarity.

Abstract: A light fixture is configured to produce an output via a driver circuit to drive an array of LED light sources. Controlling the light fixture includes receiving a first light intensity value related to a light intensity value for the array of LED light sources, determining a first dimming curve based on the first light intensity value and a color temperature value to determine a first value, receiving a second light intensity value related to a light intensity value for the array of LED light sources at which the color temperature value for the output of the light fixture is achieved, wherein the second light intensity value is different than the first light intensity value, determining a second dimming curve based on the second light intensity value and the color temperature value to determine a second value, wherein the second dimming curve is different than the first dimming curve.

Abstract: A luminaire including an input driven in a first polarity and a second polarity reversed from the first polarity, a first light source coupled to the input and adapted to generate visible light within a first wavelength range at a first intensity when the input is driven in the first polarity and adapted to generate visible light within the first wavelength range at a second intensity less than the first intensity when the input is driven in the second polarity, and a second light source coupled to the input and adapted to generate light within a second wavelength range, different than first wave length range, at a third intensity when the input is driven in the second polarity and adapted to generate light within the second wavelength range at a fourth intensity less than the third intensity when the input is driven in the first polarity.

Abstract: A light fixture is configured to produce an output via a driver circuit to drive an array of LED light sources. Controlling the light fixture includes receiving a first light intensity value related to a light intensity value for the array of LED light sources, determining a first dimming curve based on the first light intensity value and a color temperature value to determine a first value, receiving a second light intensity value related to a light intensity value for the array of LED light sources at which the color temperature value for the output of the light fixture is achieved, wherein the second light intensity value is different than the first light intensity value, determining a second dimming curve based on the second light intensity value and the color temperature value to determine a second value, wherein the second dimming curve is different than the first dimming curve.

Abstract: The present invention relates to a retroviral vector system comprising a therapeutic gene wherein said retroviral vector system is pseudotyped with at least part of a heterologous envelope protein or a mutant, variant or homologue thereof and wherein said therapeutic gene is downstream of an internal promoter.

Abstract: A compound of formula (I): and isomers, salts, solvates, chemically protected forms, and prodrugs thereof, and their use in treating diseases ameliorated by the inhibition of ATM.

Abstract: The present invention discloses synthetic oligonucleotides complementary to contiguous and noncontiguous regions of the HBV RNA. Also disclosed are methods and kits for inhibiting the replication and expression of HBV, and for treating HBV infections and associated conditions.

Abstract: The present invention relates to a retroviral vector system comprising a therapeutic gene wherein said retroviral vector system is pseudotyped with at least part of a heterologous envelope protein or a mutant, variant or homologue thereof and wherein said therapeutic gene is downstream of an internal promoter.

Abstract: The present invention relates to an enzyme process for the one-step conversion of cephalosporin C or a derivative thereof into 7-aminocephalosporanic acid or a corresponding derivative thereof.