Abstract: A method of power sharing between at least two lighting devices located in an outdoor environment, wherein each of the at least two lighting devices comprises an energy storage element arranged for providing power to the respective at least two lighting devices; and wherein the at least two lighting devices are connected to each other via an electric conductor; wherein the method comprises determining a state of charge, SoC, and/or voltage of the energy storage elements of the at least two lighting devices, controlling a first lighting device of the at least two lighting devices to operate in an up-stream mode if the SoC and/or voltage of the respective energy storage element exceeds a threshold, and controlling a second lighting device of the at least two lighting devices to operate in a down-stream mode if the SoC and/or voltage of the respective energy storage element does not exceed the threshold, wherein the second lighting device is arranged for communicating the operating mode to at least one lighting

Abstract: Disclosed herein is a stable pharmaceutical composition comprising a substrate having deposited on its surface a layer comprising saxagliptin or pharmaceutically acceptable salts thereof, wherein a seal coat is not present between the substrate and the saxagliptin layer.

Abstract: A pharmaceutical composition of sirolimus comprising an inert core and a sugar overcoat, wherein said sugar overcoat comprises sirolimus, a poloxamer other than poloxamer 188, microcrystalline cellulose and binder has been developed.

Abstract: Sirolimus particles having d90 value of from about 2? to about 10? have been developed. Further, pharmaceutical composition comprising sirolimus particles having d90 value of from about 2? to about 10? have also been developed.

Abstract: The present invention relates to a nanodispersion composition comprising sirolimus and a surface modifier wherein effective average particle size of Sirolimus is more than 400 nm and process for preparation thereof.