Abstract: The present invention relates to a CRH formulation having improved stability/efficacy. The improved CRH formulation is particularly suitable for treatment of various disorders. The invention also relates to a method of producing the CRH formulation, and to methods of treatment using said CRH formulation.

Abstract: The present invention relates to a CRH formulation having improved stability/efficacy. The improved CRH formulation is particularly suitable for treatment of various disorders. The invention also relates to a method of producing the CRH formulation, and to methods of treatment using said CRH formulation.

Abstract: The present invention relates to a CRH formulation having improved stability/efficacy. The improved CRH formulation is particularly suitable for treatment of various disorders. The invention also relates to a method of producing the CRH formulation, and to methods of treatment using said CRH formulation.

Abstract: A method of adapting synchronous time division multiplexed (TDM) traffic at an interface between a synchronous network in which the traffic is transported in frames identified by corresponding pointers and labels and an asynchronous network in which the adapted traffic is transported in cells, the method comprising mapping said synchronous frames into primary multiplexed groups, mapping each said primary multiplexed group into traffic cells in a respective asynchronous virtual channel, and providing that virtual circuit with a corresponding virtual channel indicator, and wherein said pointers and labels are mapped into one or more separate asynchronous cells for transport ahead or said traffic cells.

Abstract: In order to support both signalling processing on a per channel basis and multiple adaptation protocols, an interface (10) is modularised principally by function. Incident channels (60-62, Cho—Chn) are applied to a routing device (16) that consults a connection map (64) to determine an appropriate path, via an interface (90), for signal processing of each channel, as shown in FIG. 2. Modularised processing platforms (70-74) each contain a number of signal processors (80-86), with each processing platform providing an additional level of indirection with respect to channel handling. In this latter respect, one of the signal processors (86) on each platform is assigned to distribute channel processing to appropriately configured other ones of the signal processors and such that signal processing functions may be distributed between the other ones (80-84) of the signal processors.