Abstract: Methods for evaluating the expression of one or more molecules of interest by cell types of interest within a heterogeneous population of cells are provided, comprising: (i) sorting cells of the heterogeneous population of cells into two or more cell types based on expression of one or more cell type markers by the cells; (ii) labelling the cells with target-binding molecules capable of binding to one or more molecules of interest; and (iii) analysing the cells in order to determine expression of the one or more molecules of interest by the one or more cell types of interest.

Abstract: The present invention relates to compositions containing IgG and methods for the promotion of nerve regeneration or prevention or inhibition of neuronal degeneration by IgG to ameliorate the effects of injury, disorder or disease of the nervous system.

Abstract: The present invention relates to compositions containing IgG and methods for the promotion of nerve regeneration or prevention or inhibition of neuronal degeneration by IgG to ameliorate the effects of injury, disorder or disease of the nervous system.

Abstract: A Multi-Level Architecture for developing intelligent computer systems composes computational modules uniformly across diverse developmental framework. The modules interact via message passing and are assembled to form application-specific systems. A first level of the Multi-Level Architecture includes a cooperative operating system which provides support for message passing and resource allocation and is preferably based on a module-oriented programming (MOP) model. The first level, for example, defines a virtual machine which is mapped onto an underlying hardware and operating system environment. A second level of the Multi-Level Architecture supports a plurality of application-independent problem-solving frameworks (PSF's) or programming environments for building modules and combining modules of different frameworks into complex systems.