This paper is intended to define a new concept, the Dynamic Management of Distributed Cases-DMDC, and to describe it in the context of its implementation in the automation of processes put in execution by liberal professions. It also makes an inventory of existing systems' shortcomings and identifies the minimal set of standards for process formalization and data exchange as well as re-usable components for a DMDC-type solution.

This article puts forth a model of academic discourse as a set of discursive moves occurring in a three-dimensional space (substantive, methodological and conceptual). The model is used to make sense of the dynamics of the intellectual landscape of organizational research, and to answer the question: When different theory groups (groups of scholars sharing a common set of discursive commitments) vie to explain a particular phenomenon or solve a problem relevant to the study of organizations, which — if any — is likely to become dominant in the literature and why? The article applies the model primarily to competitive interactions among certain types of theory groups. However, the article also shows how the model can be applied to understand both competitive and non-competitive interactions among theory groups, and both teleological and communicative intentions on the part of the movers.

The synthesis and X-ray crystal structure of a new class of fused heterocycle with 8,9-dihydro-pyridazino[1,2,4]triazine type 2 is reported. The synthesis is facile and efficient and, the structure of compounds was proven by elemental and spectral analysis, the X-ray spectra including (for 2b). The compound crystallizes in the space group P21/N (monoclinic) with a = 9.0077(2) �, b = 10.20019(18) �, c = 14.0099(3) �, a= 90�, b = 89.768(2)�, g= 90�, V= 1287.22(5) and Z = 4. Accurate molecular parameters for the heterocyclic system were obtained from intensity data collected at 200(14) K. The molecule 8,9-dihydro-pyridazino[1,2,4]triazine type 2 is a noncoplanar bicyclic fused system, with an envelope shape onto the triazine moiety, the C12 carbon being out of plane. The methyl group from the C12 carbon it is almost perpendicular on the triazine plane. We also notice a rather powerful hydrogen bond between hydrogen atom from N1 and the oxygen from the C11=O1 carbonyl group.