Abstract: The present disclosure provides an approximation method for the functionality managed by genes of the human body, so that it estimates the human functions and consequences, when one or more factors are changed. The invention aggregates the areas of metabolization and signaling in one consistent and coherent approximation. The genes, which rule these areas constitute only approx. 1% of the DNA, so there is evidently more human functionality to be discovered. But the invention ties the known areas consistently together. And it joins the existence of a feedback mechanism to the metabolization and signaling areas to enable predictions of outcomes as a result of changes in inputs. The invention provides new insights, because it manages the cross-human effects, including whole-body causalities far apart in separate pathways and when a gene affects more than one of the areas mentioned above.

Abstract: A method for generating a workflow on a computer. Assessment data, e.g. defining a need, is obtained from a user. Based thereon, a workflow including a logical sequence of interdependent steps to be made is created using an assessment system. A number of workflow steps are presented to the user in a logical order, and results from the progress of one or more steps may be gathered. The workflow may be modified thereon, if needed, using sub-solutions, logic rules, inference rules and said results by adding and/or removing steps to/from said workflow based on a list of purposes and knowledge of the order in which some or all steps must be made. After modifying the workflow, the presentation thereof is started by the next or more unfinished steps which are not dependent on an unfinished step, thereby forming an adaptive procedure.

Abstract: The invention relates to a method for generating a workflow on a computer. Assessment data, e.g. defining a need, is obtained from a user. Based thereon, a workflow including a logical sequence of interdependent steps to be made is created using an assessment system. A number of workflow steps are presented to the user in a logical order, and results from the progress of one or more steps may be gathered. The workflow may be modified thereon, if needed, using sub-solutions, logic rules, inference rules and said results by adding and/or removing steps to/from said workflow based on a list of purposes and knowledge of the order in which some or all steps must be made. After modifying the workflow, the presentation thereof is started by the next one or more unfinished steps which are not dependent on an unfinished step, thereby forming an adaptive procedure.