This thesis presents a qualitative research on contextual theory and therapy according to Ivan Boszormenyi-Nagy. It encompasses a reconstruction of contextual theory, an analysis of contextual therapy practice and the development of a model for contextual therapy.
Contextual therapy focusses on restoring and enhancing relationships, based on its paradigm of relational ethics, presuming a human tendency for reciprocal care. It is precisely in a time of stressed relationships that this focus on strengthening humanity is of great importance. This article presents the first study on the application of this paradigm into concrete interventions of twelve current contextual therapists, answering the question: How do contextual therapists apply the contextual theory and therapy into concrete interventions? Using the Thematic Analysis, fourteen therapy sessions were analyzed, revealing a typical working-method and eight characteristic categories of interventions. The findings of this qualitative research reveal a consistent working-method and several recognizable contextual elements. These may contribute to further integrating the paradigm of relational ethics in family therapy and developing a contemporary contextual guideline for therapy. It also provides a conditional step for investigating the efficacy of contextual therapy, for evidence-based research, and for further development of the methodology of contextual therapy.
Description of a new hand/palm-held computerized 3D force measuring system. The system is built for interface (direct) measurement of 3D manual contact force with real-time data presentation. Static calibration was performed of the 3D force sensor with variable preloads to study their effect as well of the prototype system adapted for clinical manual examination and treatment. The new system enables, for the first time, recording and presenting of 3D manual contact forces at the patient-practitioner interface. 3D direct manual contact force measures have the potential to give a more complete and differentiated characterization of patient and practitioner forces than 1D forces. Clinical validity of the prototype system will have to be investigated, and for studying specific clinical manual handling techniques, obvious limitations require further development.
