Barley fibre and wet distillers' solubles in the diet of growing cattle

Selostus: Ohrarehu ja tärkkelysrankki kasvavien lihanautojen säilörehuun perustuvassa ruokinnassa

Konsultoinnissa tärkeä osa uutta tietoa syntyy yhteisprosessissa

Artikkelissa Hannele Kokotti, Jaakko Virkkunen, Ilpo Vuorinen, Tarja Nissinen ja Paula Kyrö keskustelevat konsultoinnin teoriasta ja käytännöstä

Sanastollinen tieto ja suomen kielen oppikirjojen sanasto

Summary: Lexical knowledge and the vocabulary of course books on the Finnish language

Vastine Kelomäelle

Vastine Tapani Kelomäen artikkeliin Virittäjä 1/1999

Diffusion Spectrum Imaging after stroke shows structural changes in the contra-lateral motor network correlating with functional recovery

There is growing interest in understanding the role of the non-injured contra-lateral hemisphere in stroke recovery. In the experimental field, histological evidence has been reported that structural changes occur in the contra-lateral connectivity and circuits during stroke recovery. In humans, some recent imaging studies indicated that contra-lateral sub-cortical pathways and functional and structural cortical networks are remodeling, after stroke. Structural changes in the contra-lateral networks, however, have never been correlated to clinical recovery in patients. To determine the importance of the contra-lateral structural changes in post-stroke recovery, we selected a population of patients with motor deficits after stroke affecting the motor cortex and/or sub-cortical motor white matter. We explored i) the presence of Generalized Fractional Anisotropy (GFA) changes indicating structural alterations in the motor network of patientsâeuro? contra-lateral hemisphere as well as their longitudinal evolution ii) the correlation of GFA changes with patientsâeuro? clinical scores, stroke size and demographics data iii) and a predictive model.