An analysis of the CatWalk XT and a composite score to assess neurofunctional deficits after photothrombosis in mice.
The purpose of this study was to evaluate CatWalk's capability for assessing the functional outcome after photothrombotic stroke affecting the motor cortex of mice. Mice were tested up to 21 days after photothrombosis or sham surgery using CatWalk, and a composite score assessing functional deficits (neuroscore). The neuroscore demonstrated deficits of the contralateral forelimb for more than two weeks after stroke. There were no asymmetric or coordinative dysfunctions of limbs detected by CatWalk. However, CatWalk data revealed impairment of locomotion speed and its depending parameters for one-week after stroke in strong correlation to the neuroscore. Data suggest that the composite neuroscore allows to more sensitively and precisely specify and quantify photothrombosis-induced hemisyndromes than CatWalk.
['Bärmann|J|J|', 'Walter|H L|HL|', 'Pikhovych|A|A|', 'Endepols|H|H|', 'Fink|G R|GR|', 'Rueger|M A|MA|', 'Schroeter|M|M|']
D000818:Animals D004195:Disease Models, Animal D005121:Extremities D005684:Gait D008027:Light D008297:Male D051379:Mice D008810:Mice, Inbred C57BL D009044:Motor Cortex D012984:Software D020521:Stroke D013927:Thrombosis
CatWalk XT Photothrombosis Photothrombotic stroke Neuroscore Coordinative dysfunction Hemisyndrome Behaviour Central pattern generators Cortical stroke Forelimb impairment Functional deficit assessment Gait analysis