locomotion - Globe Thesis

Keyword [locomotion] Result: 21 - 40 \| Page: 2 of 4
21.	The Application Of Meta Analysis In Sports—the Influenece Of Body Weight Support Training On Walking Locomotion After Stroke
22.	Preliminary Study Of The Mechanisms Of Reduced Rats’ Physical Performance In Acute Hypoxia
23.	Aldose Reductase Regulates Microglia/macrophages Polarization To Influence Locomotion Recovery After Spinal Cord Injury In Mice
24.	A Study Of Schizophrenia Model With Selective Memory Defect Induced By MK-801
25.	1.Protective Effects Of Batroxobin On Spinal Cord Injury In Rats2.Involvement Of Shh/Gli1Signaling In The Permeability Of Blood Spinal Cord Barrier And Locomotion Recovery After Spinal Cord Injury In Mice
26.	The Effect Of Corydaline And L-tetrahydropalmatine Against Morphine Dependence In Rats
27.	Study Of The Rescue Effect Of Selective Activation Of MeCP2 In Cholinergic Neurons On Rett Syndrome-like Phenotypes And Its Mechanism In Mice
28.	The Effect Of LINGO-1 Antibody On The Myelin Impairment And Behavior Disorder In Mouse Models Of Multiple Sclerosis
29.	Research About The Alterations Of The Firing Characteristic Of GPe And GPi And Their Relationship In Rats Of Parkinson's Disease Under A Specific Locomotion
30.	The Neuroprotective Effect Of MLIF In Cerebral Ischemic Injury
31.	Anti-inflammation Mechanism Of MLIF In Cerebral Ischemia
32.	Study On Cardiac Function Parameters Before And After The Loading Locomotion Based On Pulse Wave Of Limbs
33.	Research On Distribution Characteristics Of Plantar Pressure In Multi-locomotion Mode
34.	Standing Balance And Locomotion Gait During Post-Stroke Rehabilitation
35.	?-elemene Promotes Functional Recovery Of Locomotion In Rats With Spinal Cord Injury
36.	Study On The Pathogenic Mutations Of Two Single-gene Inherited Diseases Of The Locomotion System
37.	Bilateral limb phase relationship and its potential to alter muscle activity phasing during locomotion post-stroke
38.	EEG during pedaling: Brain activity during a locomotion-like task in humans
39.	Design of a next-generation soft-bodied colonoscopy robot using human factors principles
40.	Semicircular canal morphology as evidence of locomotor environment in amniotes
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