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Current Pharmaceutical Design, ISSN 1381-6128, 2013, Volume 19, Issue 24, pp. 4448 - 4470
Journal Article
Progress in Brain Research, ISSN 0079-6123, 2011, Volume 188, pp. 51 - 70
Journal Article
Frontiers in Neural Circuits, ISSN 1662-5110, 05/2017, Volume 11, p. 34
Journal Article
INTERNATIONAL JOURNAL OF MOLECULAR SCIENCES, ISSN 1661-6596, 08/2019, Volume 20, Issue 16, p. 4036
Blood-brain barrier (BBB) disruption is a critical event after ischemic stroke, which results in edema formation and hemorrhagic transformation of infarcted... 
blood-brain barrier | mesencephalic locomotor region | CELLS | SPHENOPALATINE GANGLION | DISRUPTION | INFLAMMATION | BIOCHEMISTRY & MOLECULAR BIOLOGY | tight junctions | CHEMISTRY, MULTIDISCIPLINARY | photothrombotic stroke | deep brain stimulation
Journal Article
International journal of molecular sciences, ISSN 1422-0067, 05/2019, Volume 20, Issue 9, p. 2341
Deep brain stimulation of the mesencephalic locomotor region (MLR) improves the motor symptoms in Parkinson's disease and experimental stroke by intervening in... 
mesencephalic locomotor region | neuroinflammation | neuroprotection | photothrombotic stroke | deep brain stimulation | neuronal apoptosis
Journal Article
Frontiers in Neural Circuits, ISSN 1662-5110, 08/2017, Volume 11, p. 59
Spinal cord neurons active during locomotion are innervated by descending axons that release the monoamines serotonin (5-HT) and norepinephrine (NE) and these... 
Fictive locomotion | Spinal cord | Ceruleospinal | Raphespinal | Monoamine | Fast cyclic voltammetry | Volume transmission | Mesencephalic locomotor region | LOCUS-CERULEUS NEURONS | AMINO-ACID TRANSMISSION | SCAN CYCLIC VOLTAMMETRY | volume transmission | BRAIN-STEM | fictive locomotion | NEUROSCIENCES | DORSAL-HORN | raphespinal | mesencephalic locomotor region | fast cyclic voltammetry | ceruleospinal | CARBON-FIBER MICROELECTRODES | RETICULOSPINAL NEURONS | monoamine | II MUSCLE AFFERENTS | NUCLEUS RAPHE MAGNUS | FREELY MOVING CATS | spinal cord | Cats | Electric Stimulation | Mesencephalon - cytology | Neural Pathways - drug effects | Spinal Cord - metabolism | Evoked Potentials - physiology | Hindlimb - innervation | Biophysics | Neural Pathways - physiology | Dose-Response Relationship, Drug | Evoked Potentials - drug effects | Animals | Biogenic Monoamines - pharmacology | Analysis of Variance | Muscles - drug effects | Reaction Time - drug effects | Muscles - innervation | Electrochemistry | Mesencephalon - drug effects | Decerebrate State | Biogenic Monoamines - metabolism | Mesencephalon - physiology | Locomotion - physiology | Locomotion - drug effects | Ventral horn | Dopamine | Neurons | Peripheral nerves | Muscles | Substantia alba | Monoamines | Amine oxidase (flavin-containing) | Electrical stimuli | Locomotion | Axons | Carbon fibers | Norepinephrine | Neurotransmission | Locomotor activity | Dorsal horn
Journal Article
Journal Article
eLife, ISSN 2050-084X, 01/2019, Volume 8
A series of recent studies identified key structures in the mesencephalic locomotor region and the caudal brainstem of mice involved in the initiation and... 
mesencephalic locomotor region | supraspinal | spinal locomotor circuits | central pattern generator | neuroscience | locomotor speed | none | reticular formation | SPINAL-CORD INSIGHTS | SPEED | NEURONAL-ACTIVITY | MODULAR ORGANIZATION | MOUSE | BIOLOGY | COORDINATION | Locomotion | Neurosciences | Spinal cord | Interneurons | Simulation | Gait | Brain stem | Circuits | Computer applications | Standard deviation
Journal Article