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1. Cerebellar learning
by Ramnani, Narender
2014, First edition., Progress in brain research, ISBN 9780444633569, Volume 210
Cerebellum | Learning | Neuronal Plasticity | Neurons | physiology
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2. Full Text Distributed synergistic plasticity and cerebellar learning
by Gao, Z and Van Beugen, B.J and De Zeeuw, C.I
Nature Reviews Neuroscience, ISSN 1471-0048, 2012, Volume 13, Issue 9, pp. 619 - 635
Studies on synaptic plasticity in the context of learning have been dominated by the view that a single, particular type of plasticity forms the underlying... 
UNIPOLAR BRUSH CELLS | RAPID BEHAVIORAL MODIFICATION | MOSSY FIBER | PURKINJE-CELL | LONG-TERM DEPRESSION | DEPOLARIZATION-INDUCED SUPPRESSION | MOLECULAR LAYER INTERNEURONS | SYNAPTIC PLASTICITY | NEUROSCIENCES | PARALLEL FIBER SYNAPSES | GLUTAMATE-RECEPTOR DELTA-2 | Reflex, Vestibulo-Ocular - physiology | Cerebellar Cortex - cytology | Humans | Nerve Net - physiology | Nerve Net - cytology | Learning - physiology | Animals | Neuronal Plasticity - physiology | Time Factors | Neurons - physiology | Signal Transduction - physiology | Glutamic Acid - metabolism | Cerebellar Cortex - physiology | Learning | Cerebellum | Physiological aspects | Research
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3. Full Text Defects in the CAPN1 Gene Result in Alterations in Cerebellar Development and Cerebellar Ataxia in Mice and Humans
by Wang, Yubin and Hersheson, Joshua and Lopez, Dulce and Hammer, Monia and Liu, Yan and Lee, Ka-Hung and Pinto, Vanessa and Seinfeld, Jeff and Wiethoff, Sarah and Sun, Jiandong and Amouri, Rim and Hentati, Faycal and Baudry, Michel and Baudry, Neema and Tran, Jennifer and Singleton, Andrew B and Coutelier, Marie and Brice, Alexis and Stevanin, Giovanni and Durr, Alexandra and Bi, Xiaoning and Houlden, Henry
Cell Reports, ISSN 2211-1247, 06/2016, Volume 16, Issue 1, pp. 79 - 91
A missense mutation in Parson Russell Terrier dogs is associated with spinocerebellar ataxia. We now report that homozygous or heterozygous -null mutations in... 
calpain-1 | apoptosis | development | ataxia | cerebellum | SURVIVAL | ACTIVATION | D-ASPARTATE RECEPTORS | TUMOR-SUPPRESSOR | MU-CALPAIN | RAT-BRAIN | DEFICIENT MICE | MUTANT MOUSE | GRANULE CELLS | SYNAPTIC PLASTICITY | CELL BIOLOGY | Phosphorylation | Calpain - metabolism | Cell Count | Humans | Phosphoprotein Phosphatases - metabolism | Male | Calpain - genetics | Motor Activity | Calpain - chemistry | Synaptic Transmission | Intellectual Disability - genetics | Optic Atrophy - pathology | Cerebellum - embryology | Cerebellar Ataxia - physiopathology | Female | Proto-Oncogene Proteins c-akt - metabolism | Optic Atrophy - genetics | Spinocerebellar Ataxias - genetics | Animals, Newborn | Amino Acid Sequence | Cerebellum - metabolism | Intellectual Disability - pathology | Optic Atrophy - physiopathology | Nuclear Proteins - metabolism | Spinocerebellar Ataxias - physiopathology | Cerebellum - physiopathology | Cerebellar Ataxia - pathology | Spinocerebellar Ataxias - pathology | Mutation - genetics | Muscle Spasticity - pathology | Cerebellum - pathology | Mice, Knockout | Intellectual Disability - physiopathology | Animals | Cerebellar Ataxia - genetics | Muscle Spasticity - physiopathology | Enzyme Activation | Muscle Spasticity - genetics | Purkinje Cells - pathology | Aging - metabolism | Apoptosis
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4. Full Text Cerebellar learning mechanisms
by Freeman, John H
Brain Research, ISSN 0006-8993, 2014, Volume 1621, pp. 260 - 269
Abstract The mechanisms underlying cerebellar learning are reviewed with an emphasis on old arguments and new perspectives on eyeblink conditioning. Eyeblink... 
Neurology | Cerebellum | Learning | Excitability | Eyeblink conditioning | Associative learning | Plasticity | NEURONAL-ACTIVITY | NICTITATING-MEMBRANE RESPONSE | VENTRAL LATERAL GENICULATE | INFERIOR OLIVE | PURKINJE-CELL ACTIVITY | INTERPOSITUS NUCLEUS | CONDITIONED EYEBLINK RESPONSE | NEUROSCIENCES | LONG-TERM DEPRESSION | DEVELOPMENTAL-CHANGES | EYELID RESPONSE | Conditioning, Eyelid - physiology | Animals | Neuronal Plasticity | Synapses - physiology | Humans | Cerebellum - physiology | Purkinje Cells - physiology | plasticity | learning | associative learning | excitability | cerebellum | eyeblink conditioning
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5. Full Text Cerebellar learning using perturbations
by Bouvier, Guy and Bouvier, Guy and Aljadeff, Johnatan and Aljadeff, Johnatan and Clopath, Claudia and Bimbard, Célian and Bimbard, Célian and Ranft, Jonas and Ranft, Jonas and Blot, Antonin and Blot, Antonin and Nadal, Jean-Pierre and Nadal, Jean-Pierre and Brunel, Nicolas and Brunel, Nicolas and Hakim, Vincent and Hakim, Vincent and Barbour, Boris and Barbour, Boris
eLife, ISSN 2050-084X, 11/2018, Volume 7, p. e31599
The cerebellum aids the learning of fast, coordinated movements. According to current consensus, erroneously active parallel fibre synapses are depressed by... 
mouse | credit assignment | neuroscience | learning | Purkinje cell | synaptic plasticity | stochastic gradient descent | cerebellum | CUTANEOUS RECEPTIVE-FIELDS | INFERIOR OLIVARY NEURONS | LONG-TERM DEPRESSION | BIOLOGY | CLIMBING FIBERS | BIDIRECTIONAL PLASTICITY | PURKINJE-CELL AXONS | VESTIBULOOCULAR REFLEX | COMPLEX SPIKE ACTIVITY | EYE-MOVEMENTS | MOSSY FIBER EPSCS | Mice, Inbred C57BL | Cerebellum - physiology | Purkinje Cells - physiology | Action Potentials - physiology | Learning | Algorithms | Animals | Neuronal Plasticity - physiology | Time Factors | Computer Simulation | Long-Term Potentiation | Female | Neural Networks (Computer) | Equipment and supplies | Analysis | Teaching | Cerebellum | Neurosciences | Basal ganglia | Plasticity (synaptic) | Climbing | Plasticity (cerebellar) | Stochasticity | Cell migration | Ganglia | Life Sciences
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6. Full Text Non-invasive Cerebellar Stimulation: Moving Towards Clinical Applications for Cerebellar and Extra-Cerebellar Disorders
by van Dun, Kim and Manto, Mario
The Cerebellum, ISSN 1473-4222, 6/2018, Volume 17, Issue 3, pp. 259 - 263
The field of non-invasive stimulation of the cerebellum is quickly expanding. The anatomical structure of the cerebellum with a high density of neurons in the... 
Neurology | Neurosciences | Biomedicine | Neurobiology | Electric properties | Plasticity (functional) | Cerebellum | Electrical properties | Neural networks | Therapeutic applications | Cortex | Plasticity (cortical) | Cognitive ability | Plasticity (cerebellar) | Neurosurgery | Children
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7. Full Text Modulating locomotor adaptation with cerebellar stimulation
by Jayaram, Gowri and Tang, Byron and Pallegadda, Rani and Vasudevan, Erin V.L and Celnik, Pablo and Bastian, Amy
Journal of Neurophysiology, ISSN 0022-3077, 06/2012, Volume 107, Issue 11, pp. 2950 - 2957
Jayaram G, Tang B, Pallegadda R, Vasudevan EV, Celnik P, Bastian A. Modulating locomotor adaptation with cerebellar stimulation. J Neurophysiol 107: 2950-2957,... 
Cerebellum | Locomotion | Rehabilitation | Transcranial direct current stimulation | WALKING | PHYSIOLOGY | GALVANIC VESTIBULAR STIMULATION | locomotion | ACQUISITION | SPLIT-BELT TREADMILL | NEUROSCIENCES | transcranial direct current stimulation | cerebellum | RESPONSES | rehabilitation | HUMAN MOTOR CORTEX | MAGNETIC STIMULATION | EXCITABILITY | DECEREBRATE CAT | PLASTICITY | Young Adult | Motor Activity - physiology | Humans | Adaptation, Physiological - physiology | Adult | Female | Male | Cerebellum - physiology | Electric Stimulation - methods | Walking - physiology
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8. Full Text Cerebellar volume of musicians
by Hutchinson, Siobhan and Lee, Leslie Hui-Lin and Gaab, Nadine and Schlaug, Gottfried
Cerebral Cortex, ISSN 1047-3211, 09/2003, Volume 13, Issue 9, pp. 943 - 949
There is evidence that the cerebellum is involved in motor learning and cognitive function in humans. Animal experiments have found structural changes in the... 
ASYMMETRY | HUMAN BRAIN | FUNCTIONAL-ANATOMY | ANATOMIC-MR CORRELATION | CORTICAL REPRESENTATION | SAGITTAL PLANE | CORPUS-CALLOSUM | NORMAL VOLUNTEERS | MOTOR CORTEX | SEX-DIFFERENCES | NEUROSCIENCES | Learning | Magnetic Resonance Imaging | Prospective Studies | Neuronal Plasticity | Humans | Music | Adult | Female | Male | Cerebellum - anatomy & histology | Sex Characteristics | Motor Skills
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9. Full Text Cerebellar granule cell replenishment postinjury by adaptive reprogramming of Nestin + progenitors
by Wojcinski, Alexandre and Lawton, Andrew K and Bayin, N Sumru and Lao, Zhimin and Stephen, Daniel N and Joyner, Alexandra L
Nature Neuroscience, ISSN 1097-6256, 10/2017, Volume 20, Issue 10, pp. 1361 - 1370
Regeneration of several organs involves adaptive reprogramming of progenitors, but the intrinsic capacity of the developing brain to replenish lost cells... 
MATH1 | NEURAL STEM | CATCH-UP GROWTH | BRAIN-STEM | RHOMBIC-LIP | PTF1A | LINEAGES | PRECURSORS | NEUROSCIENCES | SONIC-HEDGEHOG | REVEALS | Animals, Newborn | Interneurons - physiology | Cerebellum - radiation effects | Nestin - physiology | Neural Stem Cells - physiology | Male | Mice, Transgenic | Hedgehog Proteins - physiology | Cerebellum - physiology | Nestin - metabolism | Astrocytes - physiology | Animals | Neurogenesis - physiology | Neurons - physiology | Female | Mice | Neurons - radiation effects | Neural Stem Cells - metabolism | Psychological aspects | Regeneration | Neural circuitry | Brain research | Nervous system | Cellular signal transduction | Genetic aspects | Health aspects | Hedgehog proteins | Cerebellum | Brain | Nestin | Interneurons | Neurons | Astrocytes | Granule cells | Organs | Recovery of function | Plasticity (cerebellar) | Neurogenesis | Ablation | Plasticity (functional) | Embryonic growth stage | Embryogenesis | Replenishment | Hedgehog protein | Granular materials | Rodents | Scaling
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10. Full Text Cerebellar Modules and Their Role as Operational Cerebellar Processing Units
by Apps, Richard and Hawkes, Richard and Aoki, Sho and Bengtsson, Fredrik and Brown, Amanda M and Chen, Gang and Ebner, Timothy J and Isope, Philippe and Jörntell, Henrik and Lackey, Elizabeth P and Lawrenson, Charlotte and Lumb, Bridget and Schonewille, Martijn and Sillitoe, Roy V and Spaeth, Ludovic and Sugihara, Izumi and Valera, Antoine and Voogd, Jan and Wylie, Douglas R and Ruigrok, Tom J. H
The Cerebellum, ISSN 1473-4222, 10/2018, Volume 17, Issue 5, pp. 654 - 682
The compartmentalization of the cerebellum into modules is often used to discuss its function. What, exactly, can be considered a module, how do they operate,... 
Cerebellum | Neurosciences | Longitudinal stripes | Aldolase C | Functional organization | Neurobiology | Climbing fibers | Neurology | Zebrin | Biomedicine | Purkinje cells | Compartments | Microzones | Mossy fibers | SACCADIC EYE-MOVEMENTS | CLIMBING FIBER INPUT | ALDOLASE-C COMPARTMENTS | PURKINJE-CELL ACTIVITY | NEUROSCIENCES | PIGEONS COLUMBA-LIVIA | COMPLEX SPIKE SYNCHRONY | TACTILE PROJECTION PATTERNS | AGGLUTININ-HORSERADISH PEROXIDASE | SPINO-OLIVOCEREBELLAR SYSTEM | NUCLEUS LENTIFORMIS MESENCEPHALI | Emotional behavior | Functional anatomy | Neural networks | Information processing | Plasticity (cerebellar) | Structure-function relationships | Consensus Paper
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