https://neuralcipherai.com/tr/research/med-30499047-therapeutic-nanoplatforms-and-delivery-strategies-for-neurological-disorders/https://neuralcipherai.com/tr/research/med-30453998-anti-neuroinflammatory-effects-of-gpr55-antagonists-in-lps-activated-primary-microglial-ce/https://neuralcipherai.com/tr/research/med-30419916-objective-and-automatic-classification-of-parkinson-disease-with-leap-motion-controller/https://neuralcipherai.com/tr/research/med-30413001-a-nationwide-survey-on-danon-disease-in-japan/https://neuralcipherai.com/tr/research/med-30405116-defective-mitochondrial-protein-import-contributes-to-complex-i-induced-mitochondrial-dysf/https://neuralcipherai.com/tr/research/med-30400914-vision-based-assessment-of-parkinsonism-and-levodopa-induced-dyskinesia-with-pose-estimati/https://neuralcipherai.com/tr/research/med-30385782-the-small-molecule-alpha-synuclein-misfolding-inhibitor-npt200-11-produces-multiple-benefi/https://neuralcipherai.com/tr/research/med-30381367-early-predictors-of-mortality-in-parkinsonism-and-parkinson-disease-a-population-based-stu/https://neuralcipherai.com/tr/research/med-30137437-in-silico-drug-screening-by-using-genome-wide-association-study-data-repurposed-dabrafenib/https://neuralcipherai.com/tr/research/med-30136084-divergent-brain-gene-expression-patterns-associate-with-distinct-cell-specific-tau-neuropa/https://neuralcipherai.com/tr/research/med-30130648-generic-dynamic-causal-modelling-an-illustrative-application-to-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-30048714-the-g2019s-mutation-in-lrrk2-imparts-resiliency-to-kinase-inhibition/https://neuralcipherai.com/tr/research/med-29903584-a-detailed-clinical-study-of-pain-in-1957-participants-with-early-moderate-parkinson-s-dis/https://neuralcipherai.com/tr/research/med-30353104-sensory-attenuation-in-parkinson-s-disease-is-related-to-disease-severity-and-dopamine-dos/https://neuralcipherai.com/tr/research/med-30347635-new-perspectives-in-iron-chelation-therapy-for-the-treatment-of-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-30341367-internal-cueing-improves-gait-more-than-external-cueing-in-healthy-adults-and-people-with/https://neuralcipherai.com/tr/research/med-30333048-isolated-nigral-degeneration-without-pathological-protein-aggregation-in-autopsied-brains/https://neuralcipherai.com/tr/research/med-30279374-towards-an-automated-unsupervised-mobility-assessment-for-older-people-based-on-inertial-t/https://neuralcipherai.com/tr/research/med-30232246-smartphone-motor-testing-to-distinguish-idiopathic-rem-sleep-behavior-disorder-controls-an/https://neuralcipherai.com/tr/research/med-30204191-millifluidic-culture-improves-human-midbrain-organoid-vitality-and-differentiation/https://neuralcipherai.com/tr/research/med-30171839-ursodeoxycholic-acid-improves-mitochondrial-function-and-redistributes-drp1-in-fibroblasts/https://neuralcipherai.com/tr/research/med-30274340-a-validation-study-of-freezing-of-gait-fog-detection-and-machine-learning-based-fog-predic/https://neuralcipherai.com/tr/research/med-30274236-the-interplay-among-pink1-parkin-dj-1-network-during-mitochondrial-quality-control-in-canc/https://neuralcipherai.com/tr/research/med-30242232-parkin-dependent-regulation-of-the-mcu-complex-component-micu1/https://neuralcipherai.com/tr/research/med-30241358-mendelian-randomization-studies-of-coffee-and-caffeine-consumption/https://neuralcipherai.com/tr/research/med-30231908-rapid-dissemination-of-alpha-synuclein-seeds-through-neural-circuits-in-an-in-vivo-prion-l/https://neuralcipherai.com/tr/research/med-30213136-voltage-dependent-calcium-channels-calcium-binding-proteins-and-their-interaction-in-the-p/https://neuralcipherai.com/tr/research/med-30199545-physiological-and-pathological-roles-of-fatp-mediated-lipid-droplets-in-drosophila-and-mic/https://neuralcipherai.com/tr/research/med-30192747-nicotinamide-n-methyltransferase-controls-behavior-neurodegeneration-and-lifespan-by-regul/https://neuralcipherai.com/tr/research/med-30185603-synaptic-dysfunction-in-neurodegenerative-and-neurodevelopmental-diseases-an-overview-of-i/https://neuralcipherai.com/tr/research/med-30137209-can-neuroimaging-predict-dementia-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-30047249-altered-resting-state-functional-connectivity-of-the-putamen-and-internal-globus-pallidus/https://neuralcipherai.com/tr/research/med-29915149-glycomic-and-proteomic-changes-in-aging-brain-nigrostriatal-pathway/https://neuralcipherai.com/tr/research/med-29909050-beta-burst-coupling-across-the-motor-circuit-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28689673-the-anatomy-of-apathy-a-neurocognitive-framework-for-amotivated-behaviour/https://neuralcipherai.com/tr/research/med-30143726-assessment-of-the-ability-of-open-and-closed-loop-cueing-to-improve-turning-and-freezing-i/https://neuralcipherai.com/tr/research/med-30115021-wearables-for-gait-and-balance-assessment-in-the-neurological-ward-study-design-and-first/https://neuralcipherai.com/tr/research/med-30107856-membrane-binding-internalization-and-sorting-of-alpha-synuclein-in-the-cell/https://neuralcipherai.com/tr/research/med-30104666-distribution-of-oxidized-dj-1-in-parkinson-s-disease-related-sites-in-the-brain-and-in-the/https://neuralcipherai.com/tr/research/med-30098201-retinal-microvascular-impairment-in-the-early-stages-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-30071902-a-new-hypothesis-for-parkinson-s-disease-pathogenesis-gtpase-p38-mapk-signaling-and-autoph/https://neuralcipherai.com/tr/research/med-30014513-mendelian-randomization-study-shows-no-causal-relationship-between-circulating-urate-level/https://neuralcipherai.com/tr/research/med-29934616-pten-l-is-a-novel-protein-phosphatase-for-ubiquitin-dephosphorylation-to-inhibit-pink1-par/https://neuralcipherai.com/tr/research/med-29749079-acute-tau-knockdown-in-the-hippocampus-of-adult-mice-causes-learning-and-memory-deficits/https://neuralcipherai.com/tr/research/med-29700661-parkinson-disease-from-mendelian-forms-to-genetic-susceptibility-new-molecular-insights-in/https://neuralcipherai.com/tr/research/med-29575574-no-effects-without-causes-the-iron-dysregulation-and-dormant-microbes-hypothesis-for-chron/https://neuralcipherai.com/tr/research/med-29427026-wearable-sensors-for-clinical-applications-in-epilepsy-parkinson-s-disease-and-stroke-a-mi/https://neuralcipherai.com/tr/research/med-29143692-non-pharmacological-interventions-for-lewy-body-dementia-a-systematic-review/https://neuralcipherai.com/tr/research/med-30109035-mapping-movement-mood-motivation-and-mentation-in-the-subthalamic-nucleus/https://neuralcipherai.com/tr/research/med-30060474-uric-acid-and-cognitive-function-in-older-individuals/https://neuralcipherai.com/tr/research/med-30037345-characterisation-of-tau-in-the-human-and-rodent-enteric-nervous-system-under-physiological/https://neuralcipherai.com/tr/research/med-30018113-structure-function-analysis-of-the-curli-accessory-protein-csge-defines-surfaces-essential/https://neuralcipherai.com/tr/research/med-30013201-post-treatment-with-pt302-a-long-acting-exendin-4-sustained-release-formulation-reduces-do/https://neuralcipherai.com/tr/research/med-29968707-modulation-of-m1-m2-polarization-by-capsaicin-contributes-to-the-survival-of-dopaminergic/https://neuralcipherai.com/tr/research/med-29961428-activity-of-translation-regulator-eukaryotic-elongation-factor-2-kinase-is-increased-in-pa/https://neuralcipherai.com/tr/research/med-29779045-clinical-utility-of-fdg-pet-in-parkinson-s-disease-and-atypical-parkinsonism-associated-wi/https://neuralcipherai.com/tr/research/med-29623597-coping-mediates-the-relationship-between-sense-of-coherence-and-mental-quality-of-life-in/https://neuralcipherai.com/tr/research/med-29484516-natural-history-of-neurological-abnormalities-in-cerebrotendinous-xanthomatosis/https://neuralcipherai.com/tr/research/med-29372317-the-genetic-architecture-of-mitochondrial-dysfunction-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-30106239-sleep-disturbances-and-depression-severity-in-patients-with-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29953413-circsnca-downregulation-by-pramipexole-treatment-mediates-cell-apoptosis-and-autophagy-in/https://neuralcipherai.com/tr/research/med-29917066-consistent-decreased-activity-in-the-putamen-in-parkinson-s-disease-a-meta-analysis-and-an/https://neuralcipherai.com/tr/research/med-29915200-subthalamic-theta-activity-a-novel-human-subcortical-biomarker-for-obsessive-compulsive-di/https://neuralcipherai.com/tr/research/med-29907742-nmda-antagonists-for-treating-the-non-motor-symptoms-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29895906-repositioning-of-omarigliptin-as-a-once-weekly-intranasal-anti-parkinsonian-agent/https://neuralcipherai.com/tr/research/med-29895328-glucocorticoid-dependent-redd1-expression-reduces-muscle-metabolism-to-enable-adaptation-u/https://neuralcipherai.com/tr/research/med-29882776-the-role-of-magnesium-in-neurological-disorders/https://neuralcipherai.com/tr/research/med-29879046-clinical-aspects-of-adherence-to-pharmacotherapy-in-parkinson-disease-a-prisma-compliant-s/https://neuralcipherai.com/tr/research/med-29865234-supplementation-of-blackcurrant-anthocyanins-increased-cyclic-glycine-proline-in-the-cereb/https://neuralcipherai.com/tr/research/med-29857583-changes-of-colonic-bacterial-composition-in-parkinson-s-disease-and-other-neurodegenerativ/https://neuralcipherai.com/tr/research/med-29743203-the-parkinson-s-disease-vps35-d620n-mutation-enhances-lrrk2-mediated-rab-protein-phosphory/https://neuralcipherai.com/tr/research/med-29656189-quantitative-electroencephalography-as-a-marker-of-cognitive-fluctuations-in-dementia-with/https://neuralcipherai.com/tr/research/med-29401614-depletion-of-microglia-augments-the-dopaminergic-neurotoxicity-of-mptp/https://neuralcipherai.com/tr/research/med-29857538-use-of-curcumin-a-natural-polyphenol-for-targeting-molecular-pathways-in-treating-age-rela/https://neuralcipherai.com/tr/research/med-29788997-2d-versus-3d-human-induced-pluripotent-stem-cell-derived-cultures-for-neurodegenerative-di/https://neuralcipherai.com/tr/research/med-29773814-melanopsin-mediated-pupil-function-is-impaired-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29769594-touchscreen-typing-pattern-analysis-for-detecting-fine-motor-skills-decline-in-early-stage/https://neuralcipherai.com/tr/research/med-29764466-validity-of-shoe-type-inertial-measurement-units-for-parkinson-s-disease-patients-during-t/https://neuralcipherai.com/tr/research/med-29760182-alternating-modulation-of-subthalamic-nucleus-beta-oscillations-during-stepping/https://neuralcipherai.com/tr/research/med-29740058-model-based-and-model-free-machine-learning-techniques-for-diagnostic-prediction-and-class/https://neuralcipherai.com/tr/research/med-29739456-estimation-of-spatio-temporal-parameters-of-gait-from-magneto-inertial-measurement-units-m/https://neuralcipherai.com/tr/research/med-29716656-large-inter-and-intra-case-variability-of-first-generation-tau-pet-ligand-binding-in-neuro/https://neuralcipherai.com/tr/research/med-29701787-nucleus-basalis-of-meynert-degeneration-precedes-and-predicts-cognitive-impairment-in-park/https://neuralcipherai.com/tr/research/med-29672668-distinct-effects-of-apathy-and-dopamine-on-effort-based-decision-making-in-parkinson-s-dis/https://neuralcipherai.com/tr/research/med-29357448-propagation-of-beta-gamma-rhythms-in-the-cortico-basal-ganglia-circuits-of-the-parkinsonia/https://neuralcipherai.com/tr/research/med-29695377-a-kinematic-sensor-and-algorithm-to-detect-motor-fluctuations-in-parkinson-disease-validat/https://neuralcipherai.com/tr/research/med-29667931-ave0991-a-nonpeptide-analogue-of-ang-1-7-attenuates-aging-related-neuroinflammation/https://neuralcipherai.com/tr/research/med-29636460-cxcr4-involvement-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-29631587-evaluation-of-the-implementation-of-a-clinical-pharmacy-service-on-an-acute-internal-medic/https://neuralcipherai.com/tr/research/med-29621974-characteristics-of-a-newly-diagnosed-polish-cohort-of-patients-with-neurological-manifesta/https://neuralcipherai.com/tr/research/med-29615705-gdnf-expressing-macrophages-mitigate-loss-of-dopamine-neurons-and-improve-parkinsonian-sym/https://neuralcipherai.com/tr/research/med-29606416-mechanisms-underlying-decision-making-as-revealed-by-deep-brain-stimulation-in-patients-wi/https://neuralcipherai.com/tr/research/med-29516871-big-data-in-parkinson-s-disease-using-smartphones-to-remotely-detect-longitudinal-disease/https://neuralcipherai.com/tr/research/med-29414779-structure-and-biophysical-characterization-of-the-human-full-length-neurturin-gfra2-comple/https://neuralcipherai.com/tr/research/med-29307661-spatio-temporal-dynamics-of-cortical-drive-to-human-subthalamic-nucleus-neurons-in-parkins/https://neuralcipherai.com/tr/research/med-28466266-prolonged-dysfunction-of-astrocytes-and-activation-of-microglia-accelerate-degeneration-of/https://neuralcipherai.com/tr/research/med-29570615-neuroimmune-tau-mechanisms-their-role-in-the-progression-of-neuronal-degeneration/https://neuralcipherai.com/tr/research/med-29558440-transferrin-functionalized-liposomes-loading-dopamine-hcl-development-and-permeability-stu/https://neuralcipherai.com/tr/research/med-29551090-early-life-stress-depression-and-parkinson-s-disease-a-new-approach/https://neuralcipherai.com/tr/research/med-29545639-electroencephalographic-derived-network-differences-in-lewy-body-dementia-compared-to-alzh/https://neuralcipherai.com/tr/research/med-29533394-global-quantitative-analysis-of-the-human-brain-proteome-in-alzheimer-s-and-parkinson-s-di/https://neuralcipherai.com/tr/research/med-29497126-depressive-symptoms-and-their-association-with-social-determinants-and-chronic-diseases-in/https://neuralcipherai.com/tr/research/med-29497039-er-mitochondria-signaling-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29374536-cognitive-flexibility-deficits-following-6-ohda-lesions-of-the-rat-dorsomedial-striatum/https://neuralcipherai.com/tr/research/med-29193464-functional-connectivity-in-dementia-with-lewy-bodies-a-within-and-between-network-analysis/https://neuralcipherai.com/tr/research/med-29159076-parkinson-s-disease-prevalence-in-fabry-disease-a-survey-study/https://neuralcipherai.com/tr/research/med-28401475-mitochondrial-quality-control-and-disease-insights-into-ischemia-reperfusion-injury/https://neuralcipherai.com/tr/research/med-29535814-astaxanthin-is-neuroprotective-in-an-aged-mouse-model-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29449201-peer-coaching-through-mhealth-targeting-physical-activity-in-people-with-parkinson-disease/https://neuralcipherai.com/tr/research/med-29434188-dopamine-d2-receptor-mediated-neuroprotection-in-a-g2019s-lrrk2-genetic-model-of-parkinson/https://neuralcipherai.com/tr/research/med-29409443-experiences-of-fear-of-falling-in-persons-with-parkinson-s-disease-a-qualitative-study/https://neuralcipherai.com/tr/research/med-29392081-trefoil-factor-3-cholinesterase-and-homocysteine-potential-predictors-for-parkinson-s-dise/https://neuralcipherai.com/tr/research/med-29259137-distinct-differences-in-prion-like-seeding-and-aggregation-between-tau-protein-variants-pr/https://neuralcipherai.com/tr/research/med-31304341-wearable-sensors-for-parkinson-s-disease-which-data-are-worth-collecting-for-training-symp/https://neuralcipherai.com/tr/research/med-30693065-computational-studies-applied-to-flavonoids-against-alzheimer-s-and-parkinson-s-diseases/https://neuralcipherai.com/tr/research/med-30692960-the-role-of-palliative-care-in-chronic-progressive-neurological-diseases-a-survey-amongst/https://neuralcipherai.com/tr/research/med-30687049-neural-substrates-of-cognitive-motor-interference-during-walking-peripheral-and-central-me/https://neuralcipherai.com/tr/research/med-30666229-unilateral-stimulation-of-subthalamic-nucleus-does-not-affect-inhibitory-control/https://neuralcipherai.com/tr/research/med-30619024-monitoring-motor-symptoms-during-activities-of-daily-living-in-individuals-with-parkinson/https://neuralcipherai.com/tr/research/med-30618732-neuroprotective-effect-of-quercetin-against-the-detrimental-effects-of-lps-in-the-adult-mo/https://neuralcipherai.com/tr/research/med-30618597-the-involvement-of-iron-in-traumatic-brain-injury-and-neurodegenerative-disease/https://neuralcipherai.com/tr/research/med-30586410-quantification-of-hydrogen-production-by-intestinal-bacteria-that-are-specifically-dysregu/https://neuralcipherai.com/tr/research/med-30581383-insula-as-the-interface-between-body-awareness-and-movement-a-neurofeedback-guided-kinesth/https://neuralcipherai.com/tr/research/med-30564462-sarm1-induction-and-accompanying-inflammatory-response-mediates-age-dependent-susceptibili/https://neuralcipherai.com/tr/research/med-30542343-park-7-a-novel-therapeutic-target-for-macrophages-in-sepsis-induced-immunosuppression/https://neuralcipherai.com/tr/research/med-30524273-resveratrol-brain-delivery-for-neurological-disorders-prevention-and-treatment/https://neuralcipherai.com/tr/research/med-30524223-orexin-a-exerts-neuroprotective-effects-via-ox1r-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-30483055-rab7l1-mediated-relocalization-of-lrrk2-to-the-golgi-complex-causes-centrosomal-deficits-v/https://neuralcipherai.com/tr/research/med-30473927-the-contribution-of-tau-amyloid-beta-and-alpha-synuclein-pathology-to-dementia-in-lewy-bod/https://neuralcipherai.com/tr/research/med-30459558-neuromodulatory-effects-of-guanine-based-purines-in-health-and-disease/https://neuralcipherai.com/tr/research/med-30450040-automatic-mitochondria-segmentation-for-em-data-using-a-3d-supervised-convolutional-networ/https://neuralcipherai.com/tr/research/med-30443212-phytochemical-and-pharmacological-role-of-liquiritigenin-and-isoliquiritigenin-from-radix/https://neuralcipherai.com/tr/research/med-30425673-cognitive-motor-interference-in-neurodegenerative-disease-a-narrative-review-and-implicati/https://neuralcipherai.com/tr/research/med-30420802-the-luxembourg-parkinson-s-study-a-comprehensive-approach-for-stratification-and-early-dia/https://neuralcipherai.com/tr/research/med-30417084-differential-contributions-of-subthalamic-beta-rhythms-and-1-f-broadband-activity-to-motor/https://neuralcipherai.com/tr/research/med-30405355-phenolic-compounds-characteristic-of-the-mediterranean-diet-in-mitigating-microglia-mediat/https://neuralcipherai.com/tr/research/med-30402203-connection-between-systemic-inflammation-and-neuroinflammation-underlies-neuroprotective-m/https://neuralcipherai.com/tr/research/med-30377537-effects-of-yoga-on-oxidative-stress-motor-function-and-non-motor-symptoms-in-parkinson-s-d/https://neuralcipherai.com/tr/research/med-30374285-eeg-microstates-change-in-response-to-increase-in-dopaminergic-stimulation-in-typical-park/https://neuralcipherai.com/tr/research/med-30364275-microrna-212-5p-prevents-dopaminergic-neuron-death-by-inhibiting-sirt2-in-mptp-induced-mou/https://neuralcipherai.com/tr/research/med-30364204-mitochondrial-morphology-function-and-homeostasis-are-impaired-by-expression-of-an-n-termi/https://neuralcipherai.com/tr/research/med-30363956-tremor-types-in-parkinson-disease-a-descriptive-study-using-a-new-classification/https://neuralcipherai.com/tr/research/med-30319535-beyond-dopamine-gaba-glutamate-and-the-axial-symptoms-of-parkinson-disease/https://neuralcipherai.com/tr/research/med-30319362-bidirectional-microglia-neuron-communication-in-health-and-disease/https://neuralcipherai.com/tr/research/med-30278074-does-nutritional-status-affect-parkinson-s-disease-features-and-quality-of-life/https://neuralcipherai.com/tr/research/med-30255022-are-we-doing-more-than-we-know-possible-mechanisms-of-response-to-music-therapy/https://neuralcipherai.com/tr/research/med-30233478-impulse-control-disorder-in-parkinson-s-disease-a-meta-analysis-of-cognitive-affective-and/https://neuralcipherai.com/tr/research/med-30210436-deep-brain-stimulation-and-l-dopa-therapy-concepts-of-action-and-clinical-applications-in/https://neuralcipherai.com/tr/research/med-30210429-deep-brain-stimulation-and-sleep-wake-disturbances-in-parkinson-disease-a-review/https://neuralcipherai.com/tr/research/med-30190701-application-of-precision-medicine-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-30186216-is-diffusion-tensor-imaging-a-good-biomarker-for-early-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-30155515-altered-dopamine-release-and-monoamine-transporters-in-vps35-p-d620n-knock-in-mice/https://neuralcipherai.com/tr/research/med-30151098-the-impact-of-living-with-parkinson-s-disease-balancing-within-a-web-of-needs-and-demands/https://neuralcipherai.com/tr/research/med-30138454-charting-the-onset-of-parkinson-like-motor-and-non-motor-symptoms-in-nonhuman-primate-mode/https://neuralcipherai.com/tr/research/med-30127724-microglia-response-during-parkinson-s-disease-alpha-synuclein-intervention/https://neuralcipherai.com/tr/research/med-30127720-microglial-trem2-dap12-signaling-a-double-edged-sword-in-neural-diseases/https://neuralcipherai.com/tr/research/med-30116173-excitatory-dendritic-mitochondrial-calcium-toxicity-implications-for-parkinson-s-and-other/https://neuralcipherai.com/tr/research/med-30104997-levodopa-carbidopa-intestinal-gel-in-parkinson-s-disease-a-systematic-review-and-meta-anal/https://neuralcipherai.com/tr/research/med-30104971-effects-of-transcranial-direct-current-stimulation-tdcs-over-the-frontal-polar-area-on-mot/https://neuralcipherai.com/tr/research/med-30087647-restless-legs-syndrome-and-parkinson-disease-a-causal-relationship-between-the-two-disorde/https://neuralcipherai.com/tr/research/med-30079229-an-early-diagnosis-is-not-the-same-as-a-timely-diagnosis-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-30050657-rutin-as-a-potent-antioxidant-implications-for-neurodegenerative-disorders/https://neuralcipherai.com/tr/research/med-30035027-brain-connectivity-changes-when-comparing-effects-of-subthalamic-deep-brain-stimulation-wi/https://neuralcipherai.com/tr/research/med-30034336-acupuncture-modulates-the-cerebello-thalamo-cortical-circuit-and-cognitive-brain-regions-i/https://neuralcipherai.com/tr/research/med-30034335-the-intersection-of-central-dopamine-system-and-stroke-potential-avenues-aiming-at-enhance/https://neuralcipherai.com/tr/research/med-30026688-oxidative-stress-in-parkinson-s-disease-a-systematic-review-and-meta-analysis/https://neuralcipherai.com/tr/research/med-29984164-beta-band-oscillations-in-the-supplementary-motor-cortex-are-modulated-by-levodopa-and-ass/https://neuralcipherai.com/tr/research/med-29977280-effect-of-group-based-rehabilitation-combining-action-observation-with-physiotherapy-on-fr/https://neuralcipherai.com/tr/research/med-29973913-cognitive-profiles-and-hub-vulnerability-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29971039-on-cell-loss-and-selective-vulnerability-of-neuronal-populations-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29967649-functional-improvements-in-parkinson-s-disease-following-a-randomized-trial-of-yoga/https://neuralcipherai.com/tr/research/med-29967579-integrated-analysis-and-identification-of-novel-biomarkers-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29967574-plin4-dependent-lipid-droplets-hamper-neuronal-mitophagy-in-the-mptp-p-induced-mouse-model/https://neuralcipherai.com/tr/research/med-29951580-cognitive-impairment-in-parkinson-s-disease-a-report-from-a-multidisciplinary-symposium-on/https://neuralcipherai.com/tr/research/med-29930494-linking-glycation-and-glycosylation-with-inflammation-and-mitochondrial-dysfunction-in-par/https://neuralcipherai.com/tr/research/med-29928255-altered-whole-brain-and-network-based-functional-connectivity-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29922149-partial-depletion-of-peripheral-m1-macrophages-reverses-motor-deficits-in-mptp-treated-mou/https://neuralcipherai.com/tr/research/med-29915533-metabolomic-profiles-for-primary-progressive-multiple-sclerosis-stratification-and-disease/https://neuralcipherai.com/tr/research/med-29910763-zebrafish-as-an-animal-model-for-drug-discovery-in-parkinson-s-disease-and-other-movement/https://neuralcipherai.com/tr/research/med-29902255-altered-expression-of-genes-involved-in-ganglioside-biosynthesis-in-substantia-nigra-neuro/https://neuralcipherai.com/tr/research/med-29900402-neuromelanin-organelles-are-specialized-autolysosomes-that-accumulate-undegraded-proteins/https://neuralcipherai.com/tr/research/med-29896152-a-review-of-scales-to-evaluate-sleep-disturbances-in-movement-disorders/https://neuralcipherai.com/tr/research/med-29887829-accuracy-of-rating-scales-and-clinical-measures-for-screening-of-rapid-eye-movement-sleep/https://neuralcipherai.com/tr/research/med-29881345-detection-of-microbial-16s-rrna-gene-in-the-blood-of-patients-with-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29876270-resting-state-connectivity-in-neurodegenerative-disorders-is-there-potential-for-an-imagin/https://neuralcipherai.com/tr/research/med-29875659-multi-target-protective-effects-of-gintonin-in-1-methyl-4-phenyl-1-2-3-6-tetrahydropyridin/https://neuralcipherai.com/tr/research/med-29875626-mitochondrial-quality-control-in-neurodegenerative-diseases-focus-on-parkinson-s-disease-a/https://neuralcipherai.com/tr/research/med-29872690-mitochondrial-dysfunction-within-the-synapses-of-substantia-nigra-neurons-in-parkinson-s-d/https://neuralcipherai.com/tr/research/med-29872633-parkinson-s-disease-related-signal-change-in-the-nigrosomes-1-5-and-the-substantia-nigra-u/https://neuralcipherai.com/tr/research/med-29867991-optineurin-a-coordinator-of-membrane-associated-cargo-trafficking-and-autophagy/https://neuralcipherai.com/tr/research/med-29861833-flavonoids-as-therapeutic-agents-in-alzheimer-s-and-parkinson-s-diseases-a-systematic-revi/https://neuralcipherai.com/tr/research/med-29854385-oral-health-of-parkinson-s-disease-patients-a-case-control-study/https://neuralcipherai.com/tr/research/med-29854017-social-cognition-dysfunctions-in-neurodegenerative-diseases-neuroanatomical-correlates-and/https://neuralcipherai.com/tr/research/med-29849897-disruption-of-the-circadian-clock-alters-antioxidative-defense-via-the-sirt1-bmal1-pathway/https://neuralcipherai.com/tr/research/med-29785199-physical-exercise-for-parkinson-s-disease-clinical-and-experimental-evidence/https://neuralcipherai.com/tr/research/med-29780572-cognitive-training-and-transcranial-direct-current-stimulation-for-mild-cognitive-impairme/https://neuralcipherai.com/tr/research/med-29765316-noradrenergic-dysfunction-in-alzheimer-s-and-parkinson-s-diseases-an-overview-of-imaging-s/https://neuralcipherai.com/tr/research/med-29755410-mitochondrial-chaperones-in-the-brain-safeguarding-brain-health-and-metabolism/https://neuralcipherai.com/tr/research/med-29755338-a-review-of-the-pedunculopontine-nucleus-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29755319-ambra1-mediated-mitophagy-counteracts-oxidative-stress-and-apoptosis-induced-by-neurotoxic/https://neuralcipherai.com/tr/research/med-29740312-emotion-detection-deficits-and-decreased-empathy-in-patients-with-alzheimer-s-disease-and/https://neuralcipherai.com/tr/research/med-29731707-the-neuroprotection-of-low-dose-morphine-in-cellular-and-animal-models-of-parkinson-s-dise/https://neuralcipherai.com/tr/research/med-29713303-association-between-peripheral-inflammation-and-datscan-data-of-the-striatal-nuclei-in-dif/https://neuralcipherai.com/tr/research/med-29706993-instrumental-or-physical-exercise-rehabilitation-of-balance-improves-both-balance-and-gait/https://neuralcipherai.com/tr/research/med-29695996-outcomes-of-interventional-mri-versus-microelectrode-recording-guided-subthalamic-deep-bra/https://neuralcipherai.com/tr/research/med-29686643-inhibition-of-mtorc1-signaling-reverts-cognitive-and-affective-deficits-in-a-mouse-model-o/https://neuralcipherai.com/tr/research/med-29686604-ultrasound-triggered-effects-of-the-microbubbles-coupled-to-gdnf-plasmid-loaded-pegylated/https://neuralcipherai.com/tr/research/med-29670573-gait-asymmetry-in-people-with-parkinson-s-disease-is-linked-to-reduced-integrity-of-callos/https://neuralcipherai.com/tr/research/med-29670547-medications-used-for-cognitive-enhancement-in-patients-with-schizophrenia-bipolar-disorder/https://neuralcipherai.com/tr/research/med-29662881-the-continuum-of-aging-and-age-related-diseases-common-mechanisms-but-different-rates/https://neuralcipherai.com/tr/research/med-29644335-neuromelanin-detection-by-magnetic-resonance-imaging-mri-and-its-promise-as-a-biomarker-fo/https://neuralcipherai.com/tr/research/med-29644334-objective-measurement-in-routine-care-of-people-with-parkinson-s-disease-improves-outcomes/https://neuralcipherai.com/tr/research/med-29636676-effect-of-fear-of-falling-on-turning-performance-in-parkinson-s-disease-in-the-lab-and-at/https://neuralcipherai.com/tr/research/med-29632508-multidimensional-circadian-monitoring-by-wearable-biosensors-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29628907-diagnostic-criteria-for-parkinson-s-disease-from-james-parkinson-to-the-concept-of-prodrom/https://neuralcipherai.com/tr/research/med-29628879-dopamine-effort-based-choice-and-behavioral-economics-basic-and-translational-research/https://neuralcipherai.com/tr/research/med-29618972-an-inflammation-centric-view-of-neurological-disease-beyond-the-neuron/https://neuralcipherai.com/tr/research/med-29615862-serotonergic-dysfunction-in-amyotrophic-lateral-sclerosis-and-parkinson-s-disease-similar/https://neuralcipherai.com/tr/research/med-29600247-the-effects-of-combinations-of-cognitive-impairment-and-pre-frailty-on-adverse-outcomes-fr/https://neuralcipherai.com/tr/research/med-29582000-rhythmic-abilities-and-musical-training-in-parkinson-s-disease-do-they-help/https://neuralcipherai.com/tr/research/med-29568281-quantitative-analysis-of-bradykinesia-and-rigidity-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29560414-management-of-constipation-in-patients-with-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29559949-impaired-quality-of-life-and-need-for-palliative-care-in-a-german-cohort-of-advanced-parki/https://neuralcipherai.com/tr/research/med-29559901-gait-analysis-for-early-detection-of-motor-symptoms-in-the-6-ohda-rat-model-of-parkinson-s/https://neuralcipherai.com/tr/research/med-29559883-estrogen-interactions-with-lipid-rafts-related-to-neuroprotection-impact-of-brain-ageing-a/https://neuralcipherai.com/tr/research/med-29527170-animal-toxins-as-therapeutic-tools-to-treat-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-29513680-augmented-frontal-cortex-diacylglycerol-levels-in-parkinson-s-disease-and-lewy-body-diseas/https://neuralcipherai.com/tr/research/med-29505581-parkinson-disease-related-atp13a2-evolved-early-in-animal-evolution/https://neuralcipherai.com/tr/research/med-29503606-deep-brain-stimulation-to-alleviate-freezing-of-gait-and-cognitive-dysfunction-in-parkinso/https://neuralcipherai.com/tr/research/med-29486000-effects-of-physical-exercise-programs-on-cognitive-function-in-parkinson-s-disease-patient/https://neuralcipherai.com/tr/research/med-29483867-ethnopharmacological-approaches-for-dementia-therapy-and-significance-of-natural-products/https://neuralcipherai.com/tr/research/med-29468148-polyamines-bio-molecules-with-diverse-functions-in-plant-and-human-health-and-disease/https://neuralcipherai.com/tr/research/med-29467673-gait-complexity-and-regularity-are-differently-modulated-by-treadmill-walking-in-parkinson/https://neuralcipherai.com/tr/research/med-29456521-mathematical-modeling-of-protein-misfolding-mechanisms-in-neurological-diseases-a-historic/https://neuralcipherai.com/tr/research/med-29434537-how-can-a-ketogenic-diet-improve-motor-function/https://neuralcipherai.com/tr/research/med-29422978-dna-methylation-alterations-in-ipsc-and-hesc-derived-neurons-potential-implications-for-ne/https://neuralcipherai.com/tr/research/med-29403371-weight-loss-and-malnutrition-in-patients-with-parkinson-s-disease-current-knowledge-and-fu/https://neuralcipherai.com/tr/research/med-29387530-connectivity-derived-thalamic-segmentation-in-deep-brain-stimulation-for-tremor/https://neuralcipherai.com/tr/research/med-29373589-sensorimotor-adaptation-of-voice-fundamental-frequency-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29361745-microglia-and-aging-the-role-of-the-trem2-dap12-and-cx3cl1-cx3cr1-axes/https://neuralcipherai.com/tr/research/med-29356624-from-genomics-to-omics-landscapes-of-parkinson-s-disease-revealing-the-molecular-mechanism/https://neuralcipherai.com/tr/research/med-29354684-optimizing-olfactory-testing-for-the-diagnosis-of-parkinson-s-disease-item-analysis-of-the/https://neuralcipherai.com/tr/research/med-29346382-6-ohda-induced-dopaminergic-neurodegeneration-in-caenorhabditis-elegans-is-promoted-by-the/https://neuralcipherai.com/tr/research/med-29343241-clinical-features-and-dysfunctions-of-iron-metabolism-in-parkinson-disease-patients-with-h/https://neuralcipherai.com/tr/research/med-29339765-mutations-in-bassoon-in-individuals-with-familial-and-sporadic-progressive-supranuclear-pa/https://neuralcipherai.com/tr/research/med-29330419-parkinson-disease-with-constipation-clinical-features-and-relevant-factors/https://neuralcipherai.com/tr/research/med-29323122-effect-of-rhythmic-auditory-cueing-on-parkinsonian-gait-a-systematic-review-and-meta-analy/https://neuralcipherai.com/tr/research/med-29321020-meta-analysis-of-human-gene-expression-in-response-to-mycobacterium-tuberculosis-infection/https://neuralcipherai.com/tr/research/med-29316636-segmentation-of-gait-sequences-in-sensor-based-movement-analysis-a-comparison-of-methods-i/https://neuralcipherai.com/tr/research/med-29304050-severe-hyposmia-and-aberrant-functional-connectivity-in-cognitively-normal-parkinson-s-dis/https://neuralcipherai.com/tr/research/med-29300342-snca-is-a-functionally-low-expressed-gene-in-lung-adenocarcinoma/https://neuralcipherai.com/tr/research/med-29212815-rab29-activation-of-the-parkinson-s-disease-associated-lrrk2-kinase/https://neuralcipherai.com/tr/research/med-29209747-an-adverse-outcome-pathway-for-parkinsonian-motor-deficits-associated-with-mitochondrial-c/https://neuralcipherai.com/tr/research/med-29201640-connectome-analysis-with-diffusion-mri-in-idiopathic-parkinson-s-disease-evaluation-using/https://neuralcipherai.com/tr/research/med-29201638-patterns-of-grey-matter-loss-associated-with-motor-subscores-in-early-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29127256-development-of-phospho-specific-rab-protein-antibodies-to-monitor-lt-i-gt-in-vivo-lt-i-gt/https://neuralcipherai.com/tr/research/med-29127255-interrogating-parkinson-s-disease-lrrk2-kinase-pathway-activity-by-assessing-rab10-phospho/https://neuralcipherai.com/tr/research/med-29032502-gut-microbiota-changes-in-the-extreme-decades-of-human-life-a-focus-on-centenarians/https://neuralcipherai.com/tr/research/med-28714429-structural-brain-correlations-of-visuospatial-and-visuoperceptual-tests-in-parkinson-s-dis/https://neuralcipherai.com/tr/research/med-27975167-lrrk2-expression-is-deregulated-in-fibroblasts-and-neurons-from-parkinson-patients-with-mu/https://neuralcipherai.com/tr/research/med-29295587-dopamine-and-levodopa-prodrugs-for-the-treatment-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29269791-the-effect-of-istradefylline-for-parkinson-s-disease-a-meta-analysis/https://neuralcipherai.com/tr/research/med-29259237-adaptation-of-stability-during-perturbed-walking-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29234141-cannabinoid-type-2-receptors-in-dopamine-neurons-inhibits-psychomotor-behaviors-alters-anx/https://neuralcipherai.com/tr/research/med-29209434-vitamin-d-in-the-prevention-prediction-and-treatment-of-neurodegenerative-and-neuroinflamm/https://neuralcipherai.com/tr/research/med-29196699-altered-resting-state-brain-activity-in-parkinson-s-disease-patients-with-freezing-of-gait/https://neuralcipherai.com/tr/research/med-29116411-advanced-parkinson-s-or-complex-phase-parkinson-s-disease-re-evaluation-is-needed/https://neuralcipherai.com/tr/research/med-29040416-fractionating-the-neurocognitive-mechanisms-underlying-working-memory-independent-effects/https://neuralcipherai.com/tr/research/med-28752333-significance-of-long-chain-polyunsaturated-fatty-acids-in-human-health/https://neuralcipherai.com/tr/research/med-28549787-the-gut-brain-axis-in-parkinson-s-disease-possibilities-for-food-based-therapies/https://neuralcipherai.com/tr/research/med-29168786-effects-of-commonly-used-pesticides-in-china-on-the-mitochondria-and-ubiquitin-proteasome/https://neuralcipherai.com/tr/research/med-29167476-levodopa-induced-abnormal-involuntary-movements-correlate-with-altered-permeability-of-the/https://neuralcipherai.com/tr/research/med-29166931-elevated-lrrk2-autophosphorylation-in-brain-derived-and-peripheral-exosomes-in-lrrk2-mutat/https://neuralcipherai.com/tr/research/med-29149058-neurotrophic-and-neuroregenerative-effects-of-gh-igf1/https://neuralcipherai.com/tr/research/med-29132391-nadph-oxidases-in-parkinson-s-disease-a-systematic-review/https://neuralcipherai.com/tr/research/med-29096672-the-effects-of-yoga-versus-stretching-and-resistance-training-exercises-on-psychological-d/https://neuralcipherai.com/tr/research/med-29091718-analysis-of-neurodegenerative-mendelian-genes-in-clinically-diagnosed-alzheimer-disease/https://neuralcipherai.com/tr/research/med-29079685-early-weight-loss-in-parkinsonism-predicts-poor-outcomes-evidence-from-an-incident-cohort/https://neuralcipherai.com/tr/research/med-29053865-beta-burst-dynamics-in-parkinson-s-disease-off-and-on-dopaminergic-medication/https://neuralcipherai.com/tr/research/med-28529068-adverse-outcome-pathways-application-to-enhance-mechanistic-understanding-of-neurotoxicity/https://neuralcipherai.com/tr/research/med-29108286-park14-pla2g6-mutants-are-defective-in-preventing-rotenone-induced-mitochondrial-dysfuncti/https://neuralcipherai.com/tr/research/med-29078813-the-trojan-horse-neuroinflammatory-impact-of-t-cells-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-29077060-oxidative-stress-mechanistic-insights-into-inherited-mitochondrial-disorders-and-parkinson/https://neuralcipherai.com/tr/research/med-29073886-ultra-high-field-swi-of-the-substantia-nigra-at-7t-reliability-and-consistency-of-the-swal/https://neuralcipherai.com/tr/research/med-29057912-posttranslational-modifications-of-blood-derived-alpha-synuclein-as-biochemical-markers-fo/https://neuralcipherai.com/tr/research/med-29047416-lessons-learned-about-f-18-av-1451-off-target-binding-from-an-autopsy-confirmed-parkinson/https://neuralcipherai.com/tr/research/med-29022898-superoxide-drives-progression-of-parkin-pink1-dependent-mitophagy-following-translocation/https://neuralcipherai.com/tr/research/med-28983119-the-gbap1-pseudogene-acts-as-a-cerna-for-the-glucocerebrosidase-gene-gba-by-sponging-mir-2/https://neuralcipherai.com/tr/research/med-28848050-reactive-oxygen-species-trigger-parkin-pink1-pathway-dependent-mitophagy-by-inducing-mitoc/https://neuralcipherai.com/tr/research/med-28978077-am1241-alleviates-mptp-induced-parkinson-s-disease-and-promotes-the-regeneration-of-da-neu/https://neuralcipherai.com/tr/research/med-28963550-proteomic-mapping-of-differentially-vulnerable-pre-synaptic-populations-identifies-regulat/https://neuralcipherai.com/tr/research/med-28962651-hexokinases-link-dj-1-to-the-pink1-parkin-pathway/https://neuralcipherai.com/tr/research/med-28939804-separate-neural-representations-of-depression-anxiety-and-apathy-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28874701-restless-legs-syndrome-in-parkinson-disease-clinical-characteristics-abnormal-iron-metabol/https://neuralcipherai.com/tr/research/med-28798236-the-unintended-mitochondrial-uncoupling-effects-of-the-fda-approved-anti-helminth-drug-nit/https://neuralcipherai.com/tr/research/med-28733970-new-genes-causing-hereditary-parkinson-s-disease-or-parkinsonism/https://neuralcipherai.com/tr/research/med-28643372-fine-tuning-perk-signaling-for-neuroprotection/https://neuralcipherai.com/tr/research/med-28516276-p2x7-receptor-pannexin-1-interaction-mediates-extracellular-alpha-synuclein-induced-atp-re/https://neuralcipherai.com/tr/research/med-28466093-myeloperoxidase-immunoreactive-cells-are-significantly-increased-in-brain-areas-affected-b/https://neuralcipherai.com/tr/research/med-28860483-selective-lrrk2-kinase-inhibition-reduces-phosphorylation-of-endogenous-rab10-and-rab12-in/https://neuralcipherai.com/tr/research/med-28851996-uncovering-the-underlying-mechanisms-and-whole-brain-dynamics-of-deep-brain-stimulation-fo/https://neuralcipherai.com/tr/research/med-28839167-analytical-performance-of-reagent-for-assaying-tau-protein-in-human-plasma-and-feasibility/https://neuralcipherai.com/tr/research/med-28832529-assessment-of-autophagy-in-neurons-and-brain-tissue/https://neuralcipherai.com/tr/research/med-28830433-transcranial-direct-current-stimulation-as-a-motor-neurorehabilitation-tool-an-empirical-r/https://neuralcipherai.com/tr/research/med-28800113-biomarker-research-in-parkinson-s-disease-using-metabolite-profiling/https://neuralcipherai.com/tr/research/med-28701495-neurodegenerative-and-psychiatric-diseases-among-families-with-amyotrophic-lateral-scleros/https://neuralcipherai.com/tr/research/med-28646119-rest-suppression-mediates-neural-conversion-of-adult-human-fibroblasts-via-microrna-depend/https://neuralcipherai.com/tr/research/med-28472425-prodromal-parkinsonism-and-neurodegenerative-risk-stratification-in-rem-sleep-behavior-dis/https://neuralcipherai.com/tr/research/med-28435104-drosophila-pink1-and-parkin-loss-of-function-mutants-display-a-range-of-non-motor-parkinso/https://neuralcipherai.com/tr/research/med-28378063-bridging-the-gap-large-animal-models-in-neurodegenerative-research/https://neuralcipherai.com/tr/research/med-28342083-classification-of-advanced-stages-of-parkinson-s-disease-translation-into-stratified-treat/https://neuralcipherai.com/tr/research/med-28319892-mitochondrial-hyperpolarization-in-ipsc-derived-neurons-from-patients-of-ftdp-17-with-10-1/https://neuralcipherai.com/tr/research/med-28251357-freezing-of-gait-and-fall-detection-in-parkinson-s-disease-using-wearable-sensors-a-system/https://neuralcipherai.com/tr/research/med-28250029-stability-of-mild-cognitive-impairment-in-newly-diagnosed-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28050656-the-recommendations-of-a-consensus-panel-for-the-screening-diagnosis-and-treatment-of-neur/https://neuralcipherai.com/tr/research/med-28028643-parkinson-s-a-syndrome-rather-than-a-disease/https://neuralcipherai.com/tr/research/med-27624704-examining-chronic-care-patient-preferences-for-involvement-in-health-care-decision-making/https://neuralcipherai.com/tr/research/med-27356916-role-of-the-il-1-pathway-in-dopaminergic-neurodegeneration-and-decreased-voluntary-movemen/https://neuralcipherai.com/tr/research/med-28742084-systematic-tissue-specific-functional-annotation-of-the-human-genome-highlights-immune-rel/https://neuralcipherai.com/tr/research/med-28724963-midnolin-is-a-novel-regulator-of-parkin-expression-and-is-associated-with-parkinson-s-dise/https://neuralcipherai.com/tr/research/med-28714891-structural-and-functional-neuroimaging-of-visual-hallucinations-in-lewy-body-disease-a-sys/https://neuralcipherai.com/tr/research/med-28710399-downregulation-of-blood-serum-microrna-29-family-in-patients-with-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28701749-calcium-activated-sk-channels-control-firing-regularity-by-modulating-sodium-channel-avail/https://neuralcipherai.com/tr/research/med-28698624-naringenin-impairs-two-pore-channel-2-activity-and-inhibits-vegf-induced-angiogenesis/https://neuralcipherai.com/tr/research/med-28678790-risk-of-hospitalization-with-neurodegenerative-disease-after-moderate-to-severe-traumatic/https://neuralcipherai.com/tr/research/med-28402959-meta-analysis-of-the-association-between-variants-in-mapt-and-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-28391543-increased-brain-expression-of-gpnmb-is-associated-with-genome-wide-significant-risk-for-pa/https://neuralcipherai.com/tr/research/med-28706727-pd-manager-an-mhealth-platform-for-parkinson-s-disease-patient-management/https://neuralcipherai.com/tr/research/med-28672838-recent-advances-in-conotoxin-classification-by-using-machine-learning-methods/https://neuralcipherai.com/tr/research/med-28638722-associations-between-cognitive-impairment-and-motor-dysfunction-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28634347-decreased-circulating-zinc-levels-in-parkinson-s-disease-a-meta-analysis-study/https://neuralcipherai.com/tr/research/med-28609445-estimating-the-causal-influence-of-body-mass-index-on-risk-of-parkinson-disease-a-mendelia/https://neuralcipherai.com/tr/research/med-28595572-white-matter-damage-and-systemic-inflammation-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28591653-a-highly-efficient-human-pluripotent-stem-cell-microglia-model-displays-a-neuronal-co-cult/https://neuralcipherai.com/tr/research/med-28491942-a-dataset-of-multi-contrast-population-averaged-brain-mri-atlases-of-a-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28580188-on-the-relationship-between-energy-metabolism-proteostasis-aging-and-parkinson-s-disease-p/https://neuralcipherai.com/tr/research/med-28566724-aberrant-intra-and-internetwork-functional-connectivity-in-depressed-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28542144-dicer-and-micrornas-protect-adult-dopamine-neurons/https://neuralcipherai.com/tr/research/med-28506263-mindfulness-based-stress-reduction-in-parkinson-s-disease-a-systematic-review/https://neuralcipherai.com/tr/research/med-28506248-paraquat-and-parkinson-s-disease-a-systematic-review-protocol-according-to-the-ohat-approa/https://neuralcipherai.com/tr/research/med-28473320-chronic-intermittent-hypoxia-induces-oxidative-stress-and-inflammation-in-brain-regions-as/https://neuralcipherai.com/tr/research/med-28469157-brain-iron-chelation-by-deferiprone-in-a-phase-2-randomised-double-blinded-placebo-control/https://neuralcipherai.com/tr/research/med-28247193-modeling-a-composite-score-in-parkinson-s-disease-using-item-response-theory/https://neuralcipherai.com/tr/research/med-28243755-differential-diagnosis-between-patients-with-probable-alzheimer-s-disease-parkinson-s-dise/https://neuralcipherai.com/tr/research/med-28446709-control-of-mitochondrial-biogenesis-and-function-by-the-ubiquitin-proteasome-system/https://neuralcipherai.com/tr/research/med-28445933-the-long-noncoding-rna-hotair-promotes-parkinson-s-disease-by-upregulating-lrrk2-expressio/https://neuralcipherai.com/tr/research/med-28420888-global-gene-expression-profiling-of-healthy-human-brain-and-its-application-in-studying-ne/https://neuralcipherai.com/tr/research/med-28420370-neuroprotective-effect-of-demethoxycurcumin-a-natural-derivative-of-curcumin-on-rotenone-i/https://neuralcipherai.com/tr/research/med-28403881-glucocorticoid-receptor-represses-brain-derived-neurotrophic-factor-expression-in-neuron-l/https://neuralcipherai.com/tr/research/med-28399880-quantitative-proteomic-analysis-of-parkin-substrates-in-drosophila-neurons/https://neuralcipherai.com/tr/research/med-28398338-the-histamine-h3-receptor-antagonist-thioperamide-rescues-circadian-rhythm-and-memory-func/https://neuralcipherai.com/tr/research/med-28387722-translocator-protein-18-kda-tspo-positron-emission-tomography-pet-imaging-and-its-clinical/https://neuralcipherai.com/tr/research/med-28379197-abnormalities-of-mitochondrial-dynamics-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-28374775-comparison-for-efficacy-and-tolerability-among-ten-drugs-for-treatment-of-parkinson-s-dise/https://neuralcipherai.com/tr/research/med-28366931-hydrocortisone-induced-parkin-prevents-dopaminergic-cell-death-via-creb-pathway-in-parkins/https://neuralcipherai.com/tr/research/med-28334851-the-modulatory-effect-of-adaptive-deep-brain-stimulation-on-beta-bursts-in-parkinson-s-dis/https://neuralcipherai.com/tr/research/med-28153913-an-anatomically-resolved-mouse-brain-proteome-reveals-parkinson-disease-relevant-pathways/https://neuralcipherai.com/tr/research/med-28060761-identification-of-micrornas-associated-with-glioma-diagnosis-and-prognosis/https://neuralcipherai.com/tr/research/med-28374014-transgenic-monkey-model-of-the-polyglutamine-diseases-recapitulating-progressive-neurologi/https://neuralcipherai.com/tr/research/med-28340569-an-immunohistochemical-enzymatic-and-behavioral-study-of-cd157-bst-1-as-a-neuroregulator/https://neuralcipherai.com/tr/research/med-28327638-conditional-deletion-of-ndufs4-in-dopaminergic-neurons-promotes-parkinson-s-disease-like-n/https://neuralcipherai.com/tr/research/med-28320442-analysis-of-monocyte-infiltration-in-mptp-mice-reveals-that-microglial-cx3cr1-protects-aga/https://neuralcipherai.com/tr/research/med-28302071-sex-differences-in-the-molecular-signature-of-the-developing-mouse-hippocampus/https://neuralcipherai.com/tr/research/med-28297587-efficiently-specified-ventral-midbrain-dopamine-neurons-from-human-pluripotent-stem-cells/https://neuralcipherai.com/tr/research/med-28281653-nix-restores-mitophagy-and-mitochondrial-function-to-protect-against-pink1-parkin-related/https://neuralcipherai.com/tr/research/med-28273839-parkinson-s-disease-from-pathogenesis-to-pharmacogenomics/https://neuralcipherai.com/tr/research/med-28266613-screening-with-an-nmnat2-msd-platform-identifies-small-molecules-that-modulate-nmnat2-leve/https://neuralcipherai.com/tr/research/med-28266544-misrouting-of-v-atpase-subunit-v0a1-dysregulates-lysosomal-acidification-in-a-neurodegener/https://neuralcipherai.com/tr/research/med-28071873-cognitive-stress-reduces-the-effect-of-levodopa-on-parkinson-s-resting-tremor/https://neuralcipherai.com/tr/research/med-27364754-learning-to-live-with-parkinson-s-disease-in-the-family-unit-an-interpretative-phenomenolo/https://neuralcipherai.com/tr/research/med-28241758-clinical-trials-from-the-patient-perspective-survey-in-an-online-patient-community/https://neuralcipherai.com/tr/research/med-28233776-gait-improvement-via-rhythmic-stimulation-in-parkinson-s-disease-is-linked-to-rhythmic-ski/https://neuralcipherai.com/tr/research/med-28224980-alpha-synuclein-prevents-the-formation-of-spherical-mitochondria-and-apoptosis-under-oxida/https://neuralcipherai.com/tr/research/med-28222783-walking-in-fully-immersive-virtual-environments-an-evaluation-of-potential-adverse-effects/https://neuralcipherai.com/tr/research/med-28218669-a-review-of-gaucher-disease-pathophysiology-clinical-presentation-and-treatments/https://neuralcipherai.com/tr/research/med-28218249-complexity-variability-assessment-of-nonlinear-time-varying-cardiovascular-control/