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/https://neuralcipherai.com/tr/research/med-28196514-defining-the-contribution-of-neuroinflammation-to-parkinson-s-disease-in-humanized-immune/https://neuralcipherai.com/tr/research/med-28191785-impact-of-the-secretome-of-human-mesenchymal-stem-cells-on-brain-structure-and-animal-beha/https://neuralcipherai.com/tr/research/med-28160778-meta-analysis-on-the-prevalence-of-rem-sleep-behavior-disorder-symptoms-in-parkinson-s-dis/https://neuralcipherai.com/tr/research/med-28153046-mitochondrial-dna-point-mutations-and-relative-copy-number-in-1363-disease-and-control-hum/https://neuralcipherai.com/tr/research/med-28151476-regulation-of-glutamate-transporter-trafficking-by-nedd4-2-in-a-parkinson-s-disease-model/https://neuralcipherai.com/tr/research/med-28067625-pituitary-adenylate-cyclase-activating-polypeptide-pacap-has-a-neuroprotective-function-in/https://neuralcipherai.com/tr/research/med-28040671-decisional-impulsivity-and-the-associative-limbic-subthalamic-nucleus-in-obsessive-compuls/https://neuralcipherai.com/tr/research/med-28004277-tauroursodeoxycholic-bile-acid-arrests-axonal-degeneration-by-inhibiting-the-unfolded-prot/https://neuralcipherai.com/tr/research/med-27770207-gait-disorders-in-adults-and-the-elderly-a-clinical-guide/https://neuralcipherai.com/tr/research/med-29391926-the-interrelation-between-reactive-oxygen-species-and-autophagy-in-neurological-disorders/https://neuralcipherai.com/tr/research/med-29379409-parkinson-s-disease-skin-fibroblasts-display-signature-alterations-in-growth-redox-homeost/https://neuralcipherai.com/tr/research/med-29375298-evidence-for-a-pan-neurodegenerative-disease-response-in-huntington-s-and-parkinson-s-dise/https://neuralcipherai.com/tr/research/med-29354092-action-observation-plus-sonification-a-novel-therapeutic-protocol-for-parkinson-s-patient/https://neuralcipherai.com/tr/research/med-29354029-microglia-gone-rogue-impacts-on-psychiatric-disorders-across-the-lifespan/https://neuralcipherai.com/tr/research/med-29312935-crosstalk-between-lysosomes-and-mitochondria-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29312121-predictive-model-of-spread-of-progressive-supranuclear-palsy-using-directional-network-dif/https://neuralcipherai.com/tr/research/med-29311846-dopamine-and-acetylcholine-a-circuit-point-of-view-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29311765-and-then-there-was-light-perspectives-of-optogenetics-for-deep-brain-stimulation-and-neuro/https://neuralcipherai.com/tr/research/med-29299040-the-metabolism-and-significance-of-homocysteine-in-nutrition-and-health/https://neuralcipherai.com/tr/research/med-29296278-clinical-features-of-parkinson-s-disease-with-and-without-rapid-eye-movement-sleep-behavio/https://neuralcipherai.com/tr/research/med-29287113-diffusion-weighted-mri-distinguishes-parkinson-disease-from-the-parkinsonian-variant-of-mu/https://neuralcipherai.com/tr/research/med-29244806-cellular-selectivity-of-aav-serotypes-for-gene-delivery-in-neurons-and-astrocytes-by-neona/https://neuralcipherai.com/tr/research/med-29230170-the-dancing-brain-structural-and-functional-signatures-of-expert-dance-training/https://neuralcipherai.com/tr/research/med-29204109-intracellular-cholesterol-trafficking-and-impact-in-neurodegeneration/https://neuralcipherai.com/tr/research/med-29190695-high-accuracy-detection-of-early-parkinson-s-disease-using-multiple-characteristics-of-fin/https://neuralcipherai.com/tr/research/med-29182621-exploring-the-reproducibility-of-functional-connectivity-alterations-in-parkinson-s-diseas/https://neuralcipherai.com/tr/research/med-29170650-eye-movements-in-parkinson-s-disease-and-inherited-parkinsonian-syndromes/https://neuralcipherai.com/tr/research/med-29163185-orthostatic-intolerance-in-older-persons-etiology-and-countermeasures/https://neuralcipherai.com/tr/research/med-29163141-disrupted-functional-connectivity-of-basal-ganglia-across-tremor-dominant-and-akinetic-rig/https://neuralcipherai.com/tr/research/med-29163139-exercise-induced-neuroprotection-of-the-nigrostriatal-dopamine-system-in-parkinson-s-disea/https://neuralcipherai.com/tr/research/med-29163029-micrornas-and-target-genes-as-biomarkers-for-the-diagnosis-of-early-onset-of-parkinson-dis/https://neuralcipherai.com/tr/research/med-29090092-current-understanding-of-the-molecular-mechanisms-in-parkinson-s-disease-targets-for-poten/https://neuralcipherai.com/tr/research/med-29089922-effects-of-subthalamic-and-nigral-stimulation-on-gait-kinematics-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-29066951-connexin43-and-pannexin-based-channels-in-neuroinflammation-and-cerebral-neuropathies/https://neuralcipherai.com/tr/research/med-29038785-biological-function-of-microrna193a-3p-in-health-and-disease/https://neuralcipherai.com/tr/research/med-29020012-wearable-sensors-objectively-measure-gait-parameters-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28993732-purinergic-signalling-therapeutic-developments/https://neuralcipherai.com/tr/research/med-28982171-detecting-parkinson-s-disease-from-sustained-phonation-and-speech-signals/https://neuralcipherai.com/tr/research/med-28979203-parkinson-s-disease-subtypes-identified-from-cluster-analysis-of-motor-and-non-motor-sympt/https://neuralcipherai.com/tr/research/med-28932206-distinguishing-different-stages-of-parkinson-s-disease-using-composite-index-of-speed-and/https://neuralcipherai.com/tr/research/med-28928711-validation-of-a-step-detection-algorithm-during-straight-walking-and-turning-in-patients-w/https://neuralcipherai.com/tr/research/med-28928628-axonal-degeneration-during-aging-and-its-functional-role-in-neurodegenerative-disorders/https://neuralcipherai.com/tr/research/med-28894508-protein-posttranslational-modifications-roles-in-aging-and-age-related-disease/https://neuralcipherai.com/tr/research/med-28855889-l-dopa-and-freezing-of-gait-in-parkinson-s-disease-objective-assessment-through-a-wearable/https://neuralcipherai.com/tr/research/med-28855887-identification-of-characteristic-motor-patterns-preceding-freezing-of-gait-in-parkinson-s/https://neuralcipherai.com/tr/research/med-28848423-altered-functional-and-causal-connectivity-of-cerebello-cortical-circuits-between-multiple/https://neuralcipherai.com/tr/research/med-28840123-serum-butyrylcholinesterase-activity-a-biomarker-for-parkinson-s-disease-and-related-demen/https://neuralcipherai.com/tr/research/med-28798667-the-foxp2-driven-network-in-developmental-disorders-and-neurodegeneration/https://neuralcipherai.com/tr/research/med-28792979-analyzing-the-effectiveness-of-vocal-features-in-early-telediagnosis-of-parkinson-s-diseas/https://neuralcipherai.com/tr/research/med-28790899-sensory-processing-in-the-dorsolateral-striatum-the-contribution-of-thalamostriatal-pathwa/https://neuralcipherai.com/tr/research/med-28781905-genetic-variants-in-snca-and-the-risk-of-sporadic-parkinson-s-disease-and-clinical-outcome/https://neuralcipherai.com/tr/research/med-28775706-riboflavin-has-neuroprotective-potential-focus-on-parkinson-s-disease-and-migraine/https://neuralcipherai.com/tr/research/med-28769760-implications-of-dna-methylation-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28763447-braph-a-graph-theory-software-for-the-analysis-of-brain-connectivity/https://neuralcipherai.com/tr/research/med-28751976-manganese-transporter-slc39a14-deficiency-revealed-its-key-role-in-maintaining-manganese-h/https://neuralcipherai.com/tr/research/med-28725706-the-effect-of-deep-brain-stimulation-on-the-non-motor-symptoms-of-parkinson-s-disease-a-cr/https://neuralcipherai.com/tr/research/med-28713244-regulatory-roles-of-long-non-coding-rnas-in-the-central-nervous-system-and-associated-neur/https://neuralcipherai.com/tr/research/med-28702504-response-inhibition-in-parkinson-s-disease-a-meta-analysis-of-dopaminergic-medication-and/https://neuralcipherai.com/tr/research/med-28702179-pathological-correlations-between-traumatic-brain-injury-and-chronic-neurodegenerative-dis/https://neuralcipherai.com/tr/research/med-28701960-role-of-mitochondrial-reverse-electron-transport-in-ros-signaling-potential-roles-in-healt/https://neuralcipherai.com/tr/research/med-28690499-reduced-circulating-levels-of-mir-433-and-mir-133b-are-potential-biomarkers-for-parkinson/https://neuralcipherai.com/tr/research/med-28683150-hospitalization-and-rehospitalization-in-parkinson-disease-patients-data-from-the-national/https://neuralcipherai.com/tr/research/med-28683089-the-composite-autonomic-symptom-scale-31-is-a-useful-screening-tool-for-patients-with-park/https://neuralcipherai.com/tr/research/med-28678830-adverse-events-in-deep-brain-stimulation-a-retrospective-long-term-analysis-of-neurologica/https://neuralcipherai.com/tr/research/med-28670265-the-endoplasmic-reticulum-unfolded-protein-response-in-neurodegenerative-disorders-and-its/https://neuralcipherai.com/tr/research/med-28659862-usability-of-three-dimensional-augmented-visual-cues-delivered-by-smart-glasses-on-freezin/https://neuralcipherai.com/tr/research/med-28659788-oscillatory-activities-in-neurological-disorders-of-elderly-biomarkers-to-target-for-neuro/https://neuralcipherai.com/tr/research/med-28649614-integrated-molecular-landscape-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28649611-lrrk2-levels-in-immune-cells-are-increased-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28649609-insomnia-and-somnolence-in-idiopathic-rbd-a-prospective-cohort-study/https://neuralcipherai.com/tr/research/med-28642697-targeting-microglial-activation-states-as-a-therapeutic-avenue-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28615996-international-society-of-sports-nutrition-position-stand-safety-and-efficacy-of-creatine-s/https://neuralcipherai.com/tr/research/med-28611571-exosomes-and-homeostatic-synaptic-plasticity-are-linked-to-each-other-and-to-huntington-s/https://neuralcipherai.com/tr/research/med-28603482-dopamine-and-the-brainstem-locomotor-networks-from-lamprey-to-human/https://neuralcipherai.com/tr/research/med-28596922-noradrenergic-modulation-of-cognition-in-health-and-disease/https://neuralcipherai.com/tr/research/med-28572784-inertial-sensors-to-assess-gait-quality-in-patients-with-neurological-disorders-a-systemat/https://neuralcipherai.com/tr/research/med-28553203-autophagy-as-an-emerging-common-pathomechanism-in-inherited-peripheral-neuropathies/https://neuralcipherai.com/tr/research/med-28529730-effect-of-low-versus-high-frequency-stimulation-on-freezing-of-gait-and-other-axial-sympto/https://neuralcipherai.com/tr/research/med-28507507-pink1-parkin-dependent-mitochondrial-surveillance-from-pleiotropy-to-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28493868-vertical-ground-reaction-force-marker-for-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28459042-autophagy-regulating-micrornas-and-cancer/https://neuralcipherai.com/tr/research/med-28450849-striatal-and-hippocampal-atrophy-in-idiopathic-parkinson-s-disease-patients-without-dement/https://neuralcipherai.com/tr/research/med-28441410-creating-and-parameterizing-patient-specific-deep-brain-stimulation-pathway-activation-mod/https://neuralcipherai.com/tr/research/med-28428740-protein-quality-control-by-molecular-chaperones-in-neurodegeneration/https://neuralcipherai.com/tr/research/med-28423027-comparison-of-t2-weighted-and-qsm-contrasts-in-parkinson-s-disease-to-visualize-the-stn-wi/https://neuralcipherai.com/tr/research/med-28420986-modulation-of-microglial-activity-by-rho-kinase-rock-inhibition-as-therapeutic-strategy-in/https://neuralcipherai.com/tr/research/med-28420965-dopamine-a-modulator-of-circadian-rhythms-in-the-central-nervous-system/https://neuralcipherai.com/tr/research/med-28420950-metallothionein-copper-and-alpha-synuclein-in-alpha-synucleinopathies/https://neuralcipherai.com/tr/research/med-28407015-parkinson-s-disease-associated-genetic-variation-is-linked-to-quantitative-expression-of-i/https://neuralcipherai.com/tr/research/med-28399152-tackling-psychosocial-maladjustment-in-parkinson-s-disease-patients-following-subthalamic/https://neuralcipherai.com/tr/research/med-28373849-deep-brain-stimulation-in-anorexia-nervosa-hope-for-the-hopeless-or-exploitation-of-the-vu/https://neuralcipherai.com/tr/research/med-28373840-promising-effects-of-neurorestorative-diets-on-motor-cognitive-and-gastrointestinal-dysfun/https://neuralcipherai.com/tr/research/med-28337125-neuronal-mitophagy-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-28326036-associations-between-early-markers-of-parkinson-s-disease-and-sarcopenia/https://neuralcipherai.com/tr/research/med-28326029-beta-oscillatory-changes-and-retention-of-motor-skills-during-practice-in-healthy-subjects/https://neuralcipherai.com/tr/research/med-28319195-serum-uric-acid-levels-in-patients-with-parkinson-s-disease-a-meta-analysis/https://neuralcipherai.com/tr/research/med-28293168-modeling-human-neurological-and-neurodegenerative-diseases-from-induced-pluripotent-stem-c/https://neuralcipherai.com/tr/research/med-28289399-auditory-and-vestibular-evoked-potentials-correlate-with-motor-and-non-motor-features-of-p/https://neuralcipherai.com/tr/research/med-28275710-intrastriatally-infused-exogenous-cdnf-is-endocytosed-and-retrogradely-transported-to-subs/https://neuralcipherai.com/tr/research/med-28273176-pulsatile-desynchronizing-delayed-feedback-for-closed-loop-deep-brain-stimulation/https://neuralcipherai.com/tr/research/med-28261046-fast-detector-first-responder-interactions-between-the-superior-colliculus-pulvinar-pathwa/https://neuralcipherai.com/tr/research/med-28261044-cellular-regulation-of-amyloid-formation-in-aging-and-disease/https://neuralcipherai.com/tr/research/med-28250973-mpp-induces-necrostatin-1-and-ferrostatin-1-sensitive-necrotic-death-of-neuronal-sh-sy5y-c/https://neuralcipherai.com/tr/research/med-28243481-stigma-experienced-by-parkinson-s-disease-patients-a-descriptive-review-of-qualitative-stu/https://neuralcipherai.com/tr/research/med-28239348-genetic-determinants-of-parkinson-s-disease-can-they-help-to-stratify-the-patients-based-o/https://neuralcipherai.com/tr/research/med-28224045-dj-1-maintains-energy-and-glucose-homeostasis-by-regulating-the-function-of-brown-adipose/https://neuralcipherai.com/tr/research/med-28199357-home-detection-of-freezing-of-gait-using-support-vector-machines-through-a-single-waist-wo/https://neuralcipherai.com/tr/research/med-28182759-established-patterns-of-animal-study-design-undermine-translation-of-disease-modifying-the/https://neuralcipherai.com/tr/research/med-28170429-cholesterol-contributes-to-dopamine-neuronal-loss-in-mptp-mouse-model-of-parkinson-s-disea/https://neuralcipherai.com/tr/research/med-28127516-serum-uric-acid-levels-in-parkinson-s-disease-and-related-disorders/https://neuralcipherai.com/tr/research/med-28127491-sterile-neuroinflammation-and-strategies-for-therapeutic-intervention/https://neuralcipherai.com/tr/research/med-28118852-the-sh-sy5y-cell-line-in-parkinson-s-disease-research-a-systematic-review/https://neuralcipherai.com/tr/research/med-28112228-hormetic-effect-of-panaxatriol-saponins-confers-neuroprotection-in-pc12-cells-and-zebrafis/https://neuralcipherai.com/tr/research/med-28098219-combined-lrrk2-mutation-aging-and-chronic-low-dose-oral-rotenone-as-a-model-of-parkinson-s/https://neuralcipherai.com/tr/research/med-28079169-abnormalities-of-regional-brain-function-in-parkinson-s-disease-a-meta-analysis-of-resting/https://neuralcipherai.com/tr/research/med-28068941-looking-beyond-the-brain-to-improve-the-pathogenic-understanding-of-parkinson-s-disease-im/https://neuralcipherai.com/tr/research/med-28068393-facial-emotion-recognition-and-expression-in-parkinson-s-disease-an-emotional-mirror-mecha/https://neuralcipherai.com/tr/research/med-28045139-chrna7-deficient-mice-manifest-no-consistent-neuropsychiatric-and-behavioral-phenotypes/https://neuralcipherai.com/tr/research/med-27896429-copy-number-variability-in-parkinson-s-disease-assembling-the-puzzle-through-a-systems-bio/https://neuralcipherai.com/tr/research/med-27896064-executive-attention-networks-show-altered-relationship-with-default-mode-network-in-pd/https://neuralcipherai.com/tr/research/med-28442790-serotonergic-dysfunctions-and-abnormal-iron-metabolism-relevant-to-mental-fatigue-of-parki/https://neuralcipherai.com/tr/research/med-28097204-genomics-implicates-adaptive-and-innate-immunity-in-alzheimer-s-and-parkinson-s-diseases/https://neuralcipherai.com/tr/research/med-28066829-the-multifaceted-role-of-nrf2-in-mitochondrial-function/https://neuralcipherai.com/tr/research/med-28031997-cortical-asymmetry-in-parkinson-s-disease-early-susceptibility-of-the-left-hemisphere/https://neuralcipherai.com/tr/research/med-27906179-pink1-dependent-phosphorylation-of-pink1-and-parkin-is-essential-for-mitochondrial-quality/https://neuralcipherai.com/tr/research/med-27798097-genetic-and-pharmacological-correction-of-aberrant-dopamine-synthesis-using-patient-ipscs/https://neuralcipherai.com/tr/research/med-27752476-shining-light-on-the-head-photobiomodulation-for-brain-disorders/https://neuralcipherai.com/tr/research/med-27729202-equating-scores-of-the-university-of-pennsylvania-smell-identification-test-and-sniffin-st/https://neuralcipherai.com/tr/research/med-27528626-novel-ketone-diet-enhances-physical-and-cognitive-performance/https://neuralcipherai.com/tr/research/med-28101525-untangling-basal-ganglia-network-dynamics-and-function-role-of-dopamine-depletion-and-inhi/https://neuralcipherai.com/tr/research/med-27887589-guidelines-for-dementia-or-parkinson-s-disease-with-depression-or-anxiety-a-systematic-rev/https://neuralcipherai.com/tr/research/med-27855635-prevalence-and-incidence-of-neurological-disorders-among-adult-ugandans-in-rural-and-urban/https://neuralcipherai.com/tr/research/med-27853238-assessment-of-brain-reference-genes-for-rt-qpcr-studies-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-27827408-meta-analysis-of-brain-iron-levels-of-parkinson-s-disease-patients-determined-by-postmorte/https://neuralcipherai.com/tr/research/med-27814772-manganese-induced-neurotoxicity-a-review-of-its-behavioral-consequences-and-neuroprotectiv/https://neuralcipherai.com/tr/research/med-27738100-novel-compounds-targeting-the-mitochondrial-protein-vdac1-inhibit-apoptosis-and-protect-ag/https://neuralcipherai.com/tr/research/med-27638668-immortalized-parkinson-s-disease-lymphocytes-have-enhanced-mitochondrial-respiratory-activ/https://neuralcipherai.com/tr/research/med-27470326-a-systematic-review-of-lessons-learned-from-pet-molecular-imaging-research-in-atypical-par/https://neuralcipherai.com/tr/research/med-27285422-ambient-air-pollution-exposures-and-risk-of-parkinson-disease/https://neuralcipherai.com/tr/research/med-26647301-a-luhmes-3d-dopaminergic-neuronal-model-for-neurotoxicity-testing-allowing-long-term-expos/https://neuralcipherai.com/tr/research/med-27769241-therapeutic-effect-of-berberine-on-tdp-43-related-pathogenesis-in-ftld-and-als/https://neuralcipherai.com/tr/research/med-27763504-neuroprotective-effect-of-the-marine-derived-compound-11-dehydrosinulariolide-through-dj-1/https://neuralcipherai.com/tr/research/med-27762319-midbrain-gene-screening-identifies-a-new-mesoaccumbal-glutamatergic-pathway-and-a-marker-f/https://neuralcipherai.com/tr/research/med-27762307-white-matter-microstructural-characteristics-in-newly-diagnosed-parkinson-s-disease-an-unb/https://neuralcipherai.com/tr/research/med-27708393-splice-variants-of-the-ca-lt-sub-gt-v-lt-sub-gt-1-3-l-type-calcium-channel-regulate-dendri/https://neuralcipherai.com/tr/research/med-27703257-computer-keyboard-interaction-as-an-indicator-of-early-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27206718-diversity-matters-heterogeneity-of-dopaminergic-neurons-in-the-ventral-mesencephalon-and-i/https://neuralcipherai.com/tr/research/med-27154043-common-pitfalls-of-stem-cell-differentiation-a-guide-to-improving-protocols-for-neurodegen/https://neuralcipherai.com/tr/research/med-26860875-the-relationship-between-glucocerebrosidase-mutations-and-parkinson-disease/https://neuralcipherai.com/tr/research/med-26399642-fibroblast-biomarkers-of-sporadic-parkinson-s-disease-and-lrrk2-kinase-inhibition/https://neuralcipherai.com/tr/research/med-27680512-integrative-transcriptomic-meta-analysis-of-parkinson-s-disease-and-depression-identifies/https://neuralcipherai.com/tr/research/med-27658356-pharmacological-lrrk2-kinase-inhibition-induces-lrrk2-protein-destabilization-and-proteaso/https://neuralcipherai.com/tr/research/med-27650569-prevalence-and-subtypes-of-mild-cognitive-impairment-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27619562-inhibition-of-drp1-mitochondrial-translocation-provides-neural-protection-in-dopaminergic/https://neuralcipherai.com/tr/research/med-27605430-structural-insights-into-parkin-substrate-lysine-targeting-from-minimal-miro-substrates/https://neuralcipherai.com/tr/research/med-27598189-environmental-exposures-and-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27572322-piperine-induces-autophagy-by-enhancing-protein-phosphotase-2a-activity-in-a-rotenone-indu/https://neuralcipherai.com/tr/research/med-27526039-progressive-supranuclear-palsy-and-corticobasal-degeneration-pathophysiology-and-treatment/https://neuralcipherai.com/tr/research/med-27147525-nutraceuticals-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27573215-non-motor-symptoms-in-portuguese-parkinson-s-disease-patients-correlation-and-impact-on-qu/https://neuralcipherai.com/tr/research/med-27563865-neuroprotective-effects-of-a-standardized-flavonoid-extract-from-safflower-against-a-roten/https://neuralcipherai.com/tr/research/med-27565186-large-scale-wearable-sensor-deployment-in-parkinson-s-patients-the-parkinson-home-study-pr/https://neuralcipherai.com/tr/research/med-27553905-sulforaphane-protects-against-rotenone-induced-neurotoxicity-in-vivo-involvement-of-the-mt/https://neuralcipherai.com/tr/research/med-27539639-parkinson-disease-linked-gba-mutation-effects-reversed-by-molecular-chaperones-in-human-ce/https://neuralcipherai.com/tr/research/med-27517912-oleuropein-prevents-neuronal-death-mitigates-mitochondrial-superoxide-production-and-modul/https://neuralcipherai.com/tr/research/med-27477243-glutamate-neurons-are-intermixed-with-midbrain-dopamine-neurons-in-nonhuman-primates-and-h/https://neuralcipherai.com/tr/research/med-27422544-p53-and-mitochondrial-dysfunction-novel-insight-of-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-27335169-ubiquitin-dependent-and-independent-roles-of-sumo-in-proteostasis/https://neuralcipherai.com/tr/research/med-27213774-real-time-functional-magnetic-resonance-imaging-neurofeedback-in-motor-neurorehabilitation/https://neuralcipherai.com/tr/research/med-27181763-human-subthalamic-nucleus-medial-frontal-cortex-theta-phase-coherence-is-involved-in-confl/https://neuralcipherai.com/tr/research/med-26848171-the-prediagnostic-phase-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-26742928-factors-influencing-psychosocial-adjustment-and-quality-of-life-in-parkinson-patients-and/https://neuralcipherai.com/tr/research/med-27471168-restoration-of-intestinal-function-in-an-mptp-model-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27456084-mir-27a-and-mir-27b-regulate-autophagic-clearance-of-damaged-mitochondria-by-targeting-pte/https://neuralcipherai.com/tr/research/med-27424887-lrrk2-and-rab7l1-coordinately-regulate-axonal-morphology-and-lysosome-integrity-in-diverse/https://neuralcipherai.com/tr/research/med-27417116-arf6-and-the-5-phosphatase-of-synaptojanin-1-regulate-autophagy-in-cone-photoreceptors/https://neuralcipherai.com/tr/research/med-27307044-structural-elements-in-the-transmembrane-and-cytoplasmic-domains-of-the-metal-transporter/https://neuralcipherai.com/tr/research/med-27163397-auditory-cueing-in-parkinson-s-patients-with-freezing-of-gait-what-matters-most-action-rel/https://neuralcipherai.com/tr/research/med-27028664-the-ubiquitin-proteasomal-system-a-potential-target-for-the-management-of-alzheimer-s-dise/https://neuralcipherai.com/tr/research/med-26921471-in-vivo-evidence-that-high-mobility-group-box-1-exerts-deleterious-effects-in-the-1-methyl/https://neuralcipherai.com/tr/research/med-26892884-subthalamic-nucleus-deep-brain-stimulation-induces-impulsive-action-when-patients-with-par/https://neuralcipherai.com/tr/research/med-26838982-reward-functions-of-the-basal-ganglia/https://neuralcipherai.com/tr/research/med-27346864-dj-1-deficiency-impairs-glutamate-uptake-into-astrocytes-via-the-regulation-of-flotillin-1/https://neuralcipherai.com/tr/research/med-27341800-trehalose-upregulates-progranulin-expression-in-human-and-mouse-models-of-grn-haploinsuffi/https://neuralcipherai.com/tr/research/med-27312378-a-review-of-clinical-trial-designs-used-to-detect-a-disease-modifying-effect-of-drug-thera/https://neuralcipherai.com/tr/research/med-27314344-roles-of-pten-with-dna-repair-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27250988-fall-related-activity-avoidance-in-relation-to-a-history-of-falls-or-near-falls-fear-of-fa/https://neuralcipherai.com/tr/research/med-27153555-icar-psecp-identify-carbonylation-sites-in-proteins-by-monte-carlo-sampling-and-incorporat/https://neuralcipherai.com/tr/research/med-27113598-feasibility-of-external-rhythmic-cueing-with-the-google-glass-for-improving-gait-in-people/https://neuralcipherai.com/tr/research/med-27220776-inflammatory-profile-in-lrrk2-associated-prodromal-and-clinical-pd/https://neuralcipherai.com/tr/research/med-27184631-clozapine-metabolites-protect-dopaminergic-neurons-through-inhibition-of-microglial-nadph/https://neuralcipherai.com/tr/research/med-27165411-a-retrospective-population-based-cohort-study-of-access-to-specialist-palliative-care-in-t/https://neuralcipherai.com/tr/research/med-27165157-how-integrated-are-neurology-and-palliative-care-services-results-of-a-multicentre-mapping/https://neuralcipherai.com/tr/research/med-27160012-finding-a-new-therapeutic-approach-for-no-option-parkinsonisms-mesenchymal-stromal-cells-f/https://neuralcipherai.com/tr/research/med-27017189-deep-brain-stimulation-modulates-synchrony-within-spatially-and-spectrally-distinct-restin/https://neuralcipherai.com/tr/research/med-27326359-the-efficacy-of-the-ketogenic-diet-on-motor-functions-in-parkinson-s-disease-a-rat-model/https://neuralcipherai.com/tr/research/med-27049389-towards-real-time-detection-of-freezing-of-gait-using-wavelet-transform-on-wireless-accele/https://neuralcipherai.com/tr/research/med-27046083-prion-strain-differences-in-accumulation-of-prpsc-on-neurons-and-glia-are-associated-with/https://neuralcipherai.com/tr/research/med-27044604-evaluation-of-alpha-synuclein-immunohistochemical-methods-for-the-detection-of-lewy-type-s/https://neuralcipherai.com/tr/research/med-26971483-subthalamic-nucleus-phase-amplitude-coupling-correlates-with-motor-impairment-in-parkinson/https://neuralcipherai.com/tr/research/med-26876564-one-pass-deep-brain-stimulation-of-dentato-rubro-thalamic-tract-and-subthalamic-nucleus-fo/https://neuralcipherai.com/tr/research/med-26769797-decreased-n-taf1-expression-in-x-linked-dystonia-parkinsonism-patient-specific-neural-stem/https://neuralcipherai.com/tr/research/med-26744348-mitochondria-associated-membranes-as-hubs-for-neurodegeneration/https://neuralcipherai.com/tr/research/med-26954980-what-can-rodent-models-tell-us-about-apathy-and-associated-neuropsychiatric-symptoms-in-pa/https://neuralcipherai.com/tr/research/med-26801612-microrna-7-regulates-the-function-of-mitochondrial-permeability-transition-pore-by-targeti/https://neuralcipherai.com/tr/research/med-26795874-rivastigmine-for-gait-stability-in-patients-with-parkinson-s-disease-respond-a-randomised/https://neuralcipherai.com/tr/research/med-26757216-predicting-beneficial-effects-of-atomoxetine-and-citalopram-on-response-inhibition-in-park/https://neuralcipherai.com/tr/research/med-26744332-lrrk2-bac-transgenic-rats-develop-progressive-l-dopa-responsive-motor-impairment-and-defic/https://neuralcipherai.com/tr/research/med-26705763-neural-correlates-of-attention-executive-dysfunction-in-lewy-body-dementia-and-alzheimer-s/https://neuralcipherai.com/tr/research/med-26698227-analysis-of-simultaneous-meg-and-intracranial-lfp-recordings-during-deep-brain-stimulation/https://neuralcipherai.com/tr/research/med-26646779-prion-mediated-neurodegeneration-is-associated-with-early-impairment-of-the-ubiquitin-prot/https://neuralcipherai.com/tr/research/med-26907347-bee-venom-phospholipase-a2-yesterday-s-enemy-becomes-today-s-friend/https://neuralcipherai.com/tr/research/med-26878893-diagnostic-accuracy-of-transcranial-sonography-of-the-substantia-nigra-in-parkinson-s-dise/https://neuralcipherai.com/tr/research/med-26857844-one-step-generation-of-triple-gene-targeted-pigs-using-crispr-cas9-system/https://neuralcipherai.com/tr/research/med-26746706-parkin-promotes-proteasomal-degradation-of-p62-implication-of-selective-vulnerability-of-n/https://neuralcipherai.com/tr/research/med-26699403-regulation-of-histone-acetylation-by-autophagy-in-parkinson-disease/https://neuralcipherai.com/tr/research/med-26492977-anxiety-and-anxious-depression-in-parkinson-s-disease-over-a-4-year-period-a-latent-transi/https://neuralcipherai.com/tr/research/med-28725696-creation-of-a-library-of-induced-pluripotent-stem-cells-from-parkinsonian-patients/https://neuralcipherai.com/tr/research/med-28725692-deficits-in-cholinergic-neurotransmission-and-their-clinical-correlates-in-parkinson-s-dis/https://neuralcipherai.com/tr/research/med-28116158-remotely-assessing-symptoms-of-parkinson-s-disease-using-videoconferencing-a-feasibility-s/https://neuralcipherai.com/tr/research/med-28116038-the-role-of-reactive-oxygen-species-in-the-pathogenesis-of-alzheimer-s-disease-parkinson-s/https://neuralcipherai.com/tr/research/med-28101005-the-therapeutic-potential-of-targeting-substance-p-nk-1r-interactions-in-inflammatory-cns/https://neuralcipherai.com/tr/research/med-28066188-early-degeneration-of-both-dopaminergic-and-serotonergic-axons-a-common-mechanism-in-parki/https://neuralcipherai.com/tr/research/med-28066181-role-of-chaperone-mediated-autophagy-dysfunctions-in-the-pathogenesis-of-parkinson-s-disea/https://neuralcipherai.com/tr/research/med-28058128-parkinson-s-disease-and-cognitive-impairment/https://neuralcipherai.com/tr/research/med-28050310-gastrointestinal-dysfunctions-in-parkinson-s-disease-symptoms-and-treatments/https://neuralcipherai.com/tr/research/med-28030591-aggregated-alpha-synuclein-transfer-efficiently-between-cultured-human-neuron-like-cells-a/https://neuralcipherai.com/tr/research/med-28030538-gba-variants-influence-motor-and-non-motor-features-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-28018198-time-processing-and-motor-control-in-movement-disorders/https://neuralcipherai.com/tr/research/med-27965546-spatial-and-temporal-distribution-of-dopaminergic-neurons-during-development-in-zebrafish/https://neuralcipherai.com/tr/research/med-27932945-monoaminergic-and-histaminergic-strategies-and-treatments-in-brain-diseases/https://neuralcipherai.com/tr/research/med-27920668-getting-mirna-therapeutics-into-the-target-cells-for-neurodegenerative-diseases-a-mini-rev/https://neuralcipherai.com/tr/research/med-27909646-the-neural-mechanisms-of-meditative-practices-novel-approaches-for-healthy-aging/https://neuralcipherai.com/tr/research/med-27895548-a-novel-microfluidic-cell-co-culture-platform-for-the-study-of-the-molecular-mechanisms-of/https://neuralcipherai.com/tr/research/med-27891090-disrupted-nodal-and-hub-organization-account-for-brain-network-abnormalities-in-parkinson/https://neuralcipherai.com/tr/research/med-27872585-the-pedunculopontine-tegmental-nucleus-as-a-motor-and-cognitive-interface-between-the-cere/https://neuralcipherai.com/tr/research/med-27807401-alzheimer-disease-crosstalk-between-the-canonical-wnt-beta-catenin-pathway-and-ppars-alpha/https://neuralcipherai.com/tr/research/med-27790091-mptp-impairs-dopamine-d1-receptor-mediated-survival-of-newborn-neurons-in-ventral-hippocam/https://neuralcipherai.com/tr/research/med-27761236-utility-of-susceptibility-weighted-imaging-in-parkinson-s-disease-and-atypical-parkinsonia/https://neuralcipherai.com/tr/research/med-27446510-glutathione-as-a-biomarker-in-parkinson-s-disease-associations-with-aging-and-disease-seve/https://neuralcipherai.com/tr/research/med-27733830-cannabidiol-prevents-motor-and-cognitive-impairments-induced-by-reserpine-in-rats/https://neuralcipherai.com/tr/research/med-27733815-gpi-oscillatory-activity-differentiates-tics-from-the-resting-state-voluntary-movements-an/https://neuralcipherai.com/tr/research/med-27732597-digitized-spiral-drawing-a-possible-biomarker-for-early-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27706215-alterations-of-myelin-content-in-parkinson-s-disease-a-cross-sectional-neuroimaging-study/https://neuralcipherai.com/tr/research/med-27669525-what-to-do-when-k-means-clustering-fails-a-simple-yet-principled-alternative-algorithm/https://neuralcipherai.com/tr/research/med-27631370-interplay-between-leucine-rich-repeat-kinase-2-lrrk2-and-p62-sqstm-1-in-selective-autophag/https://neuralcipherai.com/tr/research/med-27635233-circadian-influences-on-dopamine-circuits-of-the-brain-regulation-of-striatal-rhythms-of-c/https://neuralcipherai.com/tr/research/med-27611959-altered-resting-state-functional-connectivity-of-the-striatum-in-parkinson-s-disease-after/https://neuralcipherai.com/tr/research/med-27611585-meta-analysis-of-parkinson-s-disease-transcriptome-data-using-tram-software-whole-substant/https://neuralcipherai.com/tr/research/med-27598250-quantitative-susceptibility-mapping-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27597947-dynamics-of-human-mitochondrial-complex-i-assembly-implications-for-neurodegenerative-dise/https://neuralcipherai.com/tr/research/med-27582688-aberration-of-mirnas-expression-in-leukocytes-from-sporadic-amyotrophic-lateral-sclerosis/https://neuralcipherai.com/tr/research/med-27570766-putative-role-of-red-wine-polyphenols-against-brain-pathology-in-alzheimer-s-and-parkinson/https://neuralcipherai.com/tr/research/med-27526042-dopaminergic-neurodegeneration-in-the-mouse-is-associated-with-decrease-of-viscoelasticity/https://neuralcipherai.com/tr/research/med-27504105-non-motor-symptoms-in-patients-suffering-from-motor-neuron-diseases/https://neuralcipherai.com/tr/research/med-27494614-predictive-big-data-analytics-a-study-of-parkinson-s-disease-using-large-complex-heterogen/https://neuralcipherai.com/tr/research/med-27467571-metformin-prevents-nigrostriatal-dopamine-degeneration-independent-of-ampk-activation-in-d/https://neuralcipherai.com/tr/research/med-27462214-subcortical-volumes-differ-in-parkinson-s-disease-motor-subtypes-new-insights-into-the-pat/https://neuralcipherai.com/tr/research/med-27458332-the-embodied-self-in-parkinson-s-disease-feasibility-of-a-single-tango-intervention-for-as/https://neuralcipherai.com/tr/research/med-27453777-mitochondrial-dysfunction-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27445759-can-gait-signatures-provide-quantitative-measures-for-aiding-clinical-decision-making-a-sy/https://neuralcipherai.com/tr/research/med-27445739-does-a-combination-of-virtual-reality-neuromodulation-and-neuroimaging-provide-a-comprehen/https://neuralcipherai.com/tr/research/med-27445791-prodromal-markers-in-parkinson-s-disease-limitations-in-longitudinal-studies-and-lessons-l/https://neuralcipherai.com/tr/research/med-27375451-functional-magnetic-resonance-imaging-neurofeedback-guided-motor-imagery-training-and-moto/https://neuralcipherai.com/tr/research/med-27375426-parkinson-s-disease-and-neurodegeneration-gaba-collapse-hypothesis/https://neuralcipherai.com/tr/research/med-27366321-the-recommendations-of-chinese-parkinson-s-disease-and-movement-disorder-society-consensus/https://neuralcipherai.com/tr/research/med-27322389-gene-expression-differences-in-peripheral-blood-of-parkinson-s-disease-patients-with-disti/https://neuralcipherai.com/tr/research/med-27314016-cognitive-changes-following-bilateral-deep-brain-stimulation-of-subthalamic-nucleus-in-par/https://neuralcipherai.com/tr/research/med-27313396-pain-in-neurodegenerative-disease-current-knowledge-and-future-perspectives/https://neuralcipherai.com/tr/research/med-27309537-n-acetyl-cysteine-may-support-dopamine-neurons-in-parkinson-s-disease-preliminary-clinical/https://neuralcipherai.com/tr/research/med-27293957-parkinson-s-disease-the-mitochondria-iron-link/https://neuralcipherai.com/tr/research/med-27274396-the-effectiveness-of-physiotherapy-treatment-on-balance-dysfunction-and-postural-instabili/https://neuralcipherai.com/tr/research/med-27252982-sagittal-balance-is-more-than-just-alignment-why-pjk-remains-an-unresolved-problem/https://neuralcipherai.com/tr/research/med-27248139-cognitive-and-psychiatric-effects-of-stn-versus-gpi-deep-brain-stimulation-in-parkinson-s/https://neuralcipherai.com/tr/research/med-27242404-prediction-of-stn-dbs-electrode-implantation-track-in-parkinson-s-disease-by-using-local-f/https://neuralcipherai.com/tr/research/med-27242515-attentional-control-of-gait-and-falls-is-cholinergic-dysfunction-a-common-substrate-in-the/https://neuralcipherai.com/tr/research/med-27231577-motor-fluctuations-due-to-interaction-between-dietary-protein-and-levodopa-in-parkinson-s/https://neuralcipherai.com/tr/research/med-27227460-a-pilot-clinical-trial-to-objectively-assess-the-efficacy-of-electroacupuncture-on-gait-in/https://neuralcipherai.com/tr/research/med-27199637-deep-brain-stimulation-a-paradigm-shifting-approach-to-treat-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27199640-one-for-all-hitting-multiple-alzheimer-s-disease-targets-with-one-drug/https://neuralcipherai.com/tr/research/med-27199634-the-international-deep-brain-stimulation-registry-and-database-for-gilles-de-la-tourette-s/https://neuralcipherai.com/tr/research/med-27199668-mediation-of-autophagic-cell-death-by-type-3-ryanodine-receptor-ryr3-in-adult-hippocampal/https://neuralcipherai.com/tr/research/med-27196560-genetic-analysis-of-pla2g6-in-22-indian-families-with-infantile-neuroaxonal-dystrophy-atyp/https://neuralcipherai.com/tr/research/med-27147949-value-and-efficacy-of-transcranial-direct-current-stimulation-in-the-cognitive-rehabilitat/https://neuralcipherai.com/tr/research/med-27148006-the-effects-of-methylphenidate-on-resting-state-functional-connectivity-of-the-basal-nucle/https://neuralcipherai.com/tr/research/med-27144052-mindfulness-for-motor-and-nonmotor-dysfunctions-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-27124611-remote-physical-activity-monitoring-in-neurological-disease-a-systematic-review/https://neuralcipherai.com/tr/research/med-27100827-augmentation-of-autoantibodies-by-helicobacter-pylori-in-parkinson-s-disease-patients-may/https://neuralcipherai.com/tr/research/med-27055126-association-between-parkinson-s-disease-and-cigarette-smoking-rural-living-well-water-cons/https://neuralcipherai.com/tr/research/med-27035571-magnetic-resonance-imaging-features-of-the-nigrostriatal-system-biomarkers-of-parkinson-s/https://neuralcipherai.com/tr/research/med-27034887-altered-mitochondrial-respiration-and-other-features-of-mitochondrial-function-in-parkin-m/https://neuralcipherai.com/tr/research/med-27019096-statin-use-and-the-risk-of-parkinson-s-disease-an-updated-meta-analysis/https://neuralcipherai.com/tr/research/med-27013948-corpora-amylacea-of-brain-tissue-from-neurodegenerative-diseases-are-stained-with-specific/https://neuralcipherai.com/tr/research/med-27013965-protective-lrrk2-r1398h-variant-enhances-gtpase-and-wnt-signaling-activity/https://neuralcipherai.com/tr/research/med-27011009-abnormal-salivary-total-and-oligomeric-alpha-synuclein-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-26981287-recent-advance-in-the-relationship-between-excitatory-amino-acid-transporters-and-parkinso/https://neuralcipherai.com/tr/research/med-26973474-the-striatum-and-subthalamic-nucleus-as-independent-and-collaborative-structures-in-motor/https://neuralcipherai.com/tr/research/med-26941615-microstructural-changes-within-the-basal-ganglia-differ-between-parkinson-disease-subtypes/https://neuralcipherai.com/tr/research/med-26924977-bicycling-and-walking-are-associated-with-different-cortical-oscillatory-dynamics/https://neuralcipherai.com/tr/research/med-26919667-cortical-thickness-surface-area-and-subcortical-volume-differentially-contribute-to-cognit/https://neuralcipherai.com/tr/research/med-26904358-variations-in-incidence-and-prevalence-of-parkinson-s-disease-in-taiwan-a-population-based/https://neuralcipherai.com/tr/research/med-26901822-comparative-analysis-of-the-effects-of-neurotrophic-factors-cdnf-and-gdnf-in-a-nonhuman-pr/https://neuralcipherai.com/tr/research/med-26900958-changes-in-olfactory-bulb-volume-in-parkinson-s-disease-a-systematic-review-and-meta-analy/https://neuralcipherai.com/tr/research/med-26869988-toward-precision-psychiatry-statistical-platform-for-the-personalized-characterization-of/https://neuralcipherai.com/tr/research/med-26786201-noninvasive-targeted-and-non-viral-ultrasound-mediated-gdnf-plasmid-delivery-for-treatment/https://neuralcipherai.com/tr/research/med-26758690-lrrk2-phosphorylates-pre-synaptic-n-ethylmaleimide-sensitive-fusion-nsf-protein-enhancing/https://neuralcipherai.com/tr/research/med-26667418-the-first-ninds-nibib-consensus-meeting-to-define-neuropathological-criteria-for-the-diagn/https://neuralcipherai.com/tr/research/med-26635909-nitric-oxide-mediated-posttranslational-modifications-impacts-at-the-synapse/https://neuralcipherai.com/tr/research/med-26582559-different-decision-deficits-impair-response-inhibition-in-progressive-supranuclear-palsy-a/https://neuralcipherai.com/tr/research/med-26386348-challenges-in-the-reproducibility-of-clinical-studies-with-resting-state-fmri-an-example-i/https://neuralcipherai.com/tr/research/med-26157034-computational-psychiatry-towards-a-mathematically-informed-understanding-of-mental-illness/https://neuralcipherai.com/tr/research/med-25287513-multimodal-mri-of-the-hippocampus-in-parkinson-s-disease-with-visual-hallucinations/https://neuralcipherai.com/tr/research/med-26690135-bioinformatics-mining-and-modeling-methods-for-the-identification-of-disease-mechanisms-in/https://neuralcipherai.com/tr/research/med-26681446-gdnf-overexpression-from-the-native-locus-reveals-its-role-in-the-nigrostriatal-dopaminerg/https://neuralcipherai.com/tr/research/med-26683341-computational-models-describing-possible-mechanisms-for-generation-of-excessive-beta-oscil/https://neuralcipherai.com/tr/research/med-26627638-identification-of-novel-csf-biomarkers-for-neurodegeneration-and-their-validation-by-a-hig/https://neuralcipherai.com/tr/research/med-26578039-small-fiber-neuropathy-in-parkinson-s-disease-a-clinical-pathological-and-corneal-confocal/https://neuralcipherai.com/tr/research/med-26516212-aberrant-epigenome-in-ipsc-derived-dopaminergic-neurons-from-parkinson-s-disease-patients/https://neuralcipherai.com/tr/research/med-26375402-leucine-rich-repeat-kinase-2-interacts-with-p21-activated-kinase-6-to-control-neurite-comp/https://neuralcipherai.com/tr/research/med-26362251-a-systematic-screening-to-identify-de-novo-mutations-causing-sporadic-early-onset-parkinso/https://neuralcipherai.com/tr/research/med-26612754-prion-like-propagation-of-human-brain-derived-alpha-synuclein-in-transgenic-mice-expressin/https://neuralcipherai.com/tr/research/med-26607962-the-molecular-karyotype-of-25-clinical-grade-human-embryonic-stem-cell-lines/https://neuralcipherai.com/tr/research/med-26584306-learning-of-chunking-sequences-in-cognition-and-behavior/https://neuralcipherai.com/tr/research/med-26582456-single-molecule-fret-studies-on-alpha-synuclein-oligomerization-of-parkinson-s-disease-gen/https://neuralcipherai.com/tr/research/med-26556344-transplantation-of-human-neural-stem-cells-in-a-parkinsonian-model-exerts-neuroprotection/https://neuralcipherai.com/tr/research/med-26537957-ceruloplasmin-functional-changes-in-parkinson-s-disease-cerebrospinal-fluid/https://neuralcipherai.com/tr/research/med-26270627-resting-state-in-parkinson-s-disease-dementia-and-dementia-with-lewy-bodies-commonalities/https://neuralcipherai.com/tr/research/med-26251041-vps35-pathogenic-mutations-confer-no-dominant-toxicity-but-partial-loss-of-function-in-dro/https://neuralcipherai.com/tr/research/med-26244281-increasing-levels-of-the-endocannabinoid-2-ag-is-neuroprotective-in-the-1-methyl-4-phenyl/https://neuralcipherai.com/tr/research/med-25833766-genomic-instability-in-the-park2-locus-is-associated-with-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-25815770-association-of-parkinson-s-disease-and-its-subtypes-with-agricultural-pesticide-exposures/https://neuralcipherai.com/tr/research/med-26521016-vps35-deficiency-results-in-an-impaired-ampa-receptor-trafficking-and-decreased-dendritic/https://neuralcipherai.com/tr/research/med-26516609-practice-changes-beta-power-at-rest-and-its-modulation-during-movement-in-healthy-subjects/https://neuralcipherai.com/tr/research/med-26510930-blood-transcriptomics-of-drug-na-ve-sporadic-parkinson-s-disease-patients/https://neuralcipherai.com/tr/research/med-26499251-motion-tracking-and-gait-feature-estimation-for-recognising-parkinson-s-disease-using-ms-k/https://neuralcipherai.com/tr/research/med-26474545-mobile-phones-in-research-and-treatment-ethical-guidelines-and-future-directions/https://neuralcipherai.com/tr/research/med-26473940-endoplasmic-reticulum-stress-and-ethanol-neurotoxicity/https://neuralcipherai.com/tr/research/med-26440368-induction-of-microglial-toll-like-receptor-4-by-prothrombin-kringle-2-a-potential-pathogen/https://neuralcipherai.com/tr/research/med-26370081-robust-glyoxalase-activity-of-hsp31-a-thij-dj-1-pfpi-family-member-protein-is-critical-for/https://neuralcipherai.com/tr/research/med-26374899-apolipoprotein-e-is-a-ligand-for-triggering-receptor-expressed-on-myeloid-cells-2-trem2/https://neuralcipherai.com/tr/research/med-26260794-site-specific-interaction-mapping-of-phosphorylated-ubiquitin-to-uncover-parkin-activation/https://neuralcipherai.com/tr/research/med-26173861-baseline-and-longitudinal-grey-matter-changes-in-newly-diagnosed-parkinson-s-disease-icicl/https://neuralcipherai.com/tr/research/med-26399558-the-rab39b-p-g192r-mutation-causes-x-linked-dominant-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-26394842-pharmacogenetic-stimulation-of-cholinergic-pedunculopontine-neurons-reverses-motor-deficit/https://neuralcipherai.com/tr/research/med-26393595-automatic-spiral-analysis-for-objective-assessment-of-motor-symptoms-in-parkinson-s-diseas/https://neuralcipherai.com/tr/research/med-26384650-leucine-rich-repeat-kinase-2-lrrk2-phosphorylates-p53-and-induces-p21-waf1-cip1-expression/https://neuralcipherai.com/tr/research/med-26381090-compensatory-t-type-ca2-channel-activity-alters-d2-autoreceptor-responses-of-substantia-ni/https://neuralcipherai.com/tr/research/med-26210990-the-unfolded-protein-response-in-neurodegenerative-diseases-a-neuropathological-perspectiv/https://neuralcipherai.com/tr/research/med-26343714-associations-between-b-vitamins-and-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-26315104-informal-caregivers-of-clients-with-neurological-conditions-profiles-patterns-and-risk-fac/https://neuralcipherai.com/tr/research/med-26286145-immune-phenotypes-of-microglia-in-human-neurodegenerative-disease-challenges-to-detecting/https://neuralcipherai.com/tr/research/med-26274953-major-alterations-of-phosphatidylcholine-and-lysophosphotidylcholine-lipids-in-the-substan/https://neuralcipherai.com/tr/research/med-26116755-binding-to-serine-65-phosphorylated-ubiquitin-primes-parkin-for-optimal-pink1-dependent-ph/https://neuralcipherai.com/tr/research/med-26081062-trends-in-inpatient-antiparkinson-drug-use-in-the-usa-2001-2012/https://neuralcipherai.com/tr/research/med-25967086-dopamine-enhances-willingness-to-exert-effort-for-reward-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-25899482-cellular-processes-associated-with-lrrk2-function-and-dysfunction/https://neuralcipherai.com/tr/research/med-26226067-economic-evaluation-of-a-tai-ji-quan-intervention-to-reduce-falls-in-people-with-parkinson/https://neuralcipherai.com/tr/research/med-26209858-making-sense-of-optogenetics/