https://neuralcipherai.com/tr/research/med-33003340-imbalance-of-lysine-acetylation-contributes-to-the-pathogenesis-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32998479-melatonin-and-autophagy-in-aging-related-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-32973221-the-role-of-natural-killer-cells-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32972446-lncrna-malat1-facilitates-inflammasome-activation-via-epigenetic-suppression-of-nrf2-in-pa/https://neuralcipherai.com/tr/research/med-32957534-the-role-of-exosomes-in-stemness-and-neurodegenerative-diseases-chemoresistant-cancer-ther/https://neuralcipherai.com/tr/research/med-32943739-elevated-acute-phase-proteins-reflect-peripheral-inflammation-and-disease-severity-in-pati/https://neuralcipherai.com/tr/research/med-32934117-gut-microbiota-and-metabolome-alterations-associated-with-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32903216-metabolic-alterations-in-plasma-from-patients-with-familial-and-idiopathic-parkinson-s-dis/https://neuralcipherai.com/tr/research/med-32889528-dystonia-genes-functionally-converge-in-specific-neurons-and-share-neurobiology-with-psych/https://neuralcipherai.com/tr/research/med-32867847-the-relationships-of-vitamin-d-vitamin-d-receptor-gene-polymorphisms-and-vitamin-d-supplem/https://neuralcipherai.com/tr/research/med-32736291-splice-switching-antisense-oligonucleotides-reduce-lrrk2-kinase-activity-in-human-lrrk2-tr/https://neuralcipherai.com/tr/research/med-32715657-a-parkinson-s-disease-circrnas-resource-reveals-a-link-between-circslc8a1-and-oxidative-st/https://neuralcipherai.com/tr/research/med-32601912-large-scale-pathway-specific-polygenic-risk-and-transcriptomic-community-network-analysis/https://neuralcipherai.com/tr/research/med-32601174-accurate-ms-based-rab10-phosphorylation-stoichiometry-determination-as-readout-for-lrrk2-a/https://neuralcipherai.com/tr/research/med-34589871-stress-and-brain-immunity-microglial-homeostasis-through-hypothalamus-pituitary-adrenal-gl/https://neuralcipherai.com/tr/research/med-32872576-a-reevaluation-of-chitosan-decorated-nanoparticles-to-cross-the-blood-brain-barrier/https://neuralcipherai.com/tr/research/med-32867052-age-related-changes-and-sex-related-differences-in-brain-iron-metabolism/https://neuralcipherai.com/tr/research/med-32864186-the-problem-of-questionable-dystonia-in-the-diagnosis-of-essential-tremor-plus/https://neuralcipherai.com/tr/research/med-32859276-trans-synaptic-and-retrograde-axonal-spread-of-lewy-pathology-following-pre-formed-fibril/https://neuralcipherai.com/tr/research/med-32842530-nanoparticle-based-technology-approaches-to-the-management-of-neurological-disorders/https://neuralcipherai.com/tr/research/med-32832307-diabetes-mellitus-and-parkinson-s-disease-shared-pathophysiological-links-and-possible-the/https://neuralcipherai.com/tr/research/med-32825423-p2x7-receptors-amplify-cns-damage-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-32825242-chemical-and-genetic-zebrafish-models-to-define-mechanisms-of-and-treatments-for-dopaminer/https://neuralcipherai.com/tr/research/med-32806516-a-systematic-review-of-cerebral-functional-near-infrared-spectroscopy-in-chronic-neurologi/https://neuralcipherai.com/tr/research/med-32806490-neuroprotection-targeting-multiple-pathways-by-naturally-occurring-phytochemicals/https://neuralcipherai.com/tr/research/med-32785163-using-wearable-sensors-and-machine-learning-to-automatically-detect-freezing-of-gait-durin/https://neuralcipherai.com/tr/research/med-32785033-the-role-of-alpha-synuclein-and-other-parkinson-s-genes-in-neurodevelopmental-and-neurodeg/https://neuralcipherai.com/tr/research/med-32657027-ellagic-acid-protects-dopamine-neurons-from-rotenone-induced-neurotoxicity-via-activation/https://neuralcipherai.com/tr/research/med-32718092-insights-into-the-effects-of-mesenchymal-stem-cell-derived-secretome-in-parkinson-s-diseas/https://neuralcipherai.com/tr/research/med-32708732-tau-and-alpha-synuclein-synergistic-effect-in-neurodegenerative-diseases-when-the-peripher/https://neuralcipherai.com/tr/research/med-32707949-mitochondrial-dysfunction-oxidative-stress-and-neuroinflammation-intertwined-roads-to-neur/https://neuralcipherai.com/tr/research/med-32698385-natural-products-as-modulators-of-sirtuins/https://neuralcipherai.com/tr/research/med-32673247-diagnosing-parkinson-disease-through-facial-expression-recognition-video-analysis/https://neuralcipherai.com/tr/research/med-32664973-assessment-of-parkinsonian-gait-in-older-adults-with-dementia-via-human-pose-tracking-in-v/https://neuralcipherai.com/tr/research/med-32661235-stress-proteins-the-biological-functions-in-virus-infection-present-and-challenges-for-tar/https://neuralcipherai.com/tr/research/med-32645824-epigenetic-basis-of-lead-induced-neurological-disorders/https://neuralcipherai.com/tr/research/med-32635596-role-of-macrophages-and-microglia-in-zebrafish-regeneration/https://neuralcipherai.com/tr/research/med-32434048-sequential-screening-nominates-the-parkinson-s-disease-associated-kinase-lrrk2-as-a-regula/https://neuralcipherai.com/tr/research/med-32388612-eanm-practice-guideline-snmmi-procedure-standard-for-dopaminergic-imaging-in-parkinsonian/https://neuralcipherai.com/tr/research/med-32303560-impact-of-lt-i-gt-gba1-lt-i-gt-variants-on-long-term-clinical-progression-and-mortality-in/https://neuralcipherai.com/tr/research/med-32162062-autonomic-failure-in-parkinson-s-disease-is-associated-with-striatal-dopamine-deficiencies/https://neuralcipherai.com/tr/research/med-32006615-peripheral-innate-immune-and-bacterial-signals-relate-to-clinical-heterogeneity-in-parkins/https://neuralcipherai.com/tr/research/med-31907392-coupling-of-terminal-differentiation-deficit-with-neurodegenerative-pathology-in-vps35-def/https://neuralcipherai.com/tr/research/med-32586047-map-erk-signaling-in-developing-cognitive-and-emotional-function-and-its-effect-on-patholo/https://neuralcipherai.com/tr/research/med-32585840-circulating-inflammatory-mirnas-associated-with-parkinson-s-disease-pathophysiology/https://neuralcipherai.com/tr/research/med-32580456-the-effect-of-caffeine-on-the-risk-and-progression-of-parkinson-s-disease-a-meta-analysis/https://neuralcipherai.com/tr/research/med-32580330-gait-analysis-in-parkinson-s-disease-an-overview-of-the-most-accurate-markers-for-diagnosi/https://neuralcipherai.com/tr/research/med-32576912-human-salivary-raman-fingerprint-as-biomarker-for-the-diagnosis-of-amyotrophic-lateral-scl/https://neuralcipherai.com/tr/research/med-32570916-development-and-differentiation-of-midbrain-dopaminergic-neuron-from-bench-to-bedside/https://neuralcipherai.com/tr/research/med-32560306-ambient-air-pollution-increases-the-risk-of-cerebrovascular-and-neuropsychiatric-disorders/https://neuralcipherai.com/tr/research/med-32552814-occupational-pesticide-exposure-and-the-risk-of-death-in-patients-with-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32549390-the-principle-of-nanomaterials-based-surface-plasmon-resonance-biosensors-and-its-potentia/https://neuralcipherai.com/tr/research/med-32545788-focus-on-the-role-of-nlrp3-inflammasome-in-diseases/https://neuralcipherai.com/tr/research/med-32533070-intrastriatal-administration-of-coenzyme-q10-enhances-neuroprotection-in-a-parkinson-s-dis/https://neuralcipherai.com/tr/research/med-32526840-treatment-of-dysphagia-in-parkinson-s-disease-a-systematic-review/https://neuralcipherai.com/tr/research/med-32517799-parkinson-s-disease-associated-alterations-of-the-gut-microbiome-predict-disease-relevant/https://neuralcipherai.com/tr/research/med-32516966-gut-brain-axis-and-neurodegeneration-state-of-the-art-of-meta-omics-sciences-for-microbiot/https://neuralcipherai.com/tr/research/med-32442154-feasibility-and-utility-of-mhealth-for-the-remote-monitoring-of-parkinson-disease-ancillar/https://neuralcipherai.com/tr/research/med-32373487-the-role-of-natural-antioxidants-against-reactive-oxygen-species-produced-by-cadmium-toxic/https://neuralcipherai.com/tr/research/med-32311122-tollip-coordinates-parkin-dependent-trafficking-of-mitochondrial-derived-vesicles/https://neuralcipherai.com/tr/research/med-32305925-a-heterogeneous-sensing-suite-for-multisymptom-quantification-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32295833-dysregulation-of-exosome-cargo-by-mutant-tau-expressed-in-human-induced-pluripotent-stem-c/https://neuralcipherai.com/tr/research/med-32187761-inheritance-of-mitochondrial-dna-in-humans-implications-for-rare-and-common-diseases/https://neuralcipherai.com/tr/research/med-32489712-parkinson-disease-and-orthostatic-hypotension-in-the-elderly-recognition-and-management-of/https://neuralcipherai.com/tr/research/med-32486074-knowledge-attitudes-practices-and-burden-during-the-covid-19-pandemic-in-people-with-parki/https://neuralcipherai.com/tr/research/med-32481507-propionic-acid-and-fasudil-as-treatment-against-rotenone-toxicity-in-an-in-vitro-model-of/https://neuralcipherai.com/tr/research/med-32455532-nutraceuticals-targeting-generation-and-oxidant-activity-of-peroxynitrite-may-aid-preventi/https://neuralcipherai.com/tr/research/med-32429331-iot-wearable-sensors-and-devices-in-elderly-care-a-literature-review/https://neuralcipherai.com/tr/research/med-32424108-clioquinol-improves-motor-and-non-motor-deficits-in-mptp-induced-monkey-model-of-parkinson/https://neuralcipherai.com/tr/research/med-32422916-impact-of-aging-on-the-6-ohda-induced-rat-model-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32414195-neuroprotective-effect-of-ropinirole-lipid-nanoparticles-enriched-hydrogel-for-parkinson-s/https://neuralcipherai.com/tr/research/med-32414177-validity-of-a-fully-immersive-vr-based-version-of-the-box-and-blocks-test-for-upper-limb-f/https://neuralcipherai.com/tr/research/med-32409683-bright-light-improves-sleep-in-patients-with-parkinson-s-disease-possible-role-of-circadia/https://neuralcipherai.com/tr/research/med-32408624-generation-and-release-of-mitochondrial-derived-vesicles-in-health-aging-and-disease/https://neuralcipherai.com/tr/research/med-32397516-wearable-solutions-for-patients-with-parkinson-s-disease-and-neurocognitive-disorder-a-sys/https://neuralcipherai.com/tr/research/med-32393395-the-emerging-roles-of-vacuolar-type-atpase-dependent-lysosomal-acidification-in-neurodegen/https://neuralcipherai.com/tr/research/med-32381108-rna-seq-and-network-analysis-reveal-unique-glial-gene-expression-signatures-during-prion-i/https://neuralcipherai.com/tr/research/med-32380692-entropy-of-real-world-gait-in-parkinson-s-disease-determined-from-wearable-sensors-as-a-di/https://neuralcipherai.com/tr/research/med-32371450-tobacco-smoking-and-the-risk-of-parkinson-disease-a-65-year-follow-up-of-30-000-male-briti/https://neuralcipherai.com/tr/research/med-32370112-microglial-and-astrocytic-function-in-physiological-and-pathological-conditions-estrogenic/https://neuralcipherai.com/tr/research/med-32280985-impaired-mitochondrial-endoplasmic-reticulum-interaction-and-mitophagy-in-miro1-mutant-neu/https://neuralcipherai.com/tr/research/med-32248367-missing-heritability-in-parkinson-s-disease-the-emerging-role-of-non-coding-genetic-variat/https://neuralcipherai.com/tr/research/med-32227113-pink1-dependent-phosphorylation-of-serine111-within-the-sf3-motif-of-rab-gtpases-impairs-e/https://neuralcipherai.com/tr/research/med-32213570-visual-hallucinations-in-neurological-and-ophthalmological-disease-pathophysiology-and-man/https://neuralcipherai.com/tr/research/med-31997069-the-dentato-rubro-thalamic-tract-as-the-potential-common-deep-brain-stimulation-target-for/https://neuralcipherai.com/tr/research/med-31957016-synucleinopathies-where-we-are-and-where-we-need-to-go/https://neuralcipherai.com/tr/research/med-31871065-lipid-rafts-and-neurodegeneration-structural-and-functional-roles-in-physiologic-aging-and/https://neuralcipherai.com/tr/research/med-31814304-integrated-analysis-of-exosomal-lncrna-and-mrna-expression-profiles-reveals-the-involvemen/https://neuralcipherai.com/tr/research/med-32365642-regulation-of-microglial-functions-by-purinergic-mechanisms-in-the-healthy-and-diseased-cn/https://neuralcipherai.com/tr/research/med-32344560-transcriptomic-profiling-of-circular-rna-in-different-brain-regions-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32341347-exosomes-derived-from-mesenchymal-stem-cells-repair-a-parkinson-s-disease-model-by-inducin/https://neuralcipherai.com/tr/research/med-32326590-protein-deimination-signatures-in-plasma-and-plasma-evs-and-protein-deimination-in-the-bra/https://neuralcipherai.com/tr/research/med-32326318-intranasal-delivery-of-nanoformulations-a-potential-way-of-treatment-for-neurological-diso/https://neuralcipherai.com/tr/research/med-32317022-common-gene-expression-signatures-in-parkinson-s-disease-are-driven-by-changes-in-cell-com/https://neuralcipherai.com/tr/research/med-32312287-role-of-data-measurement-characteristics-in-the-accurate-detection-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32290475-d-glutamate-and-gut-microbiota-in-alzheimer-s-disease/https://neuralcipherai.com/tr/research/med-32252363-revisiting-the-role-of-neurotrophic-factors-in-inflammation/https://neuralcipherai.com/tr/research/med-32244769-probiotics-alleviate-the-progressive-deterioration-of-motor-functions-in-a-mouse-model-of/https://neuralcipherai.com/tr/research/med-32162182-antidepressant-like-effects-of-kynurenic-acid-in-a-modified-forced-swim-test/https://neuralcipherai.com/tr/research/med-32109493-impact-of-gastrointestinal-physiology-on-drug-absorption-in-special-populations-an-ungap-r/https://neuralcipherai.com/tr/research/med-32094242-fiber-specific-white-matter-reductions-in-parkinson-hallucinations-and-visual-dysfunction/https://neuralcipherai.com/tr/research/med-32077254-microrna-150-serves-as-a-diagnostic-biomarker-and-is-involved-in-the-inflammatory-pathogen/https://neuralcipherai.com/tr/research/med-31991247-genetics-of-parkinson-s-disease-an-introspection-of-its-journey-towards-precision-medicine/https://neuralcipherai.com/tr/research/med-31940116-polr3a-variants-with-striatal-involvement-and-extrapyramidal-movement-disorder/https://neuralcipherai.com/tr/research/med-31789477-longitudinal-brain-atrophy-distribution-in-advanced-parkinson-s-disease-what-makes-the-dif/https://neuralcipherai.com/tr/research/med-32244528-role-of-connexins-30-36-and-43-in-brain-tumors-neurodegenerative-diseases-and-neuroprotect/https://neuralcipherai.com/tr/research/med-32244523-exploring-the-etiological-links-behind-neurodegenerative-diseases-inflammatory-cytokines-a/https://neuralcipherai.com/tr/research/med-32244357-the-promise-and-challenges-of-developing-mirna-based-therapeutics-for-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32235373-deep-learning-approaches-for-detecting-freezing-of-gait-in-parkinson-s-disease-patients-th/https://neuralcipherai.com/tr/research/med-32223745-neuroprotective-and-neurotoxic-outcomes-of-androgens-and-estrogens-in-an-oxidative-stress/https://neuralcipherai.com/tr/research/med-32205843-peroxiredoxin-5-deficiency-exacerbates-iron-overload-induced-neuronal-death-via-er-mediate/https://neuralcipherai.com/tr/research/med-32204380-the-perk-dependent-molecular-mechanisms-as-a-novel-therapeutic-target-for-neurodegenerativ/https://neuralcipherai.com/tr/research/med-32184415-the-expression-level-of-alpha-synuclein-in-different-neuronal-populations-is-the-primary-d/https://neuralcipherai.com/tr/research/med-32169097-pink1-and-parkin-mitochondrial-quality-control-a-source-of-regional-vulnerability-in-parki/https://neuralcipherai.com/tr/research/med-32152416-dj-1-is-indispensable-for-the-s-nitrosylation-of-parkin-which-maintains-function-of-mitoch/https://neuralcipherai.com/tr/research/med-32151270-hemispheric-asymmetry-in-the-human-brain-and-in-parkinson-s-disease-is-linked-to-divergent/https://neuralcipherai.com/tr/research/med-32150935-an-update-of-palmitoylethanolamide-and-luteolin-effects-in-preclinical-and-clinical-studie/https://neuralcipherai.com/tr/research/med-32138154-inter-organelle-membrane-contact-sites-and-mitochondrial-quality-control-during-aging-a-ge/https://neuralcipherai.com/tr/research/med-32080970-a-lncrna-survey-finds-increases-in-neuroprotective-linc-pint-in-parkinson-s-disease-substa/https://neuralcipherai.com/tr/research/med-32075910-deficiency-in-the-anti-apoptotic-protein-dj-1-promotes-intestinal-epithelial-cell-apoptosi/https://neuralcipherai.com/tr/research/med-31953211-increased-level-of-neat1-long-non-coding-rna-is-detectable-in-peripheral-blood-cells-of-pa/https://neuralcipherai.com/tr/research/med-31808000-the-role-of-virtual-reality-on-outcomes-in-rehabilitation-of-parkinson-s-disease-meta-anal/https://neuralcipherai.com/tr/research/med-32103062-in-vitro-crispr-cas9-directed-gene-editing-to-model-lrrk2-g2019s-parkinson-s-disease-in-co/https://neuralcipherai.com/tr/research/med-32098339-management-of-neuroinflammatory-responses-to-aav-mediated-gene-therapies-for-neurodegenera/https://neuralcipherai.com/tr/research/med-32076045-corticomuscular-control-of-walking-in-older-people-and-people-with-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32074998-ppp2r5d-related-intellectual-disability-and-neurodevelopmental-delay-a-review-of-the-curre/https://neuralcipherai.com/tr/research/med-32071296-pharmacological-enhancement-of-tfeb-mediated-autophagy-alleviated-neuronal-death-in-oxidat/https://neuralcipherai.com/tr/research/med-32070373-circulating-cell-free-mitochondrial-dna-levels-in-parkinson-s-disease-are-influenced-by-tr/https://neuralcipherai.com/tr/research/med-32070025-healthy-effects-of-plant-polyphenols-molecular-mechanisms/https://neuralcipherai.com/tr/research/med-32053889-cerebellar-transcranial-direct-current-stimulation-in-people-with-parkinson-s-disease-a-pi/https://neuralcipherai.com/tr/research/med-32050617-bdnf-as-a-promising-therapeutic-agent-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32046301-importance-of-melatonin-in-assisted-reproductive-technology-and-ovarian-aging/https://neuralcipherai.com/tr/research/med-32041374-quantitative-measurement-of-rigidity-in-parkinson-s-disease-a-systematic-review/https://neuralcipherai.com/tr/research/med-32041265-interventional-influence-of-the-intestinal-microbiome-through-dietary-intervention-and-bow/https://neuralcipherai.com/tr/research/med-31919131-the-cumulative-effect-of-transient-synchrony-states-on-motor-performance-in-parkinson-s-di/https://neuralcipherai.com/tr/research/med-31816349-circulating-micrornas-as-potential-biomarkers-for-psychiatric-and-neurodegenerative-disord/https://neuralcipherai.com/tr/research/med-31740269-mitochondrial-impairment-activates-the-wallerian-pathway-through-depletion-of-nmnat2-leadi/https://neuralcipherai.com/tr/research/med-31730272-altered-putamen-and-cerebellum-connectivity-among-different-subtypes-of-parkinson-s-diseas/https://neuralcipherai.com/tr/research/med-31595461-a-perspective-active-role-of-lipids-in-neurotransmitter-dynamics/https://neuralcipherai.com/tr/research/med-33597872-sirt1-and-sirt2-activity-control-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-33584302-berberine-protects-against-nlrp3-inflammasome-via-ameliorating-autophagic-impairment-in-mp/https://neuralcipherai.com/tr/research/med-33584243-a-signature-of-five-long-non-coding-rnas-for-predicting-the-prognosis-of-alzheimer-s-disea/https://neuralcipherai.com/tr/research/med-33551822-bibliometric-analysis-of-the-inflammasome-and-pyroptosis-in-brain/https://neuralcipherai.com/tr/research/med-33519696-the-european-reference-network-for-rare-neurological-diseases/https://neuralcipherai.com/tr/research/med-33519369-inflamm-aging-and-brain-insulin-resistance-new-insights-and-role-of-life-style-strategies/https://neuralcipherai.com/tr/research/med-33489082-self-management-components-as-experienced-by-people-with-parkinson-s-disease-and-their-car/https://neuralcipherai.com/tr/research/med-33489081-social-symptoms-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-33488508-pallidal-deep-brain-stimulation-for-monogenic-dystonia-the-effect-of-gene-on-outcome/https://neuralcipherai.com/tr/research/med-33488420-bibliometric-and-visual-analysis-of-research-on-the-links-between-the-gut-microbiota-and-d/https://neuralcipherai.com/tr/research/med-33488352-defective-autophagy-and-mitophagy-in-aging-and-alzheimer-s-disease/https://neuralcipherai.com/tr/research/med-33469539-targeting-mitochondrial-impairment-in-parkinson-s-disease-challenges-and-opportunities/https://neuralcipherai.com/tr/research/med-33424580-prevalence-of-alzheimer-s-disease-and-parkinson-s-disease-in-china-an-updated-systematical/https://neuralcipherai.com/tr/research/med-33424553-chemically-induced-models-of-parkinson-s-disease-history-and-perspectives-for-the-involvem/https://neuralcipherai.com/tr/research/med-33424550-target-molecules-of-stim-proteins-in-the-central-nervous-system/https://neuralcipherai.com/tr/research/med-33390907-dysfunctional-autophagy-and-endolysosomal-system-in-neurodegenerative-diseases-relevance-a/https://neuralcipherai.com/tr/research/med-33381501-the-convergence-of-alpha-synuclein-mitochondrial-and-lysosomal-pathways-in-vulnerability-o/https://neuralcipherai.com/tr/research/med-33381006-olfactory-dysfunction-predicts-disease-progression-in-parkinson-s-disease-a-longitudinal-s/https://neuralcipherai.com/tr/research/med-33362690-insights-into-the-proteomic-profiling-of-extracellular-vesicles-for-the-identification-of/https://neuralcipherai.com/tr/research/med-33329124-covid-19-pandemic-and-psychiatric-symptoms-the-impact-on-parkinson-s-disease-in-the-elderl/https://neuralcipherai.com/tr/research/med-33324150-molecular-mechanisms-of-glutamate-toxicity-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-33304353-extracellular-vesicles-and-damage-associated-molecular-patterns-a-pandora-s-box-in-health/https://neuralcipherai.com/tr/research/med-33294118-ellagic-acid-protects-dopamine-neurons-via-inhibition-of-nlrp3-inflammasome-activation-in/https://neuralcipherai.com/tr/research/med-33273948-a-systematic-review-on-traditional-uses-sources-phytochemistry-pharmacology-pharmacokineti/https://neuralcipherai.com/tr/research/med-33244455-pan-cancer-analysis-of-the-mitophagy-related-protein-pink1-as-a-biomarker-for-the-immunolo/https://neuralcipherai.com/tr/research/med-33240642-machine-learning-prediction-of-motor-response-after-deep-brain-stimulation-in-parkinson-s/https://neuralcipherai.com/tr/research/med-33240199-neural-correlates-of-freezing-of-gait-in-parkinson-s-disease-an-electrophysiology-mini-rev/https://neuralcipherai.com/tr/research/med-33224098-on-the-use-of-tms-to-investigate-the-pathophysiology-of-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-33224024-alterations-in-degree-centrality-and-functional-connectivity-in-parkinson-s-disease-patien/https://neuralcipherai.com/tr/research/med-33195269-simplified-brain-organoids-for-rapid-and-robust-modeling-of-brain-disease/https://neuralcipherai.com/tr/research/med-33193999-the-role-of-exosomal-micrornas-and-oxidative-stress-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-33193009-loss-of-olfactory-function-early-indicator-for-covid-19-other-viral-infections-and-neurode/https://neuralcipherai.com/tr/research/med-33192470-gait-progression-over-6-years-in-parkinson-s-disease-effects-of-age-medication-and-patholo/https://neuralcipherai.com/tr/research/med-33192447-secreted-chaperones-in-neurodegeneration/https://neuralcipherai.com/tr/research/med-33192410-stn-versus-gpi-deep-brain-stimulation-for-action-and-rest-tremor-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-33173502-aging-and-neurodegenerative-disease-is-the-adaptive-immune-system-a-friend-or-foe/https://neuralcipherai.com/tr/research/med-33132902-molecular-chaperones-a-double-edged-sword-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-33132895-phenotype-agnostic-molecular-subtyping-of-neurodegenerative-disorders-the-cincinnati-cohor/https://neuralcipherai.com/tr/research/med-33122996-what-s-that-blue-spot-on-my-mri-multimodal-neuroimaging-of-the-locus-coeruleus-in-neurodeg/https://neuralcipherai.com/tr/research/med-33117127-brain-renin-angiotensin-system-at-the-intersect-of-physical-and-cognitive-frailty/https://neuralcipherai.com/tr/research/med-33117120-gangliosides-in-the-brain-physiology-pathophysiology-and-therapeutic-applications/https://neuralcipherai.com/tr/research/med-33101169-diffusion-tensor-imaging-in-parkinson-s-disease-and-parkinsonian-syndrome-a-systematic-rev/https://neuralcipherai.com/tr/research/med-33072744-natural-compounds-and-autophagy-allies-against-neurodegeneration/https://neuralcipherai.com/tr/research/med-33071933-changes-in-gastrointestinal-microbiome-composition-in-pd-a-pivotal-role-of-covariates/https://neuralcipherai.com/tr/research/med-33052927-carnosine-suppresses-neuronal-cell-death-and-inflammation-induced-by-6-hydroxydopamine-in/https://neuralcipherai.com/tr/research/med-33042002-mitochondrial-supercomplexes-physiological-organization-and-dysregulation-in-age-related-n/https://neuralcipherai.com/tr/research/med-33041963-telemedicine-and-virtual-reality-for-cognitive-rehabilitation-a-roadmap-for-the-covid-19-p/https://neuralcipherai.com/tr/research/med-33013290-the-current-state-of-the-art-of-lrrk2-based-biomarker-assay-development-in-parkinson-s-dis/https://neuralcipherai.com/tr/research/med-33013268-lncrna-hotair-promotes-mpp-induced-neuronal-injury-in-parkinson-s-disease-by-regulating-th/https://neuralcipherai.com/tr/research/med-32982926-orthostatic-hypotension-is-associated-with-cognitive-decline-in-parkinson-disease/https://neuralcipherai.com/tr/research/med-32964109-mining-genetic-and-transcriptomic-data-using-machine-learning-approaches-in-parkinson-s-di/https://neuralcipherai.com/tr/research/med-32954303-reduction-of-spontaneous-cortical-beta-bursts-in-parkinson-s-disease-is-linked-to-symptom/https://neuralcipherai.com/tr/research/med-32908622-parkinson-s-disease-induced-zebrafish-models-focussing-on-oxidative-stress-implications-an/https://neuralcipherai.com/tr/research/med-32885038-akinetic-rigid-symptoms-are-associated-with-decline-in-a-cortical-motor-network-in-parkins/https://neuralcipherai.com/tr/research/med-32885037-covid-19-and-possible-links-with-parkinson-s-disease-and-parkinsonism-from-bench-to-bedsid/https://neuralcipherai.com/tr/research/med-32848557-trp-channels-role-in-pain-associated-with-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-32789002-recent-developments-in-the-treatment-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32765225-protective-effects-of-pituitary-adenylate-cyclase-activating-polypeptide-and-vasoactive-in/https://neuralcipherai.com/tr/research/med-32760251-telomere-attrition-in-neurodegenerative-disorders/https://neuralcipherai.com/tr/research/med-32760248-a-radiomics-approach-to-predicting-parkinson-s-disease-by-incorporating-whole-brain-functi/https://neuralcipherai.com/tr/research/med-32756578-the-efficacy-of-dance-for-improving-motor-impairments-non-motor-symptoms-and-quality-of-li/https://neuralcipherai.com/tr/research/med-32733812-human-gut-microbiota-interaction-in-neurodegenerative-disorders-and-current-engineered-too/https://neuralcipherai.com/tr/research/med-32733234-increased-salivary-micrornas-that-regulate-dj-1-gene-expression-as-potential-markers-for-p/https://neuralcipherai.com/tr/research/med-32733233-age-related-olfactory-dysfunction-epidemiology-pathophysiology-and-clinical-management/https://neuralcipherai.com/tr/research/med-32733199-systems-biology-approaches-to-understand-the-host-microbiome-interactions-in-neurodegenera/https://neuralcipherai.com/tr/research/med-32715091-outcome-measures-based-on-digital-health-technology-sensor-data-data-and-patient-centric-a/https://neuralcipherai.com/tr/research/med-32699826-deep-representation-learning-of-electronic-health-records-to-unlock-patient-stratification/https://neuralcipherai.com/tr/research/med-32695306-effect-of-exercise-on-quality-of-life-in-parkinson-s-disease-a-systematic-review-and-meta/https://neuralcipherai.com/tr/research/med-32695066-chronic-neurology-in-covid-19-era-clinical-considerations-and-recommendations-from-the-rep/https://neuralcipherai.com/tr/research/med-32670009-alpha-lipoic-acid-mediates-clearance-of-iron-accumulation-by-regulating-iron-metabolism-in/https://neuralcipherai.com/tr/research/med-32655481-genetic-architecture-of-parkinson-s-disease-in-the-indian-population-harnessing-genetic-di/https://neuralcipherai.com/tr/research/med-32655372-involvement-of-kallikrein-related-peptidases-in-nervous-system-disorders/https://neuralcipherai.com/tr/research/med-32595595-metformin-as-a-potential-neuroprotective-agent-in-prodromal-parkinson-s-disease-viewpoint/https://neuralcipherai.com/tr/research/med-32595447-neurofilament-light-chain-as-biomarker-of-neurodegenerative-and-rare-diseases-with-high-tr/https://neuralcipherai.com/tr/research/med-32581771-dilated-perivascular-space-in-the-midbrain-may-reflect-dopamine-neuronal-degeneration-in-p/https://neuralcipherai.com/tr/research/med-32581728-interactions-between-the-serotonergic-and-other-neurotransmitter-systems-in-the-basal-gang/https://neuralcipherai.com/tr/research/med-32581676-nanotechnology-a-promising-approach-for-delivery-of-neuroprotective-drugs/https://neuralcipherai.com/tr/research/med-32566740-characterizing-dysbiosis-of-gut-microbiome-in-pd-evidence-for-overabundance-of-opportunist/https://neuralcipherai.com/tr/research/med-32509785-midbrain-organoids-a-new-tool-to-investigate-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32477235-assessing-white-matter-pathology-in-early-stage-parkinson-disease-using-diffusion-mri-a-sy/https://neuralcipherai.com/tr/research/med-32457695-clinical-and-imaging-markers-of-prodromal-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32457573-differential-expression-of-plasma-exo-mirna-in-neurodegenerative-diseases-by-next-generati/https://neuralcipherai.com/tr/research/med-32457568-characteristics-and-therapeutic-potential-of-dental-pulp-stem-cells-on-neurodegenerative-d/https://neuralcipherai.com/tr/research/med-32435690-cognitive-function-in-people-with-and-without-freezing-of-gait-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32428015-concentrations-of-toxic-metals-and-essential-trace-elements-vary-among-individual-neurons/https://neuralcipherai.com/tr/research/med-32425743-nanotheranostic-applications-for-detection-and-targeting-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-32372945-mitochondrial-homeostasis-and-signaling-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32372943-glucocerebrosidase-defects-as-a-major-risk-factor-for-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32362821-resveratrol-derivatives-as-potential-treatments-for-alzheimer-s-and-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32361482-l-dopa-treatment-increases-oscillatory-power-in-the-motor-cortex-of-parkinson-s-disease-pa/https://neuralcipherai.com/tr/research/med-32322387-freezing-of-gait-in-parkinson-s-disease-pathophysiology-risk-factors-and-treatments/https://neuralcipherai.com/tr/research/med-32322208-the-noradrenergic-system-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32322194-usability-issues-of-clinical-and-research-applications-of-virtual-reality-in-older-people/https://neuralcipherai.com/tr/research/med-32318261-proactive-and-integrated-management-and-empowerment-in-parkinson-s-disease-designing-a-new/https://neuralcipherai.com/tr/research/med-32308803-proteostasis-failure-in-neurodegenerative-diseases-focus-on-oxidative-stress/https://neuralcipherai.com/tr/research/med-32308618-mitochondrial-dysfunction-and-parkinson-s-disease-near-infrared-photobiomodulation-as-a-po/https://neuralcipherai.com/tr/research/med-32296300-neurodegenerative-diseases-is-metabolic-deficiency-the-root-cause/https://neuralcipherai.com/tr/research/med-32284961-sex-specific-cognitive-differences-in-parkinson-disease/https://neuralcipherai.com/tr/research/med-32279019-mild-behavioral-impairment-in-parkinson-s-disease-is-associated-with-altered-corticostriat/https://neuralcipherai.com/tr/research/med-32269764-recent-advances-in-understanding-the-role-of-glucagon-like-peptide-1/https://neuralcipherai.com/tr/research/med-32269747-cognition-deficits-in-parkinson-s-disease-mechanisms-and-treatment/https://neuralcipherai.com/tr/research/med-32256559-exercise-induced-neuroplasticity-in-parkinson-s-disease-a-metasynthesis-of-the-literature/https://neuralcipherai.com/tr/research/med-32250321-innovative-recruitment-strategies-to-increase-diversity-of-participation-in-parkinson-s-di/https://neuralcipherai.com/tr/research/med-32218768-progressive-supranuclear-palsy-parkinsonism-predominant-psp-p-a-clinical-challenge-at-the/https://neuralcipherai.com/tr/research/med-32215172-therapeutic-potential-of-diosgenin-and-its-major-derivatives-against-neurological-diseases/https://neuralcipherai.com/tr/research/med-32211390-gait-initiation-in-parkinson-s-disease-impact-of-dopamine-depletion-and-initial-stance-con/https://neuralcipherai.com/tr/research/med-32210716-exosomes-from-human-periapical-cyst-mscs-theranostic-application-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32191713-clinical-correlates-of-sarcopenia-and-falls-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-32184709-application-of-iron-oxide-nanoparticles-in-the-diagnosis-and-treatment-of-neurodegenerativ/https://neuralcipherai.com/tr/research/med-32174883-cerebellar-contribution-to-motor-and-non-motor-functions-in-parkinson-s-disease-a-meta-ana/https://neuralcipherai.com/tr/research/med-32174790-parkinson-s-disease-a-comprehensive-analysis-of-fungi-and-bacteria-in-brain-tissue/https://neuralcipherai.com/tr/research/med-32161568-gut-microbiota-altered-in-mild-cognitive-impairment-compared-with-normal-cognition-in-spor/https://neuralcipherai.com/tr/research/med-32161534-smelling-and-tasting-parkinson-s-disease-using-senses-to-improve-the-knowledge-of-the-dise/https://neuralcipherai.com/tr/research/med-32153401-sphingosine-1-phosphate-receptors-modulators-decrease-signs-of-neuroinflammation-and-preve/https://neuralcipherai.com/tr/research/med-32148751-improvement-of-blood-plasmalogens-and-clinical-symptoms-in-parkinson-s-disease-by-oral-adm/https://neuralcipherai.com/tr/research/med-32132891-src-inhibition-attenuates-neuroinflammation-and-protects-dopaminergic-neurons-in-parkinson/https://neuralcipherai.com/tr/research/med-32116562-cellular-senescence-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-32093791-nutritional-ketosis-as-an-intervention-to-relieve-astrogliosis-possible-therapeutic-applic/https://neuralcipherai.com/tr/research/med-32023969-polyphenols-in-alzheimer-s-disease-and-in-the-gut-brain-axis/https://neuralcipherai.com/tr/research/med-32020875-therapeutic-use-of-cannabis-and-cannabinoids-an-evidence-mapping-and-appraisal-of-systemat/https://neuralcipherai.com/tr/research/med-31999742-cryo-electron-microscopy-of-extracellular-vesicles-from-cerebrospinal-fluid/https://neuralcipherai.com/tr/research/med-31996268-analysis-of-neurodegenerative-disease-causing-genes-in-dementia-with-lewy-bodies/https://neuralcipherai.com/tr/research/med-31993129-therapeutic-alternative-of-the-ketogenic-mediterranean-diet-to-improve-mitochondrial-activ/https://neuralcipherai.com/tr/research/med-31973095-use-of-3d-organoids-as-a-model-to-study-idiopathic-form-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31934611-emerging-regenerative-medicine-and-tissue-engineering-strategies-for-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31934610-dementia-in-long-term-parkinson-s-disease-patients-a-multicentre-retrospective-study/https://neuralcipherai.com/tr/research/med-31934609-potential-of-animal-models-for-advancing-the-understanding-and-treatment-of-pain-in-parkin/https://neuralcipherai.com/tr/research/med-31927536-up-regulation-of-microrna-375-ameliorates-the-damage-of-dopaminergic-neurons-reduces-oxida/https://neuralcipherai.com/tr/research/med-31911835-replacing-what-s-lost-a-new-era-of-stem-cell-therapy-for-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31868683-the-quebec-parkinson-network-a-researcher-patient-matching-platform-and-multimodal-biorepo/https://neuralcipherai.com/tr/research/med-31778771-dissecting-beta-state-changes-during-timed-movement-preparation-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31765686-dopaminergic-neuroprotective-effects-of-rotigotine-via-5-ht1a-receptors-possibly-involveme/https://neuralcipherai.com/tr/research/med-31751762-the-interplay-between-redox-signalling-and-proteostasis-in-neurodegeneration-in-vivo-effec/https://neuralcipherai.com/tr/research/med-31616991-apathy-as-a-behavioural-marker-of-cognitive-impairment-in-parkinson-s-disease-a-longitudin/https://neuralcipherai.com/tr/research/med-31561385-a-pilot-microbiota-study-in-parkinson-s-disease-patients-versus-control-subjects-and-effec/https://neuralcipherai.com/tr/research/med-31906250-l-dopa-in-parkinson-s-disease-looking-at-the-false-neurotransmitters-and-their-meaning/https://neuralcipherai.com/tr/research/med-31905670-comprehensive-analysis-of-neurotoxin-induced-ablation-of-dopaminergic-neurons-in-zebrafish/https://neuralcipherai.com/tr/research/med-31881755-cd38-cd157-and-rage-as-molecular-determinants-for-social-behavior/https://neuralcipherai.com/tr/research/med-31864390-lrrk2-biology-from-structure-to-dysfunction-research-progresses-but-the-themes-remain-the/https://neuralcipherai.com/tr/research/med-31852909-focused-ultrasound-enhanced-intranasal-delivery-of-brain-derived-neurotrophic-factor-produ/https://neuralcipherai.com/tr/research/med-31835870-cueing-paradigms-to-improve-gait-and-posture-in-parkinson-s-disease-a-narrative-review/https://neuralcipherai.com/tr/research/med-31818314-zinc-transporters-in-alzheimer-s-disease/https://neuralcipherai.com/tr/research/med-31810491-dopamine-receptor-d3-signalling-in-astrocytes-promotes-neuroinflammation/https://neuralcipherai.com/tr/research/med-31797917-novel-genome-wide-associations-for-anhedonia-genetic-correlation-with-psychiatric-disorder/https://neuralcipherai.com/tr/research/med-31791357-the-phosphodiesterase-10-inhibitor-papaverine-exerts-anti-inflammatory-and-neuroprotective/https://neuralcipherai.com/tr/research/med-31788334-entorhinal-cortex-atrophy-in-early-drug-naive-parkinson-s-disease-with-mild-cognitive-impa/https://neuralcipherai.com/tr/research/med-31721001-targeted-multiple-reaction-monitoring-analysis-of-csf-identifies-uchl1-and-gpnmb-as-candid/https://neuralcipherai.com/tr/research/med-31660701-4-phosphopantetheine-corrects-coa-iron-and-dopamine-metabolic-defects-in-mammalian-models/https://neuralcipherai.com/tr/research/med-31432604-oxidative-stress-in-the-aging-substantia-nigra-and-the-etiology-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31141426-phytotherapy-in-treatment-of-parkinson-s-disease-a-review/https://neuralcipherai.com/tr/research/med-30957567-transient-blood-brain-barrier-disruption-is-induced-by-low-pulsed-electrical-fields-in-vit/https://neuralcipherai.com/tr/research/med-31801298-interplay-between-micrornas-and-oxidative-stress-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-31779108-long-term-home-monitoring-sensor-technology-in-patients-with-parkinson-s-disease-acceptanc/https://neuralcipherai.com/tr/research/med-31771246-wearable-sensor-based-detection-and-prediction-of-freezing-of-gait-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31754175-selecting-clinically-relevant-gait-characteristics-for-classification-of-early-parkinson-s/https://neuralcipherai.com/tr/research/med-31752705-trends-in-the-incidence-and-prevalence-of-parkinson-s-disease-in-korea-a-nationwide-popula/https://neuralcipherai.com/tr/research/med-31746776-identification-of-functional-trna-derived-fragments-in-senescence-accelerated-mouse-prone/https://neuralcipherai.com/tr/research/med-31730697-deep-learning-for-clustering-of-multivariate-clinical-patient-trajectories-with-missing-va/https://neuralcipherai.com/tr/research/med-31704726-quantitative-whole-brain-3d-imaging-of-tyrosine-hydroxylase-labeled-neuron-architecture-in/https://neuralcipherai.com/tr/research/med-31700063-tau-interactome-analyses-in-crispr-cas9-engineered-neuronal-cells-reveal-atpase-dependent/https://neuralcipherai.com/tr/research/med-31690718-ablation-of-rip3-protects-from-dopaminergic-neurodegeneration-in-experimental-parkinson-s/https://neuralcipherai.com/tr/research/med-31684130-the-blood-brain-barrier-and-its-intercellular-junctions-in-age-related-brain-disorders/https://neuralcipherai.com/tr/research/med-31596658-photobiomics-can-light-including-photobiomodulation-alter-the-microbiome/https://neuralcipherai.com/tr/research/med-31515655-hyposmia-as-a-marker-of-non-motor-disease-severity-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31037649-panoramic-visualization-of-circulating-micrornas-across-neurodegenerative-diseases-in-huma/https://neuralcipherai.com/tr/research/med-30737476-ischemia-induced-acsl4-activation-contributes-to-ferroptosis-mediated-tissue-injury-in-int/https://neuralcipherai.com/tr/research/med-31731485-autophagic-and-lysosomal-related-biomarkers-for-parkinson-s-disease-lights-and-shadows/https://neuralcipherai.com/tr/research/med-31666100-pharmacological-and-chemogenetic-orexin-hypocretin-intervention-ameliorates-hipp-dependent/https://neuralcipherai.com/tr/research/med-31664065-relations-of-non-motor-symptoms-and-dopamine-transporter-binding-in-rem-sleep-behavior-dis/https://neuralcipherai.com/tr/research/med-31658620-involvement-of-akt-mtor-in-the-neurotoxicity-of-rotenone-induced-parkinson-s-disease-model/https://neuralcipherai.com/tr/research/med-31645584-pluronic-gel-based-burrowing-assay-for-rapid-assessment-of-neuromuscular-health-in-c-elega/https://neuralcipherai.com/tr/research/med-31640652-prevalence-and-incidence-of-parkinson-s-disease-and-drug-induced-parkinsonism-in-korea/https://neuralcipherai.com/tr/research/med-31623622-advantages-of-using-3d-virtual-reality-based-training-in-persons-with-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31548178-restriction-of-mitochondrial-calcium-overload-by-lt-i-gt-mcu-lt-i-gt-inactivation-renders/https://neuralcipherai.com/tr/research/med-31519738-mtor-hyperactivity-mediates-lysosomal-dysfunction-in-gaucher-s-disease-ipsc-neuronal-cells/https://neuralcipherai.com/tr/research/med-31254094-evidence-for-bidirectional-and-trans-synaptic-parasympathetic-and-sympathetic-propagation/https://neuralcipherai.com/tr/research/med-31551490-bone-loss-caused-by-dopaminergic-degeneration-and-levodopa-treatment-in-parkinson-s-diseas/https://neuralcipherai.com/tr/research/med-31540441-postural-instability-in-parkinson-s-disease-a-review/https://neuralcipherai.com/tr/research/med-31536960-rewiring-of-the-human-mitochondrial-interactome-during-neuronal-reprogramming-reveals-regu/https://neuralcipherai.com/tr/research/med-31527516-autophagy-modulation-as-a-treatment-of-amyloid-diseases/https://neuralcipherai.com/tr/research/med-31521203-slc39a8-gene-encoding-a-metal-ion-transporter-discovery-and-bench-to-bedside/https://neuralcipherai.com/tr/research/med-31521194-endo-lysosomal-proteins-and-ubiquitin-csf-concentrations-in-alzheimer-s-and-parkinson-s-di/https://neuralcipherai.com/tr/research/med-31334608-research-progress-on-adenosine-in-central-nervous-system-diseases/https://neuralcipherai.com/tr/research/med-31471958-current-state-of-digital-biomarker-technologies-for-real-life-home-based-monitoring-of-cog/https://neuralcipherai.com/tr/research/med-31450864-probiotics-for-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31450774-dynamics-of-dynamin-related-protein-1-in-alzheimer-s-disease-and-other-neurodegenerative-d/https://neuralcipherai.com/tr/research/med-31443476-anthocyanins-and-their-metabolites-as-therapeutic-agents-for-neurodegenerative-disease/https://neuralcipherai.com/tr/research/med-31416163-nutritional-risk-factors-microbiota-and-parkinson-s-disease-what-is-the-current-evidence/https://neuralcipherai.com/tr/research/med-31416121-neuroprotective-effects-of-ginseng-phytochemicals-recent-perspectives/https://neuralcipherai.com/tr/research/med-31413265-the-pink1-kinase-driven-ubiquitin-ligase-parkin-promotes-mitochondrial-protein-import-thro/https://neuralcipherai.com/tr/research/med-31405186-molecular-imaging-of-the-dopamine-transporter/https://neuralcipherai.com/tr/research/med-31398905-patients-with-inflammatory-bowel-disease-are-at-an-increased-risk-of-parkinson-s-disease-a/https://neuralcipherai.com/tr/research/med-31393880-predicting-the-effects-of-deep-brain-stimulation-using-a-reduced-coupled-oscillator-model/https://neuralcipherai.com/tr/research/med-31387313-free-water-imaging-in-white-and-gray-matter-in-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31383850-mir-425-deficiency-promotes-necroptosis-and-dopaminergic-neurodegeneration-in-parkinson-s/https://neuralcipherai.com/tr/research/med-31383842-mechanisms-and-treatment-of-late-life-depression/https://neuralcipherai.com/tr/research/med-31311842-impulse-control-disorders-in-parkinson-disease-and-rbd-a-longitudinal-study-of-severity/https://neuralcipherai.com/tr/research/med-31282614-mitochondrial-msrb2-serves-as-a-switch-and-transducer-for-mitophagy/https://neuralcipherai.com/tr/research/med-31235613-pramipexole-prevents-ischemic-cell-death-via-mitochondrial-pathways-in-ischemic-stroke/https://neuralcipherai.com/tr/research/med-31039583-lrrk2-interacts-with-the-vacuolar-type-h-atpase-pump-a1-subunit-to-regulate-lysosomal-func/https://neuralcipherai.com/tr/research/med-31357742-how-to-select-balance-measures-sensitive-to-parkinson-s-disease-from-body-worn-inertial-se/https://neuralcipherai.com/tr/research/med-31341250-the-activation-of-mucolipin-trp-channel-1-trpml1-protects-motor-neurons-from-l-bmaa-neurot/https://neuralcipherai.com/tr/research/med-31336935-magnesium-is-a-key-player-in-neuronal-maturation-and-neuropathology/https://neuralcipherai.com/tr/research/med-31324895-beneficial-effect-of-estrogen-on-nigrostriatal-dopaminergic-neurons-in-drug-na-ve-postmeno/https://neuralcipherai.com/tr/research/med-31324037-metal-chelation-therapy-and-parkinson-s-disease-a-critical-review-on-the-thermodynamics-of/https://neuralcipherai.com/tr/research/med-31319564-gut-microbiota-muscle-mass-and-function-in-aging-a-focus-on-physical-frailty-and-sarcopeni/https://neuralcipherai.com/tr/research/med-31295842-role-of-dietary-supplements-in-the-management-of-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31286974-does-transcranial-direct-current-stimulation-improve-functional-locomotion-in-people-with/https://neuralcipherai.com/tr/research/med-31171724-engineered-protein-disaggregases-mitigate-toxicity-of-aberrant-prion-like-fusion-proteins/https://neuralcipherai.com/tr/research/med-31178126-expansion-of-human-specific-ggc-repeat-in-neuronal-intranuclear-inclusion-disease-related/https://neuralcipherai.com/tr/research/med-31025544-phosphoregulation-on-mitochondria-integration-of-cell-and-organelle-responses/https://neuralcipherai.com/tr/research/med-30898668-beta-bursts-during-continuous-movements-accompany-the-velocity-decrement-in-parkinson-s-di/https://neuralcipherai.com/tr/research/med-30753889-synchronised-spiking-activity-underlies-phase-amplitude-coupling-in-the-subthalamic-nucleu/https://neuralcipherai.com/tr/research/med-30706593-prevalence-and-duration-of-non-motor-symptoms-in-prodromal-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31261700-photosensitive-melanopsin-containing-retinal-ganglion-cells-in-health-and-disease-implicat/https://neuralcipherai.com/tr/research/med-31238565-advances-in-biosynthesis-pharmacology-and-pharmacokinetics-of-pinocembrin-a-promising-natu/https://neuralcipherai.com/tr/research/med-31238535-probing-multi-target-action-of-phlorotannins-as-new-monoamine-oxidase-inhibitors-and-dopam/https://neuralcipherai.com/tr/research/med-31234555-anti-inflammatory-activities-of-marine-algae-in-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-31234550-the-potential-of-flavonoids-for-the-treatment-of-neurodegenerative-diseases/https://neuralcipherai.com/tr/research/med-31222058-the-levels-of-the-nmda-receptor-co-agonist-d-serine-are-reduced-in-the-substantia-nigra-of/https://neuralcipherai.com/tr/research/med-31167424-bioanalytical-and-mass-spectrometric-methods-for-aldehyde-profiling-in-biological-fluids/https://neuralcipherai.com/tr/research/med-31110043-parkin-recruitment-to-impaired-mitochondria-for-nonselective-ubiquitylation-is-facilitated/https://neuralcipherai.com/tr/research/med-30843285-a-systematic-review-of-meg-based-studies-in-parkinson-s-disease-the-motor-system-and-beyon/https://neuralcipherai.com/tr/research/med-30462234-exploring-causality-of-the-association-between-smoking-and-parkinson-s-disease/https://neuralcipherai.com/tr/research/med-31153319-developing-a-large-scale-population-screening-tool-for-the-assessment-of-parkinson-s-disea/https://neuralcipherai.com/tr/research/med-31141884-natural-antioxidant-anthocyanins-a-hidden-therapeutic-candidate-in-metabolic-disorders-wit/