substantia nigra

Related by string. * : substantia / Nigra : nigra . Porta Nigra . Sambucus nigra * *

Related by context. All words. (Click for frequent words.) 65 dopaminergic neurons 64 oligodendrocytes 64 midbrain 64 dentate gyrus 63 subventricular zone 63 entorhinal cortex 63 tau protein 63 motor neurones 63 neuronal cell 63 subgenual cingulate 63 neuromuscular junction 63 basal ganglia 63 insular cortex 63 neuritic plaques 62 amyloid deposits 62 protein tau 62 Brodmann Area 62 dopamine neurons 62 senile plaques 62 neurofibrillary tangles 61 primary visual cortex 61 subthalamic nucleus 61 arcuate nucleus 61 posterior parietal 61 amyloid beta plaques 61 myofibroblasts 61 acetylcholine receptor 61 lateral orbitofrontal cortex 61 rostral anterior cingulate cortex 61 basal forebrain 61 inferior frontal 61 medial temporal 61 Purkinje cells 61 frontotemporal 61 periaqueductal gray 60 catenin 60 chromosome #q#.# [001] 60 striatum 60 corpus striatum 60 putamen 60 autophagic 60 POMC neurons 60 hippocampal 60 nAChRs 60 ERK1 2 60 beta amyloid peptide 60 orbitofrontal cortex OFC 60 adrenal cortex 60 toxic beta amyloid 60 GABAergic interneurons 60 gyrus 60 cholinergic neurons 60 eNOS 60 nNOS 60 SOD1 60 fatty acid oxidation 59 regulates gene expression 59 dopamine producing 59 Rab5 59 PKC enzyme 59 anterior cingulate 59 nitric oxide synthase 59 precuneus 59 lateral hypothalamus 59 endothelial nitric oxide synthase 59 hyperactivation 59 neuronal signaling 59 angular gyrus 59 factor BDNF 59 59 kalirin 59 demyelination 59 photoreceptor cells 59 amyloid ß 59 dendritic spines 59 microglial cells 59 CB1 receptors 59 ventromedial prefrontal cortex 59 neuronal plasticity 59 Wnt pathway 59 progranulin 59 motor neuron degeneration 58 temporoparietal junction 58 endoplasmic reticulum ER 58 toxic amyloid beta 58 podocytes 58 SIRT1 gene 58 hippocampal neurons 58 vascular endothelial cells 58 demyelinated 58 ventromedial 58 amyloid β 58 presynaptic 58 forebrain 58 periventricular 58 neuronal dysfunction 58 receptor subtype 58 IGF2 58 NMDA receptors 58 parietal lobes 58 temporal lobes 58 superoxide dismutase 58 lysosomal 58 excitatory neurotransmitter glutamate 58 VEGF receptor 58 retinal pigment epithelium 58 posterior cingulate 58 temporoparietal 58 inhibitory neurotransmitter 58 dopamine neuron 58 synaptic function 58 AMPA receptors 58 cortical regions 58 parahippocampal gyrus 58 glutamate receptors 58 Smad3 58 dorsolateral 58 contractile function 58 motoneurons 58 protein kinase C 58 subcortical 58 F actin 58 β amyloid 58 TGF beta pathway 58 inflammatory cytokine 58 granule cells 58 glutamate receptor 58 acetyl CoA 58 hindbrain 58 mesoderm 58 presenilin 58 tau tangles 58 brain derived neurotrophic 58 cortex 58 endocrine glands 58 TGF ß 58 insulating sheath 58 cell adhesion molecule 58 morphogen 58 non coding RNA 58 huntingtin 58 dorsal horn 58 BRAF protein 57 neurotrophic factor 57 hypoperfusion 57 microglial activation 57 ERK signaling 57 NR2B 57 IL 1ß 57 noradrenergic 57 cortical neurons 57 locus coeruleus 57 glutamatergic neurons 57 gyri 57 ectoderm 57 calcineurin 57 acinar cells 57 lipid rafts 57 almond shaped structure 57 mutant huntingtin 57 neurotransmitter acetylcholine 57 glioblastoma cells 57 nerve cells 57 Broca area 57 renal fibrosis 57 sortilin 57 pyramidal neurons 57 atherosclerotic lesions 57 proto oncogene 57 hippocampus 57 Dpp 57 antioxidant enzyme 57 intraparietal sulcus 57 GABAergic 57 lateral habenula 57 anterior cingulate gyrus 57 tau aggregates 57 neuronal migration 57 cyclic AMP 57 LDL receptor 57 myelin sheaths 57 IRAK1 57 caveolin 1 57 postsynaptic 57 IL 1beta 57 receptor gamma 57 prefrontal cortical 57 fusiform gyrus 57 p#NTR 57 acinar 57 GABA receptor 57 beta amyloid plaques 57 axonal damage 57 retinal neurons 57 cardiac myocytes 57 catalytic subunit 57 dorsolateral prefrontal 57 thyrotropin 57 amyloid peptide 57 GABAA receptor 57 medulla 57 enteric nervous 57 amyloid precursor protein 57 γ secretase 57 activin 57 glial cell 57 amyloid beta peptides 57 inferior parietal lobule 57 globus pallidus 57 encodes protein 57 apoptotic proteins 57 inducible nitric oxide synthase 57 CD#b 57 tau proteins 57 macula 57 chondrocyte 57 alpha synuclein 57 hypothalamus 57 cystic fibrosis transmembrane conductance 57 inhibitory transmitter 57 #p# [001] 57 brain hypothalamus 57 COMT 57 podocyte 57 vWF 57 lateral ventricle 57 ventrolateral 57 DISC1 57 intercellular communication 56 granzyme B 56 receptor gene 56 neuronal nitric oxide synthase 56 neuropeptide Y 56 beta amyloid protein 56 ubiquitin ligase 56 sensory axons 56 TGF beta1 56 neurodegeneration 56 lysosomal enzyme 56 C1q 56 microvascular endothelial cells 56 kainate 56 nigrostriatal 56 cardiac fibroblasts 56 pathological hallmark 56 efferent 56 TMEM#B 56 occipital cortex 56 Amyloid Precursor Protein 56 subarachnoid space 56 TrkB 56 glial 56 MAP kinase 56 pro inflammatory cytokine 56 neurturin 56 Oxidative stress 56 PI3K Akt 56 neurones 56 56 signaling cascades 56 cortices 56 amyloid beta proteins 56 apoptotic pathway 56 VE cadherin 56 perivascular 56 cAMP signaling 56 motor neuron 56 chromosome #q# [002] 56 perirhinal cortex 56 muscarinic receptors 56 mitogen activated protein kinase 56 thalamus 56 crystallin 56 myogenesis 56 Notch receptor 56 β catenin 56 caudate nucleus 56 IRS1 56 calcium homeostasis 56 cerebellum 56 neurite 56 striatal neurons 56 fronto temporal 56 cannabinoid receptors 56 beta adrenergic receptors 56 degenerating neurons 56 infarcted 56 proteolysis 56 synaptic vesicles 56 motor neurons 56 carbohydrate metabolism 56 photoreceptor 56 gamma secretase 56 neuroligin 56 cingulate 56 β cell 56 DISC1 gene 56 proinflammatory 56 brain parenchyma 56 ACh 56 JAK2 enzyme 56 skeletal muscle cells 56 Alu RNA 56 cytosol 56 Wnt signaling pathway 56 prostate epithelial cells 56 TGFβ 56 axon guidance 56 CALHM1 56 Sp1 56 osteoblast 56 β cells 56 protein alpha synuclein 56 Wnt signaling 56 HDAC2 56 fusiform 56 intestinal epithelium 56 retinoid X 56 glutamatergic 56 transcriptional activation 56 TGF ß1 56 gamma aminobutyric acid GABA 56 skeletal muscles 56 adhesion molecule 56 Oncogenic 56 remyelination 56 microglial 56 CDH# 56 TORC2 56 neuronal cells 56 dorsomedial 56 lipofuscin 56 tubule 56 phagocytosis 56 EZH2 56 excitatory neurotransmitter 56 Rab# 56 disulfide bond 56 SVZ 56 #ß HSD1 56 neuronal degeneration 56 Htt 56 infarct 56 ABCA1 56 cypin 56 glomerulus 56 Abeta# 56 vasopressin receptors 56 hypometabolism 56 parietal cortex 56 suprachiasmatic nucleus SCN 56 beta amyloid proteins 56 nucleus accumbens 55 antioxidant enzymes 55 focal adhesion kinase FAK 55 transmembrane protein 55 melanocyte 55 PrP 55 JAK STAT 55 neurotransmission 55 alpha synuclein protein 55 CA1 55 DMT1 55 cone photoreceptors 55 suprachiasmatic nucleus 55 mesothelial cells 55 dopamine signaling 55 hypothalamic 55 myocyte 55 neovascularization 55 effector functions 55 beta amyloid fragments 55 FMR1 gene 55 CaM kinase II 55 cell signaling pathway 55 FGFR1 55 NMDA receptor 55 circadian genes 55 Dystrophin 55 hyperinsulinemia 55 myocardium 55 miR# 55 molecular signaling pathway 55 neurotransmitter glutamate 55 NADPH oxidase 55 PTPN# 55 hypothalamic pituitary 55 neurons 55 astrocytic 55 medial temporal lobe 55 GluR1 55 Amyloid beta 55 epithelia 55 sporadic ALS 55 interleukins 55 Golgi apparatus 55 caveolae 55 S#A# [002] 55 PAR1 55 mPFC 55 TSP1 55 N myc 55 NRG1 55 macular 55 WNK1 55 prefrontal 55 myeloid cells 55 neural cells 55 Purkinje cell 55 neuron degeneration 55 NFkappaB 55 superior temporal gyrus 55 melanoma tumors 55 CK # selectively 55 gut mucosa 55 hypothalamus pituitary 55 HPA axis 55 Fibroblasts 55 deacetylation 55 cortical 55 #beta HSD1 55 dendritic spine 55 hypoxic tumor 55 peripheral tissues 55 ependymal cells 55 #q# [001] 55 CXCL# 55 apoE 55 dopaminergic 55 UCP2 55 p# mutations 55 interneurons 55 neurite outgrowth 55 hematopoietic cells 55 phosphorylated tau 55 NMDAR 55 retinal ganglion cells 55 PDGFR 55 Cyclin D1 55 aldehyde dehydrogenase 55 mutated protein 55 BMP signaling 55 RNA splicing 55 transcriptional repressor 55 dopaminergic cells 55 PKD1 55 Rap1 55 MMP2 55 LRP6 55 MMP9 55 neurone 55 cholinergic 55 cholecystokinin CCK 55 myocytes 55 amyloid plaques 55 gliosis 55 superior colliculus 55 radial glia 55 iNOS 55 mutant protein 55 hyperactivated 55 neurodegenerative disease 55 habenula 55 tubules 55 sGC 55 phosphorylated 55 inferior parietal 55 anti inflammatory cytokine 55 hypothalamic neurons 55 5 hydroxytryptamine 55 cytokine signaling 55 ALDH2 55 synaptic vesicle 55 myocardial tissue 55 incretins 55 MAP kinases 55 photoreceptors 55 PIP2 55 neuroblastoma cells 55 receptor molecule 55 osteoclast 55 cerebral cortical 54 serotonin receptor 54 mesothelium 54 cingulate gyrus 54 stromal cells 54 NFkB 54 ADAM# 54 fibrotic 54 noradrenaline 54 basal layer 54 Skp2 54 excitotoxicity 54 Notch1 54 ventral pallidum 54 gene encodes protein 54 oncoprotein 54 abnormal angiogenesis 54 FOXO3a 54 fibrin deposition 54 cyclic AMP cAMP 54 myelin sheath 54 TTR gene 54 synaptic plasticity 54 NAc 54 paracrine 54 excess glutamate 54 stroma 54 Androgen receptor 54 erythropoiesis 54 Fig. 1C 54 synapse maturation 54 EphA2 54 auditory cortex 54 amyloid deposition 54 micro RNAs 54 54 IFN γ 54 myelin insulation 54 NF kB signaling 54 neurotrophic factors 54 NFKBIA 54 subthalamic nucleus STN 54 visual cortex 54 Ras pathway 54 metabolizing enzyme 54 baroreflex 54 amyloid beta peptide 54 necrotic core 54 PPAR alpha 54 costimulatory 54 Abeta 54 premotor cortex 54 neoplastic cells 54 protein clumps 54 glomeruli 54 fatty sheath 54 proteoglycan 54 mitochondrial respiration 54 peripheral nerves 54 histone modifications 54 endogenous cannabinoids 54 interstitium 54 occipital lobes 54 PECAM 1 54 uPA 54 fibrillin 54 neuronal differentiation 54 neurosteroid 54 glomerular 54 ChR2 54 microtubule dynamics 54 focally 54 FTLD 54 raphe 54 glia cells 54 neural pathway 54 CREB protein 54 serine proteases 54 hepatic steatosis 54 mesenchymal cells 54 enzymatic activity 54 palytoxin 54 procaspase 3 54 progressive degeneration 54 proinflammatory cytokines 54 eicosanoids 54 circadian clock genes 54 amyloid plaque 54 upregulated 54 acetylcholine receptors 54 dystrophin 54 airway remodeling 54 astrocytes 54 glia 54 BMAL1 54 anterior pituitary 54 lysosome 54 ADDLs 54 vacuolar 54 amyloid protein 54 SIRT3 54 androgen receptor AR 54 NR2B subunit 54 galanin 54 lung epithelium 54 defective telomerase 54 term potentiation LTP 54 hypothalamus gland 54 GABAA receptors 54 senescent cells 54 striatal 54 Macrophage 54 IL 1β 54 dopamine receptor 54 Fc receptor 54 CHD7 54 mice lacking 54 TGF β 54 epigenetic modification 54 neural tissue 54 FANCD2 54 atherosclerotic plaques 54 cathepsins 54 huntingtin protein 54 histone acetylation 54 ADAMTS# 54 cytochrome c 54 vascular endothelium 54 mitogen 54 fibrous connective tissue 54 epithelial tissue 54 GAPDH 54 nicotinic receptors 54 mitochondrial function 54 Hair follicles 54 retinal cells 54 breast epithelial cells 54 cardiac hypertrophy 54 secretory pathway 54 MECP2 54 medial temporal lobes 54 neurofibromin 54 NPD1 54 plasma kallikrein 54 IKKß 54 MECP2 gene 54 frataxin 54 GSTT1 54 paxillin 54 kappa opioid receptors 54 KLF2 54 vascular endothelial 54 microglia 54 ectopic expression 54 gastrointestinal GI tract 54 dorsolateral prefrontal cortex 54 LDLR 54 ubiquitylation 54 E3 ubiquitin ligase 54 miRNA genes 54 CDK5 54 p#Kip# 54 DNA methylation patterns 54 methylation patterns 54 Adiponectin 54 RhoA 54 adrenal medulla 54 GABA gamma aminobutyric acid 54 GATA4 54 glial cells 54 temporal parietal 54 transcriptional regulation 54 pDCs 54 neural tissues 54 Brain derived neurotrophic 54 CFTR protein 54 BDNF protein 54 palmitoylation 54 caudate 54 PIP3 54 SOCS3 54 PAK1 54 oligodendroglial progenitor cells 54 Treg cells 54 receptor protein 54 insulin secreting cells 54 #p#.# [001] 54 Neuregulin 1 54 SMN protein 54 HOTAIR 54 contractile 54 TERT 54 hedgehog signaling 54 Mcl 1 54 synovial cells 54 PrPC 53 dysregulated 53 chromosome #q 53 FOXO1 53 somatosensory cortex 53 ventral tegmental area 53 PTEN gene 53 Sirt1 53 C EBP alpha 53 prostatic tissue 53 lymphatic vessels 53 osteocalcin 53 mutant mouse 53 cell nuclei 53 Neural stem cells 53 Hsp# [001] 53 Notch signaling 53 fovea 53 Clusterin 53 apoE4 53 c Fos 53 ganglion cells 53 Kupffer cells 53 hippocampal cells 53 mTORC1 53 elastase 53 mitogenic 53 GABAergic neurons 53 alpha synuclein gene 53 Alzheimer pathology 53 CYP#B# 53 mesenchyme 53 retinal pigment epithelial cells 53 premotor 53 Hedgehog pathway 53 actin remodeling 53 CB2 receptors 53 choroidal neovascularization 53 fibrocytes 53 proNGF 53 Six3 53 skeletal muscle 53 kinase domain 53 TLR3 53 leptin receptors 53 MT1 MMP 53 Alzheimer disease pathology 53 inferior colliculus 53 5 HT6 receptor 53 TSLP 53 prostaglandin E2 53 vasodilatation 53 neurotransmitter GABA 53 fatty acid synthase 53 PGC 1α 53 metabolic enzymes 53 FGF# 53 beta amyloid peptides 53 tumor suppressor protein 53 vitamin D receptors 53 parietal cortices 53 erythrocytes 53 beta globin gene 53 TCF#L# 53 TGF b 53 centrosome 53 oligodendrocyte 53 chromatin structure 53 intestinal epithelial cells 53 MEF2 53 vimentin 53 MDSCs 53 nicotinic receptor 53 capillary endothelial cells 53 cingulate cortex 53 Dysregulation 53 insulates nerve fibers 53 NKG2D 53 chemokine receptor 53 c myc 53 BDNF gene 53 p# mutation 53 GABA neurotransmitter 53 ciliated 53 SGK1 53 porphyrins 53 D aspartic acid 53 Abeta peptide 53 endocannabinoids 53 rostral 53 mucus glands 53 parathyroid glands 53 neuroligins 53 neuronal synapses 53 hypocretin 53 AMPA receptor 53 focal adhesions 53 astrocyte 53 innervation 53 constitutively 53 choroid 53 lymphatic vasculature 53 DLPFC 53 myo inositol 53 sensory nerve 53 endoplasmic reticulum 53 prefrontal regions 53 posterior cingulate cortex 53 uncoupling protein 53 caspases 53 dysregulation 53 synaptogenesis 53 neuroepithelial cells 53 undergo apoptosis 53 ventral striatum 53 olfactory receptor neurons 53 5 HT1A 53 PI3K pathway 53 aromatase 53 tumorigenesis 53 MAPK pathway 53 somatosensory 53 Sonic Hedgehog 53 insulin receptors 53 H2AX 53 neuronal stem cells 53 mesolimbic 53 mitochondrial enzyme 53 SIRT1 53 phagocytes 53 inhibitory neurotransmitters 53 peroxisome 53 neuronal circuitry 53 metalloproteases 53 goblet cells 53 neurites 53 orbitofrontal 53 transferrin receptor 53 neurotransmitter dopamine 53 chromatin remodeling 53 ß amyloid 53 retinal pigment epithelium RPE 53 chemical acetylcholine 53 prefrontal cortex 53 gluconeogenesis 53 Cdc# 53 superoxide 53 isoenzymes 53 mineralocorticoid 53 phagocyte 53 extracellular signal 53 S#K# 53 leukemic cells 53 cardiolipin 53 PML RARA 53 neurogenesis 53 posterior temporal 53 SCD1 53 Amyloid plaques 53 p# MAP kinase 53 adenosine receptors 53 OGG1 53 N methyl 53 RANK ligand 53 excitatory neurons 53 hormone leptin 53 cerebellar vermis 53 Peripheral nerves 53 progranulin protein 53 amyloid beta protein 53 transmembrane 53 PPAR γ 53 organelle 53 protects nerve fibers 53 neural crest stem cells 53 TAp# 53 mutant SOD1 53 parahippocampal 53 NKT cells 53 palladin 53 RGCs 53 TNFalpha 53 dorsal root ganglia 53 transthyretin 53 posterior parietal cortex 53 T lymphocytes 53 pRb 53 amygdale 53 major histocompatibility complex 53 Beta amyloid 53 medial prefrontal 53 clusterin 53 histone deacetylases 53 TNFR 53 pigmented layer 53 reactive oxygen species 53 endocytosis 53 Akt 53 hypothalamic pituitary adrenal axis 53 autocrine 53 c MET 53 microvessels 53 myelinated 53 proinflammatory cytokine 53 ventral prefrontal cortex 53 sensory nerves 53 infarcts 53 regulated kinase ERK 53 epicardium 53 Acetylcholine 53 immunoreactivity 53 receptor subtypes 53 Sox# 53 hippocampi 53 5 HT2C receptor 53 fatty acid metabolism 53 keratinocytes 53 temporal lobe 53 dystroglycan 53 glutamate signaling 53 A2A adenosine receptor 53 temporal cortex 53 hyperexcitability 53 dysbindin 53 neuronal function 53 histone 53 retinal degeneration 53 neuregulin 53 noncoding 53 p# activation 53 cadherin 52 leptin signaling 52 LRP5 52 lysosomes 52 tumor suppressor genes 52 STAT1 52 Runx2 52 MAP kinase pathway 52 neurotransmitter receptors 52 hematopoiesis 52 glucocorticoid 52 cerebral hemispheres 52 DARPP 52 nephron 52 EAAT2 52 brain frontal lobe 52 arterioles 52 parietal 52 collagen fibers 52 dopamine neurotransmitter 52 catechol O methyltransferase 52 CEACAM1 52 TORC1 52 GATA3 52 neuronal connections 52 Neutrophils 52 tyrosine phosphorylation 52 organogenesis 52 mu opioid receptors 52 cerebral cortex 52 peroxisome proliferator activated 52 inverse agonist 52 p# pathway 52 kappa opioid receptor 52 IFN gamma 52 adaptive immunity 52 PON1 52 medial frontal cortex 52 pro apoptotic 52 spermatogenesis 52 PGE2 52 dystrophin gene 52 Hh 52 cerebellar cortex 52 filaggrin 52 LXRs 52 plasma membrane 52 mitochondrial oxidative 52 hormone secretion 52 neural crest cells 52 TGF β1 52 beta amyloid plaque 52 TRAF6 52 motor cortex 52 NAD + 52 GSTP1 52 inflammatory cytokines 52 SH2 B 52 nicotinic acetylcholine receptor 52 synaptic transmission 52 TXNIP 52 IGF1 52 collagen VI 52 intestinal epithelial 52 cardiac fibrosis 52 anterior temporal 52 myometrium 52 baroreceptors 52 midgut 52 Neurogenesis 52 Cx# [001] 52 amyloids 52 adipokines 52 NKT cell 52 adult neurogenesis 52 signaling pathway 52 parenchyma 52 NFκB 52 evolutionarily conserved 52 glioma cells 52 cellular signaling pathways 52 partial agonist 52 glucokinase 52 RPE# 52 nerve degeneration 52 methyl D aspartate 52 CD#L 52 catalase 52 type glutamate receptor 52 protective myelin sheath 52 overactivation 52 NF1 52 TGFbeta

Back to home page