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(Click for frequent words.) 76 electrical impulses 69 sensory nerves 65 muscle contractions 63 electrical pulses 63 chemical messengers 62 sensory neuron 61 neuro transmitters 61 nerve cells 61 vagus nerve 61 inhibitory neurons 60 neurotransmitter norepinephrine 60 vagus 60 muscular contractions 60 neurotransmitter serotonin 59 sensory input 59 vagal nerve 59 auditory nerve 59 neural impulses 59 excitatory signals 59 neural pathway 59 excitatory neurons 58 suprachiasmatic nucleus 58 Electrical impulses 58 neurotransmitters 58 neurone 58 nerve fibers 58 sinus node 57 neurochemicals 57 auditory nerves 57 Nerve cells 57 vagus nerves 57 beta adrenergic receptors 57 neurotransmitter GABA 57 Nerve impulses 57 opiate receptors 57 dopamine chemical 57 cochlea 57 neuronal activity 57 AV node 57 Peripheral nerves 57 acetylcholine neurotransmitter 56 electrical conduction 56 transmit nerve impulses 56 auditory nerve fibers 56 Neurotransmitters 56 sensory neurons 56 biochemical cascade 56 peristalsis 56 Acetylcholine 56 occipital nerve 56 hypothalamic pituitary axis 56 nociceptors 56 satiety signals 56 serotonin neurotransmitter 56 trigeminal nerve 56 sensory inputs 56 Circadian rhythms 56 neuronal signaling 56 gamma oscillations 56 neurotransmitter acetylcholine 56 GABAergic 56 peripheral nerves 55 sensory receptors 55 brain hypothalamus 55 excitatory 55 temporarily paralyzes 55 neurons 55 synaptic transmission 55 autonomic nerves 55 brain visual cortex 55 magnetic pulses 55 cyclic AMP 55 biochemical reactions 55 inhibitory neurotransmitters 55 transmit electrical impulses 55 TGF beta pathway 55 dorsal horn 55 neurones 55 Neurons 55 AMPA receptor 55 parasympathetic nervous system 55 acetylcholine receptors 55 acupoints 55 endocrine glands 55 nerve axons 55 sensory stimuli 55 endocannabinoid receptors 55 AMPA receptors 54 neural pathways 54 neuronal plasticity 54 neuronal pathways 54 somatosensory 54 neuron 54 neuronal synapses 54 hormone secretion 54 neuromuscular junction 54 chemical acetylcholine 54 dopamine neurotransmitter 54 hormone serotonin 54 electrical currents 54 glutamate signaling 54 neuronal circuits 54 sends electrical impulses 54 peripheral tissues 54 hypothalamus gland 54 autonomic nervous system 54 NMDA receptors 54 Skeletal muscles 54 messenger molecule 54 cytoskeletal 53 neuro transmitter 53 synapse 53 chemical serotonin 53 neurotransmission 53 abnormal rhythms 53 neuronal excitation 53 cypin 53 neurotransmitter 53 disable overactive nerve 53 skeletal muscles 53 glia cells 53 nerve endings 53 nAChR 53 cortical neurons 53 synapse formation 53 mitochondrial membrane 53 blood vessels dilate 53 ganglion cells 53 synaptic inputs 53 subthalamic nucleus 53 neurotransmitter glutamate 53 superoxides 53 fatty molecules 53 melatonin receptors 53 paralyzes muscles 53 PIP3 53 Circadian rhythm 53 vestibular nerve 53 thalamus 53 catecholamine 53 olfactory nerve 53 SIRT1 gene 53 conformational changes 53 superior colliculus 53 insulating sheath 53 Nerve fibers 53 signaling cascades 53 Stress hormones 53 neuropeptides 53 intestinal epithelial cells 53 blocks nerve impulses 53 rhythmic contractions 52 Nerve endings 52 inhibitory transmitter 52 prestin 52 mechanoreceptors 52 proNGF 52 external stimuli 52 sodium ions 52 LRP1 52 serotonin signaling 52 antigen presenting 52 serotonin neurons 52 monoamines 52 phrenic nerve 52 spinal nerves 52 secrete hormones 52 connexin# 52 p# pathway 52 acetylcholine chemical 52 neurotransmitter dopamine 52 Wnt signaling 52 microtubule dynamics 52 cellular metabolism 52 olfactory receptor neurons 52 insulates nerve fibers 52 involuntary muscle contractions 52 acetylcholine 52 sensory organs 52 neuronal migration 52 sortilin 52 ChR2 52 synaptic vesicles 52 glutamate receptors 52 retinal ganglion cells 52 calcineurin 52 aldose reductase 52 Rb protein 52 electrical stimulation 52 glutamate 52 PrPC 52 neurotransmitter molecules 52 cellular signaling pathways 52 lymph vessels 52 noradrenalin 52 KATP channels 52 lateral hypothalamus 52 allergic inflammation 52 trigeminal 52 neurite 52 implanted stimulator 52 enkephalins 52 Purkinje cells 52 excess glutamate 52 nitric oxide synthase NOS 52 Ventricular fibrillation 52 adrenal cortex 52 brain circuitry 52 secretory cells 52 habenula 52 sensing neurons 52 endogenous opioids 52 inferior colliculus 52 pineal glands 52 innervate 52 qi pronounced chee 52 GABAA receptors 52 ciliary 51 cochlear nerve 51 exocytosis 51 hedgehog pathway 51 motor neurons 51 mucus glands 51 neural synapses 51 MEF2 51 orexin receptors 51 neural fibers 51 orexin neurons 51 POMC neurons 51 MAP kinase 51 neuronal apoptosis 51 allopregnanolone 51 melanopsin 51 gastric motility 51 nociceptive 51 afferent 51 Alu RNA 51 intracellular proteins 51 paxillin 51 oxygenated blood 51 motoneurons 51 temporoparietal junction 51 cytokines proteins 51 synaptic cleft 51 noradrenaline 51 inflamed tissues 51 calpain 51 GABA gamma aminobutyric acid 51 excitatory neurotransmitter glutamate 51 competitor Myobloc drugs 51 efferent 51 transduction 51 hormone melatonin 51 synaptogenesis 51 abnormal neuronal 51 somatosensory cortex 51 Electromagnetic waves 51 viral proteins 51 sinus drainage 51 rubidium vapor 51 baroreceptors 51 ketone bodies 51 hyperexcitability 51 ventral prefrontal cortex 51 hippocampal cells 51 potassium ions 51 theta waves 51 excitatory synapses 51 biochemical pathways 51 reversibly 51 vocal folds 51 motor neurones 51 synaptic connections 51 sweat glands 51 inhibitory interneurons 51 motor neuron 51 Neurons communicate 51 mutant proteins 51 endocytosis 51 axons 51 synaptic function 51 signaling molecules 51 autonomic functions 51 Thyroid hormones 51 dopamine serotonin 51 GABA receptors 51 JAK STAT 51 malonyl CoA 51 proton pump 51 opioid peptides 51 premotor cortex 51 oscillatory 51 inhibitory neurotransmitter 51 FGFs 51 lymph fluid 51 ERK1 2 50 enzyme phosphodiesterase 50 neural tissue 50 glycogen metabolism 50 Multiple sclerosis interrupts 50 mRNA molecules 50 cell cytoplasm 50 adrenal medulla 50 overstimulates 50 GABAergic interneurons 50 costimulatory 50 cortical circuits 50 hyperactivation 50 neuronal excitability 50 rhythmic disturbances 50 brain frontal lobe 50 biochemical pathway 50 hypoglossal nerve 50 involuntary contractions 50 ryanodine receptor 50 lymphatics 50 neurological pathways 50 female reproductive tract 50 intestinal epithelium 50 sensory cortex 50 dorsolateral 50 sensory nerve fibers 50 excitotoxicity 50 mucosal membrane 50 extracellular signals 50 normal prion proteins 50 casein kinase 50 ErbB4 50 dopamine 50 MAP kinases 50 osmotic pressure 50 NF kappaB activation 50 cyclic guanosine monophosphate 50 primary visual cortex 50 lung epithelium 50 metabolism 50 premotor 50 cell signaling pathways 50 enteric nervous 50 neurotransmitters dopamine 50 Immune cells 50 Wnt pathway 50 mucosal barrier 50 CaM kinase 50 forebrain 50 relaxes muscles 50 nerve sheath 50 neural circuits 50 neurotransmitter receptors 50 parasympathetic 50 neuregulin 1 50 auditory pathways 50 toxic beta amyloid 50 cellular pathways 50 Notch signaling 50 vessel dilation 50 vestibular apparatus 50 mRNA translation 50 downregulate 50 Orexin 50 cough reflex 50 serotonin receptors 50 olfactory receptor cells 50 pleasurable sensations 50 synapses 50 gluconeogenesis 50 gut motility 50 axon guidance 50 neurocircuitry 50 endocannabinoid system 50 CaM kinase II 50 TORC1 50 reuptake 50 TORC2 50 HDAC5 50 tibial nerve 50 auditory neurons 50 muscarinic receptors 50 palmitoylation 50 cytosol 50 linearly polarized light 50 autophagic 50 cytokine signaling 50 dendrite 50 protein actin 50 chemical dopamine 50 trophoblasts 50 IKK2 50 catalytic subunit 50 ischemia induced 50 thermogenesis 50 adaptive immunity 50 pineal gland 50 acetylcholine receptor 49 CK # selectively 49 midbrain 49 odorant molecule 49 STAT1 49 auditory pathway 49 cranial nerves 49 processive 49 neuronal membranes 49 dopamine neurons 49 secretes hormones 49 membrane receptors 49 SUMOylation 49 ciliated cells 49 epigenetically 49 facial muscles 49 adenosine receptors 49 electrically stimulating 49 Purkinje cell 49 dendritic spine 49 hormone insulin 49 hormone angiotensin 49 divide uncontrollably 49 Pdx1 49 cyclic AMP cAMP 49 tear glands 49 secrete proteins 49 melatonin hormone 49 galanin 49 S#K# 49 suprachiasmatic nucleus SCN 49 electrode disable overactive 49 inflammatory cytokine 49 channelrhodopsin 49 Wnt proteins 49 mesoderm 49 signaling cascade 49 electromagnetic waves 49 painful muscle spasms 49 cilia 49 messenger RNA 49 neural tissues 49 Vagus nerve 49 serotonin receptor 49 adenosine receptor 49 GABA neurotransmitter 49 neurotrophic factors 49 Kv#.# channels 49 occipital nerves 49 axons nerve fibers 49 neurochemical 49 myelin coating 49 fatty sheath 49 neural prosthetics 49 endothelial nitric oxide synthase 49 electrically stimulates 49 granzyme B 49 axon 49 releases endorphins 49 signaling pathways 49 vitamin D receptors 49 Factor NGF 49 innate immune responses 49 Cannabinoid receptors 49 pRb 49 TXNIP 49 nitric oxide synthase 49 intraparietal sulcus 49 glutamate neurotransmission 49 lymph drainage 49 radiofrequency waves 49 acetyl CoA 49 hyperactivated 49 GABAergic neurons 49 hyper excitability 49 dopamine norepinephrine 49 amyloid plaque formation 49 neural 49 Relaxation techniques 49 CRF receptors 49 adenosine triphosphate 49 nucleolus 49 circadian pacemaker 49 ganglia 49 inhibitory 49 calcium ions 49 CEACAM1 49 dopamine neurotransmitters 49 soundwaves 49 opioid receptors 49 fatty acid oxidation 49 muscle rigidity 49 myelin sheaths 49 plasminogen 49 photoreceptor cells 49 electromotive force 49 actin remodeling 49 retinal neurons 49 morphogenetic 49 pericytes 49 temporarily immobilizing 49 endogenous cannabinoids 49 bioelectrical 49 olfactory nerves 49 adhesion proteins 49 SOCS3 49 Eustachian tubes 49 hormone glucagon 49 cAMP signaling 49 eukaryotic cells 49 serotonin 49 huntingtin protein 49 peroxisome 49 leptin signaling 49 potassium ion 49 chloride ions 49 toxic misfolded proteins 49 endocannabinoids 49 EphB2 49 biochemical processes 49 caveolin 1 49 blood vessels 49 transthyretin 49 intraventricular 49 lymphatic vessels 49 Notch1 49 neural cells 49 PI3K signaling 49 RUNX3 49 intracellularly 49 eustachian tube 49 D2 receptor 49 micro RNAs 49 Tbx5 49 neurite outgrowth 49 downregulates 48 nerve degeneration 48 mu receptor 48 intestinal mucosa 48 cannabinoid receptors 48 Wnts 48 mitogen 48 anaerobic metabolism 48 lymphatic drainage 48 oxidative phosphorylation 48 microglial cells 48 Exercise releases endorphins 48 circuitries 48 synaptic plasticity 48 mucosal immunity 48 MAP kinase pathway 48 blood vessel constriction 48 granule cells 48 current stimulation tDCS 48 TRPM8 48 secretory pathway 48 afferents 48 Thyroid hormone 48 pineal 48 paracellular 48 transcriptional machinery 48 detrusor muscle 48 brainstem 48 skeletal muscle cells 48 subthalamic 48 male hormone androgen 48 female hormones estrogen 48 dopamine signaling 48 antioxidant enzymes 48 stimulated electrically 48 PPAR delta 48 cilium 48 mucous glands 48 carbohydrate metabolism 48 mucosal tissue 48 metabolic enzymes 48 presynaptic 48 TGF ß 48 regulates gene expression 48 glucocorticoid receptor 48 antiviral cytokines 48 gamma amino butyric 48 aminobutyric acid 48 EGFR signaling 48 pulsed laser beam 48 hypothalamic pituitary adrenal axis 48 cryptochrome 48 bladder contractions 48 degenerating neurons 48 TNFR 48 calcium ion 48 proprioceptive 48 endoplasmic reticulum stress 48 locus coeruleus 48 secreting hormones 48 dynactin 48 carbohydrate absorption 48 SAPAP3 48 Akt signaling 48 hormones leptin 48 PHLPP 48 mitochondrial fusion 48 CFTR protein 48 auditory stimulation 48 kainate 48 membrane fusion 48 chromatin structure 48 thermoregulatory 48 thyroid hormones 48 frontal parietal 48 cellular prion protein 48 neuronal axons 48 cPLA2 48 T lymphocyte 48 bile acids 48 cerebral spinal 48 HIF 1α 48 hormone aldosterone 48 eicosanoids 48 PER2 48 hormone adiponectin 48 homeostatic 48 Wnt1 48 olfactory neurons 48 intestinal motility 48 intercellular communication 48 BMP4 48 epithelial cells lining 48 myelinated axons 48 neurotransmitters serotonin 48 demyelinated 48 Androgen receptor 48 intracellular pathways 48 semicircular canals 48 netrin 1 48 kappa opioid receptor 48 TGF b 48 metabolize fat 48 airway collapses 48 fatty acid metabolism 48 microelectrodes 48 depolarizing 48 FoxO1 48 bile salts 48 epithelial barrier 48 LXRs 48 Math1 48 modulate 48 cerebellum 48 Smoothened 48 membrane lipids 48 Golgi apparatus 48 cyclic GMP 48 monoamine neurotransmitters 48 pro opiomelanocortin 48 cochlear 48 prostaglandin E2 48 glutamate transporters 48 myocytes 48 glutamate neurotransmitter 48 PKC alpha 48 toxic amyloid beta 48 diffusible 48 serotonergic neurons 48 calmodulin kinase II 48 occipital cortex 48 transcriptional repressor 48 amygdala neurons 48 triiodothyronine T3 48 feedforward 48 BMAL1 48 gamma aminobutyric acid 48 neurotrophic 48 Notch receptor 48 excitatory neurotransmitter 48 RANKL 48 upper chambers atria 48 reactive molecules 48 ligaments tendons 48 Foxp3 48 vasodilation 48 microelectrode array 48 ventricles 48 SOCS1 48 suppresses appetite 48 intracellular signaling 48 transmits signals 48 hypoxic tumor 48 nAChRs 48 macrophage cells 48 glutamate receptor 48 SMN protein 48 Neuropeptide Y 48 auditory stimuli 48 suprachiasmatic nuclei 48 ABCA1 48 cytoskeleton 48 overactive receptor 48 metalloproteases 48 gamma aminobutyric acid GABA 48 basal forebrain 48 cingulate 48 genes encode proteins 48 phrenic 48 cell membranes 48 NKT cell 48 pancreas secretes insulin 48 hindbrain 48 taste receptors 48 lymphatic circulation 48 ATPase activity 48 angiotensin II hormone 48 nerve fibers axons 48 osteogenesis 48 gastrointestinal motility 48 renal tubular 47 myelin insulation 47 inhibiting enzymes 47 mutated protein 47 releasing endorphins 47 receptor protein 47 mitochondrial biogenesis 47 carcinoids originate 47 digestive juices 47 norepinephrine 47 hormone angiotensin II 47 ionized molecules 47 NF kappaB 47 axon regeneration 47 androgen hormones 47 inflamed joints 47 dendrites 47 sensory perceptions 47 Pax6 47 extracellular calcium 47 antibodies bind 47 myelinated 47 anabolism 47 myosins 47 GnT 4a 47 brain cortex 47 CB1 receptors 47 dendritic spines 47 p# MAP kinase 47 vestibular 47 orexin 47 repolarization 47 mesolimbic 47 hypothalamus 47 cortex 47 Ghrelin hormone 47 TRPA1 47 visual cortex 47 sensory axons 47 ciliary neurotrophic factor 47 retinal cells 47 jerking movements 47 brain 47 noxious stimuli 47 adipocytes fat 47 triiodothyronine 47 deoxygenated blood 47 muscles tendons ligaments 47 EEG signals 47 dendritic cells DCs 47 upregulating 47 cholinergic receptors 47 Glial cells 47 glomerulus 47 microvessels 47 telomerase enzyme 47 TGF β 47 extracellular signal 47 tremor rigidity 47 actin cytoskeleton 47 neuronal circuitry 47 contractile function 47 PGC1 47 infectious prion proteins 47 painful stimuli 47 detoxify carcinogens 47 apoptotic pathway 47 anatomic structures 47 cellular respiration 47 Nitric oxide 47 interneurons 47 cell signaling pathway 47 messenger dopamine 47 Piezoelectric materials 47 nicotinic receptors 47 tetherin 47 multivesicular bodies 47 Wnt 47 intracellular signal transduction 47 hypothalamic 47 ERK pathway 47 EZH2 47 hypocretin 47 nerve stimulation 47 brachial plexus 47 proximal tubule 47 masseter 47 glucocorticoid receptors 47 colonic motility 47 secrete chemicals 47 neuromuscular 47 erythropoietin hormone 47 gastric juices 47 AMP kinase 47 CPEB 47 iNOS 47 adrenals 47 neuronal receptors 47 Treg cells 47 muscle twitches 47 microvascular endothelial cells 47 contractility 47 parvalbumin 47 HIF biology 47 Cortisol 47 IGFBP7 47 beta amyloid proteins 47 Drp1 47 Abnormalities 47 stimulator sends 47 mesothelin 47 cholinergic neurons 47 temporarily incapacitating 47 photopigment 47 biologic pathways 47 pre frontal cortex 47 chromatin remodeling 47 cyclic nucleotides 47 inhibitory synapses 47 Quorum sensing 47 fluid shear 47 collagen deposition 47 biochemical signaling pathway 47 myosin filaments 47 cortisol hormone 47 cerebral hemispheres 47 paracrine 47 oligodendrocyte 47 mitochondrial respiration 47 CD#L 47 hormone prolactin 47 rostral anterior cingulate cortex 47 signaling molecule 47 neurohormones 47 caveolae 47 mesenchymal cells 47 cortexes 47 Atrial fibrillation occurs 47 ion channels 47 Myosin II 47 messenger RNAs 47 subarachnoid space 47 proteolytic 47 adhesion molecule 47 insulin secreting cells 47 aqueous humor 47 GPR# receptor [002] 47 IL 1β 47 hippocampal function 47 lysosome 47 brain neurotransmitter 47 Kv#.# 47 microcirculation 47 L dopa 47 mucosal surfaces 47 Stomach acid 47 carotid sinus 47 NF kB pathway 47 bones joints 47 serine proteases 47 connexin 47 ACh 47 Sirt3 47 neuron degeneration 47 P#X# receptors 47 electrophysiological recordings 47 researchers hypothesize 47 PPAR alpha 47 endogenous stem cells 47 bioelectric 47 sGC 47 molecular pathways 47 prostaglandins 47 motile cilia 47 olfactory bulb 47 mild electrical stimulation 47 transcytosis 47 Cdc# 47 mitochondria 47 mTORC1 47 posterior parietal cortex 47 myogenic 47 cellular organelles 47 bloodflow 47 ultrasonic waves 47 vomeronasal organ VNO 47 acupuncture meridians 47 astrocytic 47 intracellular signaling pathway 47 abnormal heartbeats 47 electromagnetic pulses 47 intracellular compartments 47 intestinal lining 47 PKMzeta 47 tubule 47 lateral habenula 47 anterior pituitary gland 47 mevalonate 47 transplanted embryonic 47 vascular endothelial 47 neuronal 47 serotonin dopamine 47 Norepinephrine 47 eNOS 47 Melatonin hormone 47 tumor suppressor p# 47 defective CFTR protein 47 Rev erb 47 vascular endothelial cells 47 Electrical stimulation 47 overactivation 47 invadopodia 47 vessel constriction 47 vibrissae 47 biofield 47 melanin pigments 47 ATPase 47 temporarily paralyze 47 HIF 1a 47 atria 47 Th2 immune 47 hippocampal neurogenesis 47 arginase 47 serotonin synthesis 47 theta rhythm 47 throat chakra 47 hormonal milieu 47 Amyloid Precursor Protein 47 corticospinal 47 PAK1 47 anti Neu5Gc antibodies 46 luteinizing hormone 46 corpus luteum 46 MAPKs 46 Angiotensin II 46 synaptic 46 electroencephalographic 46 motor neuron diseases 46 invading microbes 46 endorphins 46 phloem 46 circadian clocks 46 cholinergic 46 morphogens 46 surface plasmon 46 chemosensory 46 bodily sensations 46 autocrine 46 rhythmicity 46 lub SHOOP 46 raphe 46 fatty acid synthesis 46 NFkB 46 joints tendons 46 prefrontal lobes 46 lateral orbitofrontal cortex 46 actin dynamics 46 dopamine transporter 46 sensorimotor 46 pudendal nerve 46 enkephalin 46 overactivity 46 prostaglandin E2 PGE2 46 respiratory epithelium 46 invading pathogen 46 undergo apoptosis 46 bronchial airways 46 interneuron 46 sinoatrial node 46 magnetic stimulation 46 tendons ligaments 46 hormone cortisol 46 saccades 46 gastrointestinal GI tract 46 thalamic 46 Skp2 46 piriformis muscle 46 Th1 type 46 Aerobic exercise 46 Rac1 46 phagocytosis 46 molecular pathway 46 RNA molecule 46 Particle acceleration 46 chitinase 46 axonal transport 46 dopaminergic neurons 46 oligodendrocytes 46 NMDA receptor 46 regenerating axons 46 neuroepithelial cells