Related by context. All words. (Click for frequent words.) 71 axon regeneration 70 axonal regeneration 69 oncomodulin 68 remyelination 64 reinnervation 63 myocardial tissue 63 hedgehog pathway 63 osteogenesis 63 Wnt pathway 62 tissue regeneration 62 synapse formation 61 regenerating axons 61 myogenesis 61 synaptic transmission 60 cell transplantation 60 neural cells 60 cartilage regeneration 60 p# pathway 60 neural prosthetics 60 synaptic function 60 β catenin 60 Wnt signaling 60 nitric oxide synthase 60 stem cell differentiation 60 endogenous stem cells 59 renal fibrosis 59 pericytes 59 tenascin C 59 astrocyte 59 axonal 59 myelin repair 59 neurite 59 neurotrophic 59 neuroprotection 59 Robo4 59 corticospinal 59 γδ T cells 59 occipital nerve 59 electrical conduction 59 neurotrophic factors 59 NF kB 59 nerve regrowth 59 microglial cells 58 Notch signaling 58 peripheral nerve 58 NF kB pathway 58 sortilin 58 palmitoylation 58 PGE2 58 nNOS 58 NMDA receptors 58 galanin 58 sensory axons 58 neovascularization 58 apoptotic pathway 58 SOCS1 58 BMP signaling 58 IKK2 58 damaged spinal cords 58 neurotrophins 58 transplanted stem cells 58 wound healing 58 cellular pathways 58 TNFa 58 chondrocytes 58 bioartificial 58 glutamate receptors 58 Hedgehog signaling 58 demyelinated 58 beta adrenergic receptors 58 glial 58 excitotoxicity 58 neuronal function 58 synaptogenesis 58 pro angiogenic 58 Schwann cell 57 molecular pathway 57 neural plasticity 57 osteoblast differentiation 57 EGF receptor 57 neuronal migration 57 atherogenesis 57 TGF β 57 CB2 receptor 57 Nurr1 57 GPR# receptor [002] 57 organogenesis 57 myelination 57 neuronal stem cells 57 NRG1 57 traumatic spinal cord 57 Inosine 57 protein misfolding 57 fibrocytes 57 XBP1 57 neurite outgrowth 57 axon outgrowth 57 ischemic ulcers 57 HCV replication 57 autophagic 57 Wnt proteins 57 Notch pathway 57 primary cilia 57 PKM2 57 TGF beta signaling 57 atherosclerotic lesions 57 Spinal cord 57 telomerase enzyme 57 fibrogenesis 57 S#K# 57 vasculature 57 neuromuscular junction 57 CEACAM1 57 ciliary 57 macrophage activation 57 glutamate neurotransmission 57 cartilage degeneration 57 demethylation 57 senescent cells 57 p#NTR 57 myocardial regeneration 56 glial scar 56 lymphangiogenesis 56 neuronal plasticity 56 cardiac myocytes 56 connexin# 56 kalirin 56 neurogenesis 56 CaM kinase II 56 PKC alpha 56 c myc 56 neuronal synapses 56 axonal damage 56 Notch1 56 osseointegration 56 Smoothened 56 aqueous outflow 56 infarcted myocardium 56 NF kappaB activation 56 diseased tissues 56 Htt 56 NMDA receptor 56 sensory nerve fibers 56 lymph drainage 56 TGF ß 56 TGF b 56 prostaglandin synthesis 56 membrane fusion 56 TGF ß1 56 ischemic preconditioning 56 ERK pathway 56 collagenase 56 TGF beta 56 aldose reductase 56 osteogenic 56 beta catenin 56 androgen receptor 56 hyaline cartilage 56 fibrotic 56 acinar 56 endothelial 56 Przedborski 56 aP2 56 NF KB 56 Wnt signaling pathway 56 neural prostheses 56 Six3 56 histone acetylation 56 hedgehog signaling 56 Hh pathway 56 osteoclast activity 56 intimal hyperplasia 56 mitochondrial respiration 56 vagal nerve 56 intracellular proteins 56 inhibiting mTOR 56 Th# cells 56 BH4 56 epithelial tissue 55 vascular reactivity 55 microglial activation 55 insulin secreting cells 55 nerve degeneration 55 NKT cells 55 ERK1 2 55 habenula 55 calcium homeostasis 55 myocytes 55 POMC neurons 55 cyclic AMP 55 tumorigenesis 55 antibody mediated 55 trabecular meshwork 55 lymphatics 55 neuronal signaling 55 AMPA receptors 55 Sirt3 55 endothelial cell 55 protein synthesis 55 ion channels 55 contractility 55 neural tissues 55 myelin sheath 55 periodontal tissue 55 neurotransmitter GABA 55 implanted electrodes 55 peripheral nerves 55 GRP# 55 adhesion molecule 55 proteoglycan 55 nerve cells 55 inosine 55 dopaminergic neurons 55 vascularization 55 neuroepithelial cells 55 lung fibrosis 55 TRPV4 55 calcineurin 55 amyloid deposition 55 pharmacologic approaches 55 intracellular signaling pathways 55 lipid synthesis 55 breast cancer metastasis 55 follistatin 55 trigeminal 55 potent inhibitors 55 coronary vasculature 55 IGFBP2 55 mutant proteins 55 rolipram 55 activated microglia 55 uPA 55 deacetylase inhibitors 55 choroid plexus 55 phrenic nerve 55 osteoclast 55 fatty acid metabolism 55 cypin 55 EGFR signaling 55 myogenic 55 neural regeneration 55 Wnts 55 denervation 55 Hh signaling 55 pig islets 55 STAT3 55 leukocyte recruitment 55 allergic inflammation 55 CB1 receptor 55 ERK signaling 55 chondrocyte 55 autocrine 55 CCR3 55 adenosine receptors 55 undifferentiated stem cells 55 degenerative disorders 55 IKKß 55 transplanting stem cells 55 neurogenic 55 Srs2 55 Kv#.# 55 induce angiogenesis 55 neuronal differentiation 55 paxillin 55 cellular senescence 55 PIP3 55 gut mucosa 55 mesenchymal stem cells 55 myocyte 55 Skp2 55 VEGF receptor 55 fatty acid oxidation 55 microglial 55 neural tissue 54 neural degeneration 54 da mage 54 PPAR delta 54 nerve entrapment 54 BMP4 54 leukaemic stem cells 54 osteoblast 54 hematopoiesis 54 elastase 54 neurotrophic factor 54 TGF beta pathway 54 STAT3 signaling 54 UCP2 54 neurotransmitter receptor 54 Wnt 54 bone morphogenetic proteins 54 Mdm2 54 podocytes 54 glial cell 54 microvascular 54 GRK2 54 mitochondrial function 54 Neuropeptide Y 54 autoimmune encephalitis 54 RANKL 54 matrix metalloproteinases 54 nAChR 54 p# MAP kinase 54 integrins 54 Smad3 54 gastrointestinal motility 54 resorption 54 engraftment 54 baroreceptors 54 tenascin 54 SIRT1 gene 54 GDNF 54 EGFR pathway 54 CaM kinase 54 lung metastasis 54 astrocytes 54 AMPAKINE 54 GLI1 54 bone morphogenetic protein 54 IL 1beta 54 Akt phosphorylation 54 Purkinje cells 54 neuroinflammation 54 NADPH oxidase 54 extensor muscles 54 autoregulation 54 clot formation 54 mRNA translation 54 cell signaling pathways 54 regenerative therapy 54 opiate receptors 54 axon 54 dystroglycan 54 cardiomyocyte 54 keratinocyte 54 glia 54 androgen receptor signaling 54 cellular metabolism 54 vasodilation 54 Treg cells 54 cardiac fibroblasts 54 ischemia induced 54 SIRT1 54 synaptic plasticity 54 beta arrestin 54 sensory neuron 54 muscle contractility 54 signaling cascades 54 OGG1 54 cofilin 54 mesothelial cells 54 regenerating tissues 54 platelet activation 54 IL 1ß 54 minimally invasive technique 54 tissue fibrosis 54 Beta catenin pathway 54 oligodendrocytes 54 microcirculation 54 IL 1β 54 TGF Beta 54 motoneurons 54 Myostatin 54 toxic beta amyloid 54 LRP1 54 nerve grafts 54 iPS derived 54 cell signaling pathway 54 calpain 54 cardiac fibrosis 54 prostaglandin D2 54 neuronal degeneration 54 myelin sheaths 54 androgen receptors 54 excess glutamate 54 PTEN protein 54 mucosal immunity 54 hippocampal synapses 54 PDGFR 54 myofibroblasts 54 nerve sheath 54 cardiac hypertrophy 54 GSK3 54 intervertebral disc 54 elastic fibers 54 axon guidance 54 myocardium 54 magnetic stimulation 54 transthyretin 54 AMPA receptor 54 ACE2 54 sensory nerves 54 hepatic stellate cells 54 subchondral bone 54 sialidase 54 mRNA decay 54 CRF receptors 54 Akt1 54 adipose derived stem cells 54 mutant protein 54 sd rxRNA 54 serotonin receptors 54 fibrotic tissue 53 periodontal tissues 53 proton pump 53 VEGF expression 53 adult neurogenesis 53 NKT cell 53 inflammasome 53 nerve fibers 53 anti angiogenic drugs 53 Bcl xL 53 p# activation 53 plasminogen 53 explants 53 tarsal tunnel 53 vestibular apparatus 53 tissue homeostasis 53 chromatin remodeling 53 LKB1 53 Pin1 53 airway remodeling 53 EZH2 53 mTOR signaling pathway 53 HuR 53 demyelination 53 planaria 53 AT1R 53 NFκB 53 membranous nephropathy 53 neuroprosthetic devices 53 stathmin 53 glutamate receptor 53 vascular endothelial cells 53 axonal degeneration 53 Skeletal muscles 53 BCL6 gene 53 NFkB 53 retinoic acid 53 acetylcholine receptors 53 tumor suppressor protein 53 retinoid cycle 53 peroneal nerve 53 ligaments tendons 53 lipid mediators 53 inflammation 53 nerve fibers axons 53 astrocytic 53 axons 53 diabetic mice 53 hippocampal neurons 53 nutrient absorption 53 p# MAPK 53 amygdala neurons 53 bryostatin 53 atherosclerotic disease 53 synovial fibroblasts 53 TGF alpha 53 focal adhesions 53 hyperactivation 53 fatty acid synthase 53 corneal cells 53 vascular permeability 53 acetylcholine 53 coagulation cascade 53 protein homeostasis 53 ACAT2 53 cellular signaling pathways 53 autonomic nerves 53 CB1 receptors 53 NKG2D 53 atherosclerotic plaques 53 lysosomal 53 collagen degradation 53 sinus node 53 periodontal ligament 53 NAD + 53 melanocortin receptors 53 P selectin 53 neuronal excitability 53 inflammatory cytokine 53 MAPK 53 Axonal 53 tibial nerve 53 collagen fibers 53 MAP kinase 53 mitochondrial dysfunction 53 metabolic enzymes 53 connexin 53 Src kinases 53 chemoresistance 53 FGFR1 53 β cells 53 telomere maintenance 53 microelectrode array 53 leptin signaling 53 ischemia reperfusion injury 53 vascular biology 53 glutamate signaling 53 endothelial nitric oxide synthase 53 TRPV1 53 GnT 4a 53 neuronal apoptosis 53 cerebral ischemia 53 cPLA2 53 neuroprosthetic 53 TGFβ 53 mutant huntingtin 53 sinus drainage 53 thoracic aortic aneurysm 53 HDAC2 53 MAPCs 53 amyloid formation 53 inhibitory neurotransmitters 53 SERCA2a 53 acrolein 53 fibril formation 53 gluconeogenesis 53 motor neuron degeneration 53 interferon pathway 53 vasodilatation 53 cyclooxygenase 2 53 regenerate cartilage 53 oligomerization 53 MEK ERK 53 vessel dilation 53 pancreatic cells 53 proteolysis 53 PTP 1B 53 inflammatory cascade 53 biofilm formation 53 inhibit angiogenesis 53 islet transplant 53 Electrical stimulation 53 cyclophilin D 53 P#X# 53 phagocytosis 53 serine proteases 53 NF kappaB 53 proto oncogene 53 DNA demethylation 53 osteogenic differentiation 53 HIF 1a 53 biochemical mechanisms 53 DGAT1 53 #beta HSD1 53 enzymatic pathways 53 vagus 53 malignant transformation 53 retinal degeneration 53 fibrotic disease 53 enzyme inhibitors 53 surgical decompression 53 mice genetically altered 53 micro RNAs 53 nicotinic acetylcholine receptor 53 neuropilin 53 casein kinase 53 cholesterol homeostasis 53 Schwann cells 53 SUMOylation 53 mucociliary clearance 53 collagen synthesis 53 tumor angiogenesis 53 destroy cancerous cells 53 TAp# 53 cortical stimulation 53 angiogenesis 53 sciatic nerves 53 neuropeptide Y 53 vascular inflammation 53 blood vessels 53 mutant huntingtin protein 53 neurodegeneration 53 intraventricular 53 coronary vasodilation 53 glia cells 53 mammary cells 53 pleiotrophin 53 leukocyte adhesion 53 Peutz Jeghers syndrome 52 neurosteroid 52 neurofibromin 52 FOXP3 52 Gleevec inhibits 52 Endothelial 52 eotaxin 52 induce pluripotency 52 RANK Ligand 52 nociceptors 52 hematopoietic cells 52 intestinal lining 52 fibrin deposition 52 Paul Sanberg 52 cortical neurons 52 activin 52 effector functions 52 cartilage defects 52 cholinergic neurons 52 melanoma tumors 52 antiangiogenic 52 motor neurones 52 Wnt1 52 functional electrical stimulation 52 glucokinase 52 KLF2 52 therapeutic angiogenesis 52 prostate epithelial cells 52 selective inhibition 52 chitinase 52 intracellular pathways 52 FGFs 52 neuropsychiatric diseases 52 mesenchymal cells 52 Mesenchymal 52 TXNIP 52 Th2 cytokines 52 tumor metastasis 52 SH2 B 52 Hedgehog signaling pathway 52 Mcl 1 52 SCD1 52 MRL mouse 52 glaucomatous 52 branching morphogenesis 52 zebrafish 52 signaling pathway 52 intestinal mucosa 52 MAP kinase pathway 52 ADAMTS# 52 neuro degeneration 52 HDAC6 52 tissue oxygenation 52 plasmin 52 histone deacetylases 52 tDCS 52 β cell 52 dephosphorylation 52 Runx2 52 reperfusion injury 52 NF2 52 NF κB 52 PDGF receptor 52 retinal cells 52 myopathies 52 vascular endothelial 52 ventricular remodeling 52 spinal cord 52 JUVISTA R Human 52 ACh 52 acetylcholinesterase AChE 52 nerve endings 52 photoaged skin 52 neuro transmitters 52 regenerate tissue 52 c Myc 52 posttranslational modification 52 neuroplasticity 52 hippocampal neurogenesis 52 cathepsin K 52 estrogen receptor alpha 52 meningeal 52 PPAR γ 52 plasma kallikrein 52 capillary density 52 VEGFb 52 netrin 1 52 myelinated 52 CD#L 52 degenerated discs 52 prostaglandin E2 52 diseased tissue 52 neurotransmission 52 ADAM# 52 Stat3 52 neural stem cell 52 CCL# 52 TPO receptor 52 intestinal motility 52 Smad4 52 RKIP 52 Neurogenesis 52 lung epithelial 52 secretory pathway 52 aberrantly activated 52 articular cartilage 52 CGRP 52 SOCS3 52 Smac mimetics 52 glycosylation 52 oncoprotein 52 dynamin 52 cultured cells 52 lung epithelium 52 PHD2 52 osteoclast formation 52 lymph vessels 52 amyloid protein 52 collagen crosslinking 52 Src kinase 52 MEF2 52 PP2A 52 L selectin 52 sensory neurons 52 neointimal hyperplasia 52 motor neuron 52 cardioprotection 52 progranulin 52 extracellular matrix ECM 52 mdx mice 52 PlGF 52 cardiomyocytes 52 rostral anterior cingulate cortex 52 HDACs 52 synthetic biomaterials 52 neural crest stem cells 52 neutrophil infiltration 52 Pten 52 ENaC 52 NF kB signaling 52 p# gene 52 intracellular signal transduction 52 oligodendrocyte 52 gene therapy 52 mTORC1 52 lesional 52 endocannabinoid receptors 52 neurotrophin 52 inflammatory cytokines 52 P#X# receptor 52 erythropoiesis 52 synapse maturation 52 neural progenitor cells 52 glutamatergic 52 Ras pathway 52 da maged 52 scavenger cells 52 transcranial magnetic stimulation TMS 52 VSMC 52 ubiquitination 52 therapeutically useful 52 transdifferentiation 52 renal parenchyma 52 hair follicle stem cells 52 costimulatory 52 detoxify carcinogens 52 bowel bladder 52 PDE5A 52 JAK STAT pathway 52 Nbs1 52 clefting 52 striated muscle 52 gut motility 52 ARF1 52 SIRT3 52 Orexin 52 basal lamina 52 experimentally induced 52 lensless imaging 52 Peripheral nerves 52 neurotransmitter glutamate 52 cytoskeletal 52 adult neural stem 52 amyloid toxicity 52 secretory cells 52 TGFß 52 cell lysis 52 granzyme B 52 fibroblasts 52 endothelialization 52 skeletal muscle 52 excitatory neurotransmitter 52 repetitive transcranial magnetic stimulation 52 Syk 52 ectopic expression 52 lung fibroblasts 52 neuromuscular junctions 52 regenerative biology 52 PTP1B 52 neuronal cells 52 venous drainage 52 neuromotor 52 platelet aggregation 52 RNA splicing 52 hypoxic tumors 52 musculoskeletal tissues 52 IGFBP 3 52 skeletal muscle tissue 52 RSK inhibitory peptide 52 catenin 52 signal transduction 52 receptor activation 52 sGC 52 pancreatic tissue 52 compensatory mechanisms 52 PIP2 52 electrical stimulation 52 pRb 52 T cadherin 52 penile erection 52 Dystrophin 52 mitochondrial fusion 52 beta amyloid proteins 52 basic fibroblast 52 intestinal epithelial 52 retinal pigment epithelium 51 toxic misfolded proteins 51 muscle hypertrophy 51 autologous bone marrow 51 motor neuropathy 51 serotonin signaling 51 TNFalpha 51 CatB 51 PPAR alpha 51 calcium permeable 51 glutamate 51 intervertebral discs 51 molecular mechanisms underlying 51 coronary endothelial 51 vasoconstriction 51 coronary vessels 51 IL 7R 51 acetylcholine neurotransmitter 51 adenosine 51 brain plasticity 51 ZFP TF 51 acetylcholine receptor 51 dopamine neuron 51 epithelial cancers 51 insulin receptors 51 telomere shortening 51 factor GDNF 51 microbubble 51 exocytosis 51 buccal delivery 51 tissue ingrowth 51 RUNX3 51 TORC2 51 spectrin 51 induced angiogenesis 51 contractile function 51 gene transcription 51 mitochondrial fragmentation 51 p# protein 51 c MYC 51 messenger molecule 51 MMP inhibitors 51 PEMF 51 innate immune response 51 allopregnanolone 51 STAT4 51 bone marrow stem cells 51 GABAA receptors 51 Dr. Sosne 51 metalloproteinases 51 glioma cells 51 glycogen metabolism 51 Nrf2 pathway 51 Flt3 51 regenerate tissues 51 carbohydrate metabolism 51 Stat5 51 NFATc1 51 nerve axons 51 lipolysis 51 cyclic AMP cAMP 51 Sox# 51 focal adhesion kinase FAK 51 mucosal barrier 51 noninvasive technique 51 MMPs 51 cortical excitability 51 porphyrins 51 photoactivation 51 cell motility 51 immunological mechanisms 51 mGluR5 antagonist 51 Neural stem cells 51 pDCs 51 nociception 51 junctional 51 neuropeptide Y NPY 51 inflamed tissues 51 nodulation 51 retinal neovascularization 51 bone morphogenetic proteins BMPs 51 ATF2 51 JAK STAT signaling 51 tissue perfusion 51 Math1 51 Wound healing 51 MT1 MMP 51 inhibitory receptors 51 excitotoxic 51 immune modulation 51 Calcium phosphate 51 NR2B 51 neuroprotective therapies 51 oncogenes 51 FANCD2 51 TET2 51 neurotransmitter norepinephrine 51 c Abl 51 beta catenin protein 51 amyloid deposits 51 neuronal dysfunction 51 neuro protective 51 neuronal 51 spermatic cord 51 severed spinal cords 51 cerebral vasospasm 51 cAMP signaling 51 chaperone protein 51 dopaminergic 51 glomerular 51 Myc 51 destroys myelin 51 microRNA molecules 51 beta defensins 51 undergo apoptosis 51 inhibitory neurons 51 pelvic girdle 51 apelin 51 XBP 1s 51 sensory receptors 51 endothelium 51 dissolve clots 51 HIF 1α 51 LED# 51 MDM2 51 infectious prion proteins 51 cultured neurons 51 somatosensory 51 RAS RAF MEK 51 atherosclerotic plaque 51 S#A# [002] 51 ciliated cells 51 muscular dystrophies 51 mitochondrial biogenesis 51 intracellular signaling 51 vascular anomalies 51 beta1 integrin 51 Th1 cells 51 skeletal muscle cells 51 acetylation 51 glutamate neurotransmitter 51 tau protein 51 cervical spinal cord 51 EGFR HER 51 COX enzymes 51 Notch signaling pathway 51 suppressor cells 51 colonic motility 51 secreting insulin 51 pancreatic 51 hepatobiliary 51 vascular occlusion 51 Sertoli cells 51 SAPAP3 51 zebrafish embryo 51 proNGF 51 photoreceptor degeneration 51 Factor NGF 51 kinase pathway 51 stromal cells 51 enzymatic activity 51 p#/CBP 51 dopaminergic cells 51 endocannabinoids 51 cholinergic 51 bone grafting procedures 51 tumor suppressor genes 51 PAK1 51 neural stem cells 51 decellularization 51 oncogenic transformation 51 dystrophin 51 endogenous cannabinoids 51 serotonin synthesis 51 c myc gene 51 serotonin receptor 51 osteocytes 51 neuronal pathways 51 neuroprosthetics 51 UVB induced 51 PKC beta 51 functional dystrophin protein 51 NKX#.# 51 intramyocardial 51 TGFb 51 synovial membrane 51 fibrillin 51 artery stenosis 51 muscles tendons ligaments 51 hyperalgesia 51 dorsolateral 51 tumor vasculature 51 NF KappaB 51 bioprinting 51 HDAC inhibition