Related by context. All words. (Click for frequent words.) 65 Nir Barzilai 65 Tiganis 64 DDS Ph.D. 63 Sirt3 62 Varki 62 Tomas Prolla 62 IKK2 62 Hotamisligil 62 Sirt1 62 Südhof 61 Johan Auwerx 61 Semenkovich 61 Tschöp 61 Olefsky 61 p# MAPK 61 SIRT3 61 CHD7 61 SH2 B 61 mice lacking 61 myogenesis 61 Soengas 60 MMP# 60 RUNX3 60 neuropeptide Y NPY 60 MAPCs 60 cholesterol metabolism 60 CPEB 60 myo inositol 60 SIRT6 60 Klotho 60 Tony Wyss Coray 60 Auwerx 60 TMEM#B 60 SIRT1 60 Paul Thornalley 60 LKB1 60 Hekimi 60 kalirin 59 lipoprotein metabolism 59 insulin signaling pathways 59 microglial 59 cyclophilin D 59 intracellular bacteria 59 S#K# 59 Li Huei Tsai 59 epigenetic silencing 59 Ets2 59 autophagic 59 Shp2 59 chitinase 59 HSF1 59 MGH MIND 59 Smad3 59 Six3 59 BMP4 59 mitogen 59 PPARγ 59 benfotiamine 59 podocytes 59 activin 59 MD DMSc 59 synaptogenesis 59 sortilin 59 Dr. Karsenty 59 collagen VI 59 leptin receptors 59 Mantzoros 59 excitotoxic 59 neuronal dysfunction 59 neural cells 59 C EBP alpha 59 prostaglandin synthesis 58 E#F# 58 Oxidative stress 58 Grigori Enikolopov 58 GPx 58 SIRT1 protein 58 Jonathan Sebat 58 prestin 58 S. pombe 58 neurofibromin 58 Margolskee 58 gut microbiota 58 Daan Kromhout 58 nNOS 58 upregulates 58 Apc 58 Sodroski 58 FKBP# 58 PGC 1α 58 ubiquitylation 58 innate immune 58 telomere maintenance 58 p#NTR 58 Joel Elmquist 58 Dariush Mozaffarian 58 Mathias Treier 58 nitric oxide synthase 58 myopathies 58 UCP2 58 spermidine 58 TRPV4 58 Shiekhattar 58 Wynshaw Boris 58 Sacktor 58 urocortin 58 neuropeptide Y 58 Velicer 58 Zeuzem 58 pharmacological inhibition 58 heme oxygenase 1 58 neuro degeneration 58 van der Donk 58 MD DPhil 58 ectopic expression 58 TRP channels 58 somatostatin 58 renal fibrosis 58 Kv#.# 58 genetic polymorphism 58 Piomelli 58 fatty acid synthase 58 peroxisome 58 mediated inhibition 58 Alicja Wolk 58 adult neurogenesis 58 Prevotella 58 focal adhesion kinase 58 transcriptional regulation 58 Wnt signaling 58 underlying molecular mechanisms 58 MD Sc.D. 57 Hypothalamic 57 lipid metabolism 57 dysbindin gene 57 peroxynitrite 57 demethylase 57 SIR2 57 CIB1 57 synapse formation 57 tumorigenesis 57 neuronal stem cells 57 vitro pharmacology 57 Shlipak 57 STAT4 57 Zheng Cui 57 mitochondrial function 57 Enikolopov 57 Karlseder 57 Alzheimer disease pathogenesis 57 tumor suppressor protein 57 COX2 57 Rasenick 57 Hsp# [001] 57 melanocyte stimulating hormone 57 estrogen metabolism 57 genotoxic stress 57 Farzaneh Far 57 fatty acid oxidation 57 cholecystokinin CCK 57 elastase 57 Mootha 57 p# activation 57 Nf1 57 retinoid X 57 Caloric restriction 57 activated microglia 57 NADPH oxidase 57 SCD1 57 SGK1 57 HZI 57 Wnt1 57 amyloid deposition 57 Dr. Loeken 57 FANCD2 57 phospholipid membranes 57 Calorie restriction 57 Wnt#b 57 Sir2 57 transdifferentiation 57 Kritchevsky 57 NKX#.# 57 mitochondrial proteins 57 neuritic 57 beta arrestin 57 XBP1 57 SETDB1 57 Mark Tarnopolsky 57 metabolizing enzyme 57 epigenetically 57 Virend Somers 57 neurotrophic factors 57 bile acid metabolism 57 PEDF 57 thermophilum 57 virulence genes 57 Victor Velculescu 57 Jialal 57 epigenetic regulation 57 paxillin 57 alpha synuclein gene 57 IL 1β 57 Przedborski 57 tyrosine hydroxylase 57 upregulation 57 Karolinska Institute Stockholm 57 fibrogenesis 57 Klotho gene 57 JAK2 enzyme 57 SOCS1 57 mitochondrial dysfunction 57 microcephalin 57 cerevisiae 57 glutamatergic 57 Hans Clevers 57 CCL5 57 FGF2 57 Thyroid hormone 57 Tollefsbol 57 induced neuronal 57 Riesenhuber 57 antisense inhibition 57 potent inducer 57 Leydig cell 57 HHMI investigator 57 neuroligins 57 Blobel 57 epigenetic inheritance 57 Leonid Kruglyak 57 epigenetic alterations 57 fatty acid metabolism 56 NKT cells 56 follistatin 56 Nancy Kanwisher 56 neuronal cells 56 neuronal differentiation 56 Macklis 56 sphingolipids 56 proton pump 56 Esteller 56 carbohydrate metabolism 56 evolutionarily conserved 56 lipoic acid 56 prefrontal regions 56 mammalian sperm 56 calpain 56 intestinal microbiota 56 insulin receptors 56 ERK1 2 56 cardiac myocytes 56 DNA recombination 56 Tasali 56 Froguel 56 Clive Svendsen 56 SH#B# 56 AhR 56 Karayiorgou 56 p#Kip# 56 copper zinc superoxide 56 synaptic function 56 mitochondrial fusion 56 neurexins 56 Swithers 56 hyperactivation 56 stathmin 56 LPA1 56 apoE 56 Cotsarelis 56 PKM2 56 CYP#B# 56 potent stimulator 56 microbial pathogenesis 56 lung fibroblasts 56 LRP5 56 eotaxin 56 Massague 56 neurite outgrowth 56 Saltin 56 nicotinamide 56 striated muscle 56 Okunieff 56 osmotic stress 56 Detlef Weigel 56 proNGF 56 FGFs 56 Buffenstein 56 neuroinflammation 56 mechanotransduction 56 P. gingivalis 56 commensal bacteria 56 catalase 56 PEPCK 56 glycogen metabolism 56 intestinal microflora 56 transplanted embryonic 56 genetically altered mice 56 superoxide dismutase 56 methylation patterns 56 Ascherio 56 p#INK#a 56 cultured neurons 56 TCF#L# gene 56 neural plasticity 56 SIR2 gene 56 ACh 56 Huganir 56 Lambris 56 adipokines 56 PNAS paper 56 Jhdm2a 56 tau phosphorylation 56 bronchoalveolar 56 Singh Manoux 56 clefting 56 apelin 56 caloric restriction 56 SHANK3 56 Pier Paolo Pandolfi 56 phospholipase 56 PTHrP 56 lymphocyte activation 56 Scarmeas 56 cardiac fibroblasts 56 CSHL Professor 56 transgenic rats 56 planaria 56 Leeuwenburgh 56 inosine 56 matrix metalloproteinases MMPs 56 roundworm C. elegans 56 Kuro o 56 Kalantar Zadeh 56 PON1 56 Smad7 56 GPIHBP1 56 endothelial nitric oxide 56 hypocretin 56 Cx# [001] 56 sphingolipid 56 atherogenesis 56 mitochondrial biogenesis 56 amyloid plaque formation 56 UCP1 56 acetyltransferase 56 VHL gene 56 histone deacetylases 56 PTEN protein 56 motor neuron degeneration 56 Kaj Blennow 56 epigenetic modification 56 IGFBP2 56 nematode Caenorhabditis elegans 56 pituitary hormone 56 upregulate 56 progranulin 56 beta1 integrin 56 behavioral neuroscientist 56 Cyclin E 56 epigenetic changes 56 c MYC 56 PDGFR 56 Holloszy 56 dietary restriction 56 GluR1 56 proto oncogene 56 Izpisúa Belmonte 55 ErbB4 55 p# alpha [001] 55 caveolin 55 improves insulin sensitivity 55 gallstone formation 55 SIRT1 gene 55 bone metabolism 55 Rap1 55 cardiac fibrosis 55 differentially regulated 55 leptin receptor 55 Kozyrskyj 55 induced oxidative stress 55 Dysregulation 55 ciliary neurotrophic factor 55 neuronal function 55 Hh signaling 55 #:#-# [035] 55 NKCC1 55 Pten 55 Hh 55 L. bulgaricus 55 cofilin 55 keratinocyte migration 55 Mus musculus 55 synaptotagmin 55 osteoblast 55 gut microflora 55 Skeletal muscle 55 noncoding RNAs 55 microglial activation 55 calcium homeostasis 55 Nahum Sonenberg 55 acetyl L carnitine 55 endogenous cannabinoids 55 apoptotic pathway 55 creatine supplementation 55 molecular pathway 55 Oct4 promoter 55 genetically altered mouse 55 Deheyn 55 transcriptional activity 55 γδ T cells 55 enzymatic pathways 55 TGF ß 55 aP2 55 miR #a [001] 55 MyoD 55 organogenesis 55 E. faecalis 55 Highstein 55 PDE5A 55 adipokine 55 DMSc 55 Nrf2 55 leptin deficient 55 luteolin 55 cAMP signaling 55 deacetylation 55 Christos Mantzoros 55 filamentous fungus 55 glucocorticoid receptors 55 senescent cells 55 RNA binding 55 POMC neurons 55 hyperinsulinemia 55 tissue homeostasis 55 Neuroinflammation 55 Nishikura 55 ADAM# 55 El Deiry 55 GIND 55 ChR2 55 PPARg 55 Fas ligand 55 neurotrophin 55 polyamines 55 vascular endothelial 55 Szyf 55 FUS1 55 Oxidative damage 55 glucose homeostasis 55 γ secretase 55 Cathepsin B 55 myofibroblast 55 Amino acid 55 Wnt proteins 55 galanin 55 PPAR γ 55 protein SIRT1 55 Clusterin 55 LIS1 55 Smeyne 55 Wurtman 55 NKT cell 55 prostate carcinogenesis 55 cryptochromes 55 kisspeptin 55 epigenetic mechanisms 55 lipin 55 Pizzarello 55 Wnt 55 adenylate cyclase 55 Mozaffarian 55 Luigi Ferrucci 55 pro angiogenic 55 c Myc 55 Bernal Mizrachi 55 Joanne Chory 55 Pin1 55 Schlaggar 55 p#/CBP 55 glucocorticoid 55 Wnts 55 laforin 55 Bcl xL 55 Nature Nanotechnology paper 55 synthases 55 MAP kinase 55 catabolism 55 Nickolas Papadopoulos 55 Akt pathway 55 glycosyltransferase 55 Nedergaard 55 Baccarelli 55 gene p# 55 Dentin 55 IRF6 55 PTPN# 55 biosynthetic pathway 55 Michael F. Leitzmann 55 Sejnowski 55 ERK signaling 55 BChE 55 Kiecolt Glaser 55 molecular mechanisms underlying 55 Nod1 55 intracellular signaling 55 MD Ph.D. associate professor 55 excitotoxicity 55 TSC1 55 transgenesis 55 β1 55 Panksepp 55 prion gene 55 neuroligin 55 Katholieke Universiteit Leuven Belgium 55 transthyretin 55 NAD + 55 Kaeberlein 55 journal PLoS Genetics 55 peroxisomal 55 arsenite 55 Guoping Feng 55 vascular calcification 55 histone H4 55 Van Cauter 55 Rho kinase 55 Runx2 54 proapoptotic 54 microglial cells 54 proteolysis 54 Ronald DePinho 54 Conjugated linoleic acid 54 tropomyosin 54 Dr. Gozal 54 airway hyper responsiveness 54 neuroprotection 54 Sassone Corsi 54 tryptase 54 nAChR 54 PhD DSc 54 mitochondrial mutations 54 synaptic transmission 54 Ancoli Israel 54 amyloid cascade 54 neural crest 54 Schwann cell 54 Karolinska Institutet Stockholm Sweden 54 DUX4 54 Notch signaling 54 Srcasm 54 osteocalcin protein 54 NF kB 54 Neu5Gc 54 Dudareva 54 Ploegh 54 neurotransmitter receptor 54 hypothalamic pituitary adrenal axis 54 GRK2 54 detoxify carcinogens 54 #:#-# [028] 54 neuronal plasticity 54 Neuropeptide Y 54 hippocampal cells 54 developmental neurobiology 54 Experimental Neurology 54 selective inhibition 54 estrogen receptor alpha 54 melanocyte 54 ALDH2 54 GSTT1 54 siRNA knockdown 54 podocyte 54 Genetic variation 54 Dr. Pestell 54 airway remodeling 54 Ajit Varki 54 subcellular compartments 54 ARF1 54 humoral immunity 54 mtDNA mutations 54 pathophysiological effects 54 overactivation 54 carnosine 54 Alu elements 54 Vasopressin 54 Leitzmann 54 S#A# [002] 54 osteoblast differentiation 54 Physiology Lung 54 Setlow 54 cypin 54 tiny roundworm 54 lymphangiogenesis 54 c Abl 54 developmental biologist 54 neural stem 54 orexin receptors 54 HDAC2 54 Tuomilehto 54 ASIC1a 54 intracellular pathogens 54 Edenberg 54 MD Ph. D. 54 Tamas Horvath 54 regulated kinase ERK 54 Trey Ideker 54 oxidative damage 54 Mayo Clinic neurologist 54 Simon LeVay 54 Previous observational studies 54 glutamate transporter 54 mitochondrial respiration 54 Staphylococcus epidermidis 54 Dietary restriction 54 neuron degeneration 54 CYP #A# 54 glycolipid 54 PKC beta 54 RNA silencing 54 IRAK1 54 PhD postdoctoral fellow 54 biochemical abnormalities 54 Paavonen 54 sleep deprivation impairs 54 Chlamydia pneumoniae 54 gut microbes 54 RKIP 54 LPS induced 54 DNA demethylation 54 telomerase gene 54 insulin secreting cells 54 Per Ahlberg 54 vascular endothelial cells 54 Am J Clin 54 Yanovski 54 synaptic plasticity 54 Phosphorylation 54 Fikrig 54 NPD1 54 Hedgehog signaling 54 Applied Polymer 54 Camesano 54 Hayflick 54 MAPK pathway 54 Ying Zhang 54 signaling cascades 54 Ari Melnick 54 cell signaling pathways 54 polyamine 54 Richard Weindruch 54 vascular reactivity 54 circadian cycles 54 mutant mice 54 fumagillin 54 CagA 54 Deisseroth 54 Ruvkun 54 airway hyperresponsiveness 54 Wyss Coray 54 gamma tocotrienol 54 myeloperoxidase 54 Schnaar 54 Htt 54 hormone secretion 54 dyskeratosis congenita 54 mitochondrial metabolism 54 CEACAM1 54 induced apoptosis 54 Pikaard 54 cell adhesion molecule 54 Dopaminergic 54 Fadel Zeidan 54 biogenesis 54 TGF β 54 uricase 54 defensin 54 Srs2 54 kinase pathway 54 ribosomal protein 54 retinal degeneration 54 gamma aminobutyric acid GABA 54 Cerebral Cortex 54 GAPDH 54 transgenic mouse model 54 Myostatin 54 pathophysiological 54 homeobox gene 54 phthalate syndrome 54 Woese 54 MD Ph.D. MPH 54 Akt signaling 54 Naresh Punjabi 54 Prox1 54 neurogenesis 54 DEAR1 54 casein kinase 54 Corynebacterium 54 Siglec 8 54 Wolf Reik 54 Campochiaro 54 Undesirable alterations 54 reactive oxygen species 54 LRP6 54 NF1 gene 54 prostaglandin E2 54 Paul Sanberg 54 neprilysin 54 Rowitch 54 osteogenesis 54 dysgenesis 54 vasopressin receptor 54 transcriptional repression 54 apoE4 54 Iruela Arispe 54 Mitochondrial 54 ankyrin 54 acetylcholine receptor 54 deficient mice 54 Gene Expression Laboratory 54 SVZ 54 cyclic adenosine monophosphate cAMP 54 Patapoutian 54 palmitate 54 inhibitory neurotransmitters 54 Chory 54 Akt1 54 remyelination 54 HPA axis 54 Karolinska Institute Stockholm Sweden 54 basophils 54 glutamic acid decarboxylase 54 TrkB 54 pDCs 54 chick embryos 54 enzymology 54 antioxidant enzyme 54 mutans 54 gluconeogenesis 54 eNOS 54 ubiquitin ligases 54 TXNIP 54 cholesterol homeostasis 54 Peroxisome proliferator activated 54 TGF beta 54 soluble fms 54 CaM kinase II 54 biofilm formation 54 Schunkert 54 HCV replication 54 GRP# 54 hormone adiponectin 54 micro RNAs 54 Hcrt 54 cisplatin resistant 54 RORA 54 Rad# 54 retinoblastoma protein 54 molecular virology 54 Amir Lerman 54 bioinformatician 54 hormone angiotensin II 54 Martienssen 54 prostate epithelial cells 54 Physiology Seminar 54 ultrastructure 54 signaling pathway 54 prostate cancer metastasis 54 Jon Kar Zubieta 54 non coding RNA 54 Brain derived neurotrophic 54 Xenopus laevis 54 Rab5 54 Tschop 54 heparan sulfate 54 nattokinase 54 STAT3 54 Fc receptor 54 naturally occurring amino acid 54 TFIIH 54 alkalosis 54 neural progenitor 54 adipose cells 54 Neurogenesis 54 PrP 54 genomic instability 54 androgen signaling 54 aberrantly activated 54 stathmin gene 53 leptin deficient mice 53 PhD Associate Professor 53 S nitrosylation 53 HDAC6 53 serine threonine kinase 53 flavopiridol 53 mouse mammary 53 Thermus thermophilus 53 Molecular biology 53 Th2 cytokines 53 mammary cells 53 LXRs 53 cellular prion protein 53 LDLR 53 abscisic acid 53 hippocampal function 53 TIR1 53 TSLP 53 adipogenesis 53 circadian clock genes 53 HepG2 cells 53 BMAL1 53 ipRGCs 53 inducible nitric oxide synthase 53 neurotrophic 53 van der Lely 53 eicosanoid 53 Songtao Shi 53 Kubanek 53 Oldstone 53 tumor suppressor 53 DGAT1 53 antiapoptotic 53 MassGeneral Institute 53 osteoblast activity 53 neuromuscular junction 53 NFATc1 53 octopamine 53 Caenorhabditis elegans 53 nicotinic receptor 53 CB2 receptor 53 adrenoceptor 53 allergic inflammation 53 naturally occurring enzyme 53 Hox gene 53 LaFerla 53 dystroglycan 53 Samuel Lunenfeld Research 53 oxidative metabolism 53 DLC1 53 Eric Nestler 53 digesting enzyme 53 Edward Giovannucci 53 axonal regeneration 53 neuronal degeneration 53 Polychronakos 53 lipogenesis 53 carcinogenesis 53 ENaC 53 matrix metalloproteases 53 myelination 53 proteases 53 telomere DNA 53 inverse agonist 53 melatonin receptor 53 Sahlgrenska Academy 53 experimentally induced 53 dysregulated 53 causative genes 53 cryopyrin 53 Th1 type 53 oncogenesis 53 LNCaP cells 53 FGF# 53 pathobiological sciences 53 McFall Ngai 53 lung epithelium 53 perilipin 53 Akt3 53 mRNA decay 53 IGFBP 3 53 Eduardo Villamor 53 Samuel Stupp 53 neuroprotective effects 53 cardiolipin 53 Thomas Tuschl 53 MECP2 gene 53 vom Saal 53 Th# cells 53 Smurf1 53 Dr. Rafii 53 Leydig cells 53 malignant transformation 53 Guy Rouleau 53 collagen synthesis 53 digesting enzymes 53 knockout mice 53 inbred strains 53 NFκB 53 AgRP 53 tyrosine phosphorylation 53 TNFa 53 metalloprotease 53 dendritic spine 53 Sékaly 53 homolog 53 Prolactin 53 overexpressing 53 Skp2 53 vascular dysfunction 53 metabolizing enzymes 53 pleiotropic effects 53 transgenic mouse models 53 habenula 53 stem cell differentiation 53 modulate gene expression 53 TLR4 53 chimeric mice 53 Leukocyte Biology 53 glucocorticoid receptor 53 myocyte 53 Comparative genomics 53 PP2A 53 mucosal immune 53 Tarnopolsky 53 Endocannabinoids 53 hedgehog signaling 53 IFN γ 53 viral pathogenesis 53 Chiara Cirelli 53 protein synthesis 53 Jane Visvader 53 de novo mutations 53 Tononi 53 BCL#A 53 plasminogen 53 trophoblast cells 53 p# pathway 53 biosynthetic pathways 53 eicosanoids 53 molecular pathogenesis 53 tau mutation 53 biomolecular chemistry 53 micronuclei 53 EphB2 53 thioredoxin 53 RIP1 53 regulating gene expression 53 Math1 53 Yiping Han 53 reactive oxygen species ROS 53 spermatogenesis 53 mutant huntingtin protein 53 Endothelial 53 retinoic acid 53 Artandi 53 Cadherin 53 Schisandrin B 53 mammary gland tumors 53 vitamin D receptors 53 Umea University 53 thyrotropin 53 S. sanguinis 53 protein tau 53 osteopontin OPN 53 forskolin 53 Hogenesch 53 Samuel Wickline 53 molecular underpinnings 53 anabolism 53 Sven Cnattingius 53 proinflammatory cytokines 53 Shamay Tsoory 53 gene polymorphisms 53 endocannabinoid signaling 53 Aballay 53 haematopoietic 53 Physiology Regulatory Integrative 53 histone code 53 hypothalamic pituitary 53 neurotransmitters serotonin 53 Lodamin 53 beta subunit 53 MSH2 53 RGS2 53 ERK2 53 plectasin 53 5 hydroxymethylcytosine 53 amyloid peptide 53 mitogen activated protein kinase 53 osteopontin 53 Matthew Meyerson 53 MD Ph.D. postdoctoral fellow 53 protein secreted 53 MD Ph.D. Mayo Clinic 53 single celled yeast 53 PTEN gene 53 connexin 53 FGFR2 53 oxidative stress 53 cytochrome P#s 53 #q# deletion 53 Greengard lab 53 ABCA1 53 inflammasome 53 Th1 cells 53 Fibroblast 53 vitro maturation 53 extracellular signal 53 neuroblastoma cells 53 Ele Ferrannini 53 defensins 53 histone modifications