Related by context. All words. (Click for frequent words.) 79 metabolism 71 physiological 67 lipid metabolism 66 metabolic processes 66 fat oxidation 66 physiologic 65 glucose metabolism 65 insulin resistance 65 insulin secretion 64 thermogenesis 64 leptin 64 UCP2 64 fatty acid oxidation 64 carbohydrate metabolism 63 homeostatic 63 fatty acid metabolism 63 FGF# 63 insulin sensitivity 63 biochemical 63 skeletal muscle 63 autonomic nervous system 62 mitochondrial 62 muscle protein synthesis 62 metabolic pathways 62 SCD1 62 protein synthesis 62 gene expression 62 HPA axis 62 catecholamine 62 catabolism 62 hormone secretion 62 cellular metabolism 62 mitochondrial biogenesis 62 plasma lipids 62 hormone adiponectin 62 glucose homeostasis 62 metabolic disturbances 62 endocrine 62 myocyte 62 contractility 61 glucocorticoid hormones 61 glucose tolerance 61 glycogen metabolism 61 resting metabolic 61 intestinal microflora 61 Thyroid hormones 61 BMP signaling 61 neuroendocrine 61 basal metabolic rate 61 gut microbiota 61 hypothalamic 61 adiponectin 61 estrogen metabolism 61 gluconeogenesis 61 calcium homeostasis 61 metabolisms 61 adiponectin hormone 61 SIRT1 61 mitochondrial oxidative phosphorylation 61 neurohormonal 61 adipocyte 61 podocytes 60 catabolic 60 oxidative stress 60 brain neurochemistry 60 mitochondrial proteins 60 metabolic parameters 60 PPAR delta 60 thermoregulation 60 Stress hormones 60 hormones leptin 60 Thyroid hormone 60 hormone leptin 60 gut microflora 60 homeostasis 60 Skeletal muscle 60 mitochondria 60 ghrelin 60 modifying metabolic pathways 60 lipids 60 cholesterol metabolism 60 mitochondrial respiration 60 metabolic dysfunction 60 epigenetic 60 neuronal dysfunction 60 antioxidant enzyme 60 systemic inflammation 60 RBP4 59 mitochondrial oxidative 59 lipid 59 skeletal muscle mass 59 incretin 59 leptin signaling 59 malonyl CoA 59 circadian rhythm 59 peripheral insulin sensitivity 59 gastric motility 59 Wnt signaling 59 protein 59 metabolizing 59 orexin 59 caloric restriction 59 neurohormones 59 leptin resistance 59 pathophysiological 59 hypothalamus gland 59 remnant lipoproteins 59 growth hormone secretion 59 circadian rhythms 59 Sirt1 59 synaptogenesis 59 proteins 59 STAT4 59 oxygen uptake 59 dietary restriction 59 leptin receptors 59 lipoic acid 59 hepatic glucose production 58 pleiotropic effects 58 amylin 58 LXRs 58 chemosensory 58 S#A# [002] 58 gut microbes 58 cardiac autonomic 58 endocrinologic 58 anabolism 58 atherogenesis 58 PPAR γ 58 molecular pathways 58 adipogenesis 58 MC4R 58 mitochondrial fusion 58 hypothalamic pituitary adrenal axis 58 adiposity 58 skeletal muscles 58 proteolysis 58 adiponectin levels 58 transcriptional 58 oxidative phosphorylation 58 dopamine synthesis 58 platelet activation 58 mitochondrial function 58 calorie restriction 58 lipid levels 58 leptin receptor 58 genes 58 Calorie restriction 58 amino acid 58 Sirt3 58 hormonal 58 neuronal signaling 58 circadian clock genes 58 TORC2 58 proteolytic 58 autophagic 58 serum lipid 58 SIRT1 gene 58 serotonin signaling 58 lipoprotein lipase 58 circadian 58 histone modifications 58 synaptic transmission 58 acetylcholine neurotransmitter 58 neuronal plasticity 58 leptin hormone 58 galanin 58 neurogenesis 58 neurodegeneration 58 CaM kinase II 58 CatB 58 antioxidant enzymes 58 podocyte 58 trophic factors 58 Circadian rhythm 58 proinflammatory 58 metabolic abnormalities 58 β cell 58 metabolize sugar 58 dysregulation 58 adrenal function 58 metabolic disorders 57 cardiovascular 57 dopamine transporter 57 basal metabolism 57 triacylglycerol 57 leptin deficient mice 57 insulin signaling pathways 57 mitochondrial mutations 57 cardiorespiratory fitness 57 parasympathetic 57 lipoprotein metabolism 57 intracellular pH 57 hyperinsulinemia 57 parasympathetic tone 57 methylation patterns 57 enzymatic 57 phenotypic expression 57 metabolic enzymes 57 endogenous opioid 57 neural cells 57 signaling pathways 57 ERK signaling 57 tyrosine phosphorylation 57 cognition 57 baroreflex 57 inhibitory neurotransmitters 57 glycaemia 57 SH2 B 57 autoregulation 57 metabolic alterations 57 contractile function 57 synaptic function 57 cytokine 57 Fc receptor 57 IGF1 57 suppresses appetite 57 cortisol secretion 57 endocannabinoid signaling 57 plasma lipid 57 antioxidant intake 57 p# MAPK 57 Notch signaling 57 osteocalcin 57 glycolytic 57 cellular pathways 57 serotonin 57 locomotor activity 57 dopamine signaling 57 mRNA decay 57 collagen synthesis 57 DGAT1 57 thermoregulatory 57 beta adrenergic receptors 57 ACh 57 neuronal function 57 amyloid plaque formation 57 ovarian hormones 57 remyelination 57 lipid profiles 57 telomere shortening 57 myogenesis 57 circadian cycle 57 metabolizing enzyme 57 circadian cycles 57 FGF2 57 plasma triglycerides 57 intracellular pathways 57 signaling pathway 57 endocannabinoid system 57 secreting insulin 57 pituitary hormone 57 HSF1 57 dopaminergic 57 digesting enzymes 57 epigenetic alterations 57 posttranslational modification 57 enzymatic pathways 57 muscle hypertrophy 57 PYY 57 histone acetylation 57 gene 57 aldosterone 57 PI3K signaling 57 FGFs 57 homeostatic mechanisms 57 intracellular 57 molecular 57 PPAR gamma 57 microglial 57 GLUT4 57 chromatin remodeling 57 hormone aldosterone 57 SIR2 57 neural 57 aerobic glycolysis 57 fatty acid synthesis 57 improves insulin sensitivity 57 enzymes 57 glucose uptake 57 muscle contractility 57 neurosteroid 56 glomerular filtration 56 GABA neurotransmitter 56 respiration 56 UCP1 56 nerve degeneration 56 neuronal 56 lysosomal 56 Ghrelin 56 intestinal motility 56 Vigorous exercise 56 cardiac myocytes 56 immunological 56 nephron 56 brain hypothalamus 56 Metabolic 56 lipid synthesis 56 neuropeptide Y 56 XBP1 56 biochemical pathway 56 brown adipose tissue 56 researchers hypothesised 56 glutamine 56 leucine 56 mTORC1 56 salivary cortisol 56 intracellular proteins 56 glucocorticoid receptor 56 oncomodulin 56 phenotype 56 calcineurin 56 antibody mediated 56 glucocorticoid 56 lowers blood glucose 56 chromatin structure 56 secretory pathway 56 satiety hormone 56 D2 receptor 56 mutant huntingtin protein 56 mTOR 56 Oxidative stress 56 osteoblast 56 cognitive function 56 phosphorylation 56 contractile 56 activin 56 prostate cancer metastasis 56 prothrombotic 56 vascular reactivity 56 metabolic homeostasis 56 hypothalamic pituitary 56 neuropeptide Y NPY 56 metabolically 56 neurochemical 56 molecular pathway 56 neuronal activity 56 biochemical mechanisms 56 TGF b 56 Genetic variation 56 proNGF 56 cardiac hypertrophy 56 TGF ß 56 fat hormone leptin 56 OGG1 56 cardiac fibrosis 56 mitochondrial abnormalities 56 glucose 56 mtDNA mutations 56 neurite outgrowth 56 methylation 56 epigenetic changes 56 SIRT3 56 p# activation 56 PGC 1a 56 eicosanoids 56 tumor suppressor protein 56 telomere length 56 metabolic acidosis 56 transcriptional regulation 56 neurotransmission 56 adrenal hormones 56 Leptin 56 nitric oxide synthase 56 thyroid hormone levels 56 PGC 1α 56 ENaC 56 glycogen synthesis 56 thyroid hormones 56 somatostatin 56 hippocampal function 56 p#/CBP 56 physiological mechanisms 56 gut flora 56 hyperphagia 56 cardiomyocyte 56 act synergistically 56 HCV replication 56 PON1 56 endothelial activation 56 Adiponectin 56 NRF2 gene 56 metabolizing glucose 56 proinflammatory cytokines 56 striated muscle 56 PYY3 56 mitochondrial enzyme 56 calpain 56 DNA methylation patterns 56 anaerobic metabolism 56 pro angiogenic 56 metabolites 56 TGF β 55 gallstone formation 55 CEACAM1 55 lowering blood glucose 55 serotonin reuptake 55 serotonin receptor 55 neuronal synapses 55 plasma kallikrein 55 BCAAs 55 serotonin transporter 55 cardioprotection 55 miRNA expression 55 cardio respiratory fitness 55 lipoprotein 55 rumen fermentation 55 KLF4 55 neuro protective 55 arginase 55 progranulin 55 cyclic AMP cAMP 55 uric acid levels 55 glycemia 55 nutrient absorption 55 cardiac myocyte 55 cardiolipin 55 allergic inflammation 55 S6K 55 eotaxin 55 physiological responses 55 signaling cascades 55 organismal 55 cholesterol efflux 55 transgene expression 55 endothelial function 55 parasympathetic nervous system 55 CB2 receptor 55 PGC1 55 LRP5 55 blood glucose concentrations 55 metabolic pathway 55 glutamate receptors 55 receptor activation 55 corticosterone 55 PPARγ 55 PHD2 55 alternative splicing 55 chromosomal instability 55 selenoproteins 55 thermogenic 55 blood lipids 55 homeostatic mechanism 55 axon guidance 55 glycosylation 55 physiology 55 Genetic variants 55 vessel dilation 55 synaptic plasticity 55 polyamines 55 molecular mechanisms underlying 55 oxidized LDL 55 insulin secreting cells 55 hypocretin 55 Caloric intake 55 Wnt pathway 55 pressure natriuresis 55 lung epithelium 55 receptor gamma 55 hyperactivation 55 cortisol 55 neurobiological 55 renin angiotensin aldosterone 55 adult neurogenesis 55 osteoclast activity 55 protein SIRT1 55 neuromuscular junction 55 microcirculation 55 p# pathway 55 neuropeptides 55 secrete insulin 55 dopamine receptors 55 reproductive hormones 55 Aldosterone 55 intracellular calcium 55 glycosylated hemoglobin HbA1c 55 nodulation 55 ß amyloid 55 tumor suppressive 55 bone metabolism 55 antiapoptotic 55 stem cell differentiation 55 peroxisome 55 insulin receptors 55 serum glucose 55 AMPK 55 Smad3 55 RUNX3 55 gamma aminobutyric acid GABA 55 modulate gene expression 55 GABAA receptors 55 NMDA receptors 55 glucocorticoid receptors 55 circadian genes 55 eNOS 55 neurocircuitry 55 creatine supplementation 55 MC4R gene 55 neuro endocrine 55 VEGF expression 55 Wnt#b 55 neuritic 55 S nitrosylation 55 neurotransmitter GABA 55 mutated protein 55 impaired glucose metabolism 55 mammalian 55 synapse formation 55 vasopressin receptor 55 biochemical pathways 55 enzymatic activity 55 experimentally induced 55 uncoupling protein 55 neurotransmitters serotonin 55 serum lipids 55 sphingolipid 55 physiological adaptations 55 renal fibrosis 55 muscular dystrophies 55 DNA methylation 55 serum BDNF 55 vascular endothelial 55 TRP channels 55 spermidine 55 neurochemistry 55 telomere maintenance 55 malignant transformation 55 sortilin 55 muscle glycogen 55 enzyme 55 antioxidant glutathione 55 Rev erb 55 HOTAIR 55 neuronal degeneration 55 IGF2 55 dietary nitrate 55 apoE4 55 glucose concentrations 55 SCN9A gene 55 physiologic functions 55 amino acid metabolism 55 Strenuous exercise 55 oxidative 55 mevalonate 55 fibrin deposition 55 Treg cell 55 HSP# 55 intestinal microbiota 55 MMP2 55 Metabolism 54 M.tb 54 hormone prolactin 54 proinflammatory mediators 54 peptide YY 54 autophagy 54 CFTR protein 54 glutamate signaling 54 folate metabolism 54 eicosanoid 54 PIP3 54 protein kinase C 54 striatal dopamine 54 adipogenic 54 hsp# 54 dietary carbohydrate 54 ABCA1 54 serum insulin 54 adipose cells 54 procaspase 3 54 cypin 54 GPR# [002] 54 neural tissues 54 aldehyde dehydrogenase 54 NKT cell 54 hepatic steatosis 54 BDNF protein 54 fatty acid synthase 54 immunomodulatory effects 54 GRK2 54 caloric expenditure 54 inosine 54 synaptic proteins 54 cyclic AMP 54 STAT1 54 HuR 54 melanocortin receptors 54 innate immune 54 airway hyperresponsiveness 54 renal tubules 54 PTPN# 54 vascular dysfunction 54 thyrotropin 54 phenotypes 54 adipocytes 54 cytochrome oxidase 54 casein kinase 54 muscarinic receptors 54 mitochondrial metabolism 54 amyloid β 54 Caloric restriction 54 prefrontal cortical 54 atypical neuroleptics 54 metabolic abnormality 54 heritable disorders 54 AgRP neurons 54 trans palmitoleic acid 54 androgenic 54 ACAT2 54 thyroid hormone 54 caspase activation 54 ion channels 54 TNFalpha 54 naturally occurring enzyme 54 inducible nitric oxide synthase 54 excitotoxic 54 laforin 54 cardiac conduction 54 hypothalamic pituitary adrenal HPA 54 myogenic 54 Wnt proteins 54 4E BP1 54 NFkappaB 54 axonal transport 54 hypocretin neurons 54 mTOR signaling 54 bone resorption 54 antioxidative 54 osmolality 54 breast cancer metastasis 54 NRG1 54 left ventricular diastolic 54 osmotic stress 54 noradrenaline 54 FoxO1 54 serine proteases 54 serotonin neurotransmitter 54 carcinogenesis 54 neuronal pathways 54 AMPK activation 54 pharmacological 54 Myostatin 54 obesity insulin resistance 54 lipolysis 54 glutamatergic 54 effector functions 54 endothelial dysfunction 54 gastrointestinal motility 54 fasting insulin 54 lipogenesis 54 intestinal permeability 54 actin cytoskeleton 54 neurotransmitter receptor 54 innate immunity 54 biochemical processes 54 coronary endothelial 54 IRF5 54 genetic variation 54 oligomerization 54 thyroid function 54 DNA demethylation 54 gene transcription 54 PIP2 54 D2 receptors 54 mRNA expression 54 Wnts 54 carbohydrate cravings 54 metabolize sugars 54 circadian clocks 54 TRPV4 54 ferritin 54 NF κB 54 Clusterin 54 microflora 54 Notch pathway 54 neurohormone 54 hippocampal neurons 54 mitochondrial dysfunction 54 insulin resistance precursor 54 nicotinic receptor 54 peroxynitrite 54 Hypothalamic 54 oxidant stress 54 urinary excretion 54 Brd4 54 acetylation 54 skeletal muscle cells 54 p# MAP kinase 54 hormone ghrelin 54 lactate dehydrogenase 54 astrocyte 54 transcriptional repressor 54 sirtuin 54 potentially modifiable 54 receptor subtypes 54 pancreas secretes insulin 54 Ca2 + 54 protein Hsp# 54 SGK1 54 TXNIP 54 TRPV3 54 cardiomyocyte proliferation 54 Proteostasis Network 54 photosynthetic 54 GH secretion 54 LKB1 54 Klotho 54 PPAR alpha 54 inflammatory cytokine 54 arterial stiffness 54 Jhdm2a 54 epigenetic mechanisms 54 PTP1B 54 PHLPP 54 neurobehavioral 54 trans palmitoleate 54 endothelial nitric oxide synthase 54 cognitive 54 induced neuronal 54 Stat1 54 metabolizing enzymes 54 cyclic adenosine monophosphate cAMP 54 membrane fusion 54 BACE1 54 polyamine 54 macrophage infiltration 54 intestinal flora 54 airway remodeling 54 glucose transporter 54 nitric oxide 54 Bcl xL 54 xenobiotic 54 PP2A 54 dephosphorylation 54 purine 54 bioactivity 54 Hox genes 54 monoamine 54 arachidonic acid 54 TGF ß1 54 POMC neurons 54 angiotensinogen 54 coronary microvascular 54 tissue oxygenation 54 protein homeostasis 54 oxidative metabolism 54 oxysterols 54 RGS2 54 lipases 54 starch digestion 54 cardiometabolic risk 54 lipin 54 blood lactate 54 Th2 immune 54 cortisol hormone 54 SLC#A# [002] 54 apoE 54 Sarcopenia 54 TBC#D# 54 compensatory mechanisms 54 habenula 54 pre mRNA splicing 54 KATP channels 54 IGFs 54 mitogen 54 muscarinic 54 PGC 1alpha 54 glycemic 54 nucleotide substitution 54 electrical conduction 54 epigenetically 54 steroid hormones 54 prostaglandin E2 PGE2 54 contractile proteins 54 alpha synuclein protein 54 NF kappaB 54 dopamine receptor 54 vagal 54 FGFR1 54 dopamine neuron 54 adaptive immunity 54 Cyclin D1 54 #T# L1 cells 54 mammalian brain 54 fructose intake 54 nematode Caenorhabditis elegans 54 triglyceride synthesis 53 seratonin 53 anandamide 53 LDL receptor 53 cardio metabolic 53 endocrine glands 53 amyloid deposition 53 SIRT1 protein 53 RNA splicing 53 drug metabolizing enzymes 53 genetic determinants 53 Htt 53 kinase 53 lipid accumulation 53 adenosine 53 induce insulin resistance 53 IKKa 53 molecular abnormalities 53 Dietary restriction 53 adipocyte differentiation 53 JAK2 enzyme 53 aerobic metabolism 53 striatal 53 Skp2 53 myelination 53 synaptic 53 gene expression patterns 53 metabolic derangements 53 blood glucose levels 53 proapoptotic 53 Smoothened 53 Abdominal fat 53 metabolic syndrome 53 overactivation 53 Cyclin E 53 physiologic mechanisms 53 apoptotic 53 intestinal absorption 53 peripheral tissues 53 stimulate insulin secretion 53 isotypes 53 circadian clock 53 biophysical properties 53 acetyl L carnitine 53 neurite 53 receptor gene 53 sGC 53 plasma fibrinogen 53 glycolysis 53 proton pump 53 secretion 53 physiologically 53 XBP 1s 53 palmitate 53 dystroglycan 53 neuropathological 53 enzyme phosphodiesterase 53 neurotransmitter norepinephrine 53 transcriptional activation 53 prostate carcinogenesis 53 spermatogenesis 53 cellular respiration 53 AdPLA 53 Aerobic exercise 53 vasopressin 53 hormones ghrelin 53 VIPR2 53 diastolic function 53 isoenzyme 53 Cardiorespiratory fitness 53 intestinal epithelium 53 pharmacologic 53 bone density 53 AMPA receptor 53 leptin deficiency 53 glomerular 53 gastric emptying 53 innate immune system 53 neuronal differentiation 53 erythropoietic 53 β catenin 53 xanthine 53 PEDF 53 mutant protein 53 Wnt signaling pathway 53 penile erection 53 vasodilation 53 gut motility 53 cortisol concentrations 53 regulates gene expression 53 STAT3 signaling 53 DHEAS 53 baroreceptor 53 alpha amylase 53 elastase 53 pathophysiologic 53 Aâ 53 FOXO 53 neurotransmitter receptors 53 E4 variant 53 hypoxia inducible transcription 53 VLDL cholesterol 53 NMDA receptor 53 rate variability HRV 53 acetyl CoA 53 neurotransmitter serotonin 53 hormone serotonin 53 melanocortin 53 Uric acid 53 abdominal visceral fat 53 metabolize glucose 53 Sonic hedgehog 53 cardiac contractility 53 potentiation 53 FASPS 53 thyroid stimulating hormone 53 pulmonary vascular 53 Leptin hormone 53 cellular senescence 53 COMT gene 53 satiety 53 neuroprotection 53 gut bacteria 53 neurons 53 plasma lipoprotein 53 morphogen 53 GATA4 53 MEF2D 53 airway inflammation 53 synovial cells 53 beta amyloid peptides 53 hedgehog pathway 53 dopamine D2 receptors 53 neovascularization 53 Rap1 53 vitamin D receptors 53 bile acid metabolism 53 Palatinose ™ 53 electrophysiologic 53 histone modification 53 peroxisomal 53 PTEN gene 53 TMEM#B 53 neuronal circuits 53 neuroinflammation 53 neurocognitive function 53 Amyloid Precursor Protein 53 Sir2 53 actin remodeling 53 IL 1ß 53 acetylcholine receptor 53 SAPAP3 53 biochemical markers 53 serum cortisol 53 Androgen receptor 53 intracellular signal transduction 53 orexin receptors 53 RIP1 53 Neuropeptide Y 53 amyloid formation 53 arterial inflammation 53 EGFR signaling 53 TPMT 53 abnormal heartbeats 53 atherosclerosis 53 axon outgrowth 53 Amino acid 53 allostatic load 53 activate AMPK 53 Hedgehog signaling 53 genes encoding 53 pathophysiological mechanisms 53 protein tyrosine phosphatases 53 estrogen receptor alpha 53 cystic fibrosis transmembrane conductance 53 TMPRSS6 53 neurodevelopment 53 iNOS 53 beta globin gene 53 metabolic byproducts 53 neuroinflammatory 53 IUGR 53 S#K# 53 molecular mechanism 53 postural stability 53 palmitoleate 53 metabonomics 53 telomere lengths 53 IL 1β 53 vagal tone 53 SERCA2a 53 transthyretin 53 dedifferentiation 53 hepatic enzymes 53 impaired cognition 53 neuroanatomical 53 endoplasmic reticulum stress 53 CRACC 53 placental function 53 tissue homeostasis 53 adenosine diphosphate ADP 53 Circadian rhythms 53 tyrosine 53 insulin sensitizing 53 glucagon secretion 53 ALDH 53 IL6 53 γ secretase 53 HIF 1a 53 Alzheimer pathology 53 neurofibromin 53 epithelial tissues 53 nicotinic acetylcholine receptor 53 brain shrinkage