Related by context. All words. (Click for frequent words.) 71 fat oxidation 70 fatty acid oxidation 68 mitochondrial biogenesis 68 brown adipose tissue 68 ketone bodies 68 UCP1 67 oxidative phosphorylation 67 thermogenic 66 catabolism 66 antioxidant enzymes 66 glycogen synthesis 66 UCP2 65 Ghrelin 65 neurotransmitter GABA 65 satiety hormone 65 ferulic acid 64 metabolic 64 catabolic 64 collagen synthesis 64 metabolism 64 adipogenesis 64 neurohormones 64 cellular respiration 64 skeletal muscles 64 palmitoleate 64 glycation 64 antioxidative 64 galanin 64 anabolism 64 superoxides 63 hepatic glucose production 63 gluconeogenesis 63 fatty acid metabolism 63 Vitamin B5 63 malonyl CoA 63 lipogenesis 63 antioxidant glutathione 63 carbohydrate metabolism 63 osmotic pressure 63 selenoproteins 63 allergic inflammation 63 xanthine 63 SIRT1 gene 63 intestinal absorption 62 NADPH 62 anaerobic metabolism 62 acetyl L carnitine 62 uncoupling protein 62 prostaglandin E2 PGE2 62 Sirt1 62 PPAR delta 62 TGF ß 62 FGF# 62 proton pump 62 lipolysis 62 spermidine 62 naturally occurring amino acid 62 triacylglycerol 62 endothermic 62 antioxidant enzyme 62 vasodilation 62 dietary nitrate 62 Theanine 62 superoxide dismutase SOD 62 estrogen metabolism 62 cyclic AMP 62 proteolytic 62 endothelial nitric oxide synthase 62 KATP channels 61 Calorie restriction 61 nitric oxide synthase NOS 61 ciliary neurotrophic factor 61 amino acid tyrosine 61 nutrient absorption 61 starch digestion 61 digesting enzymes 61 acetylcholine neurotransmitter 61 adipocyte 61 suppresses appetite 61 cholecystokinin CCK 61 nitric oxide synthase 61 overactivation 61 mTORC1 61 amino acid tryptophan 61 vessel dilation 61 lipid oxidation 61 proinflammatory cytokines 61 beta adrenergic receptors 61 Super CitriMax 61 eicosanoids 61 carbohydrate cravings 61 gastric motility 61 TORC2 61 mitochondrial oxidative phosphorylation 61 adipose cells 61 gamma aminobutyric acid 61 asparagine 61 gamma aminobutyric acid GABA 61 glucose uptake 61 ApoA1 61 prostaglandin synthesis 61 Sirt3 61 soluble fibers 61 carnosine 61 vasodilatation 61 allopregnanolone 61 alpha lipoic acid 61 mitochondrial respiration 61 lipid synthesis 61 neurotransmitters serotonin 61 neurotransmitter serotonin 61 ACh 61 peroxynitrite 61 coenzyme 61 atherogenesis 61 PPAR γ 60 glycosaminoglycans 60 D ribose 60 peristalsis 60 L carnitine 60 oxidized LDL 60 NFkappaB 60 glycolytic 60 hormones leptin 60 tau phosphorylation 60 GH secretion 60 hormone secreted 60 hormone ghrelin 60 orexin 60 SCD1 60 GAGs 60 arachidonic acid 60 Aâ 60 detoxification enzymes 60 Arginine 60 IKK2 60 SIRT1 protein 60 hypoxia inducible transcription 60 polyamines 60 AgRP 60 MEK ERK 60 muscle protein synthesis 60 hormone adiponectin 60 glutamine 60 posttranslational modification 60 lipoic acid 60 GABAA receptors 60 endoplasmic reticulum stress 60 Lactic acid 60 malate 60 fibrin deposition 60 neuropeptide Y NPY 60 eicosanoid 60 lowers blood glucose 60 Thyroid hormone 60 TGF beta1 60 HPA axis 60 catecholamine 60 Maillard reaction 60 Nicotinamide 60 hexose 60 synaptic transmission 60 acetyl CoA 60 ketosis 60 N acetyl 60 airway constriction 60 BDNF protein 60 GCN2 60 GABA gamma aminobutyric acid 60 glycogen metabolism 60 inhibitory neurotransmitters 60 calcium homeostasis 60 NF KB 60 Acetyl L Carnitine 60 protein Hsp# 60 muscular contractions 60 neuropeptides 60 endocannabinoid system 60 proinflammatory cytokine 60 collagen elastin 60 oligomerization 59 acylated 59 hormone secretion 59 angiotensinogen 59 CK # selectively 59 phagocyte 59 L theanine 59 proteolytic enzymes 59 glucocorticoid receptor 59 GluR1 59 noradrenaline 59 calcineurin 59 nAChRs 59 Norepinephrine 59 ubiquinol 59 hyperactivation 59 TGF ß1 59 enzymic 59 neuronal synapses 59 macrophage infiltration 59 BACE1 59 NFκB 59 skeletal muscle mass 59 redox reactions 59 heme oxygenase 59 gut microflora 59 cyclic adenosine monophosphate cAMP 59 Lipoic acid 59 metabolizing enzyme 59 utrophin 59 hormone prolactin 59 oxidant stress 59 L Theanine 59 fast skeletal troponin 59 Aerobic exercise 59 sulfation 59 Retinoids 59 hepatic steatosis 59 anandamide 59 carbohydrate absorption 59 lipid peroxidation 59 brain derived neurotrophic 59 cyclic AMP cAMP 59 Oxidative stress 59 beta endorphin 59 insulin secretion 59 Amino acid 59 parasympathetic nervous system 59 calcium absorption 59 Reactive oxygen species 59 ceramide 59 bioactivity 59 MAP kinase 59 KLF2 59 mitogen 59 cortisol secretion 59 amino acid phenylalanine 59 p#Kip# 59 muscle hypertrophy 59 neuropeptide Y 59 SUMOylation 59 STAT4 59 Adiponectin 59 Alpha lipoic acid 59 ß amyloid 59 gelation 59 glycolysis 59 airway hydration 59 proteolysis 59 pressure natriuresis 59 neuronal plasticity 59 fucose 59 anti inflammatory cytokines 59 heme oxygenase 1 59 hydroxyl radical 59 extracellular calcium 59 mitochondrial enzyme 59 hypothalamic 59 cultured hippocampal neurons 59 intestinal epithelium 59 induced oxidative stress 59 mutant huntingtin protein 59 locomotor activity 59 Vigorous exercise 59 Nampt 59 triglyceride synthesis 59 hippocampal neurogenesis 59 HSF1 59 demethylation 59 p#NTR 59 adenosine diphosphate ADP 59 intracellular pH 59 proteoglycan 59 Wnts 59 oligosaccharides 59 Regular aerobic exercise 59 improves insulin sensitivity 59 SETDB1 59 HIF 1a 59 epigallocatechin gallate EGCG 59 transcriptional activation 59 leptin signaling 59 prostanoids 59 enkephalin 59 Nrf2 59 antidiuretic hormone 59 l carnitine 59 XBP 1s 58 cholesterol biosynthesis 58 GLUT4 58 TGF β 58 activin 58 insoluble fibers 58 neurotransmitters dopamine 58 neurotransmitter acetylcholine 58 myocardial tissue 58 myelination 58 intestinal microflora 58 vasoconstrictor 58 Vitamin D2 58 dephosphorylation 58 neurotrophic factors 58 hormone leptin 58 non heme iron 58 seratonin 58 asthmatic airways 58 Coenzyme Q# 58 Skeletal muscle 58 osteoclast formation 58 neuro transmitters 58 antiapoptotic 58 nociceptors 58 allantoin 58 fucoxanthin 58 HuR 58 prostaglandin E2 58 LTB4 58 serotonin synthesis 58 exocytosis 58 aminobutyric acid 58 oxidative 58 brain hypothalamus 58 4E BP1 58 IL6 58 CoQ 58 gotu kola 58 peptide YY 58 NRF2 gene 58 basal metabolism 58 theanine 58 gingerol 58 Skeletal muscles 58 platelet adhesion 58 toxic beta amyloid 58 ubiquinone 58 pro apoptotic proteins 58 mucins 58 lipid accumulation 58 vasodilatory 58 thermoregulation 58 cellular metabolism 58 pyruvate 58 amyloid β 58 rumen fermentation 58 aldosterone hormone 58 NADPH oxidase 58 hydroxylation 58 B Vitamins 58 antioxidant intake 58 S6K 58 growth hormone secretion 58 Nitric oxide NO 58 trans isomer 58 factor BDNF 58 beta alanine 58 leptin deficient mice 58 systemic inflammation 58 Quercetin 58 elastase 58 TGF Beta 58 aerobic metabolism 58 PDE1 58 superoxide dismutase 58 muscle glycogen 58 Carbohydrate intake 58 hydroperoxide 58 vitamin B1 58 leucine 58 toxic amyloid beta 58 incretin 58 superoxide anion 58 de novo lipogenesis 58 KLF4 58 putrescine 58 Coenzyme Q 58 nicotinic acetylcholine receptors 58 CatB 58 glucosides 58 IL 1β 58 GLI1 58 endothelial nitric oxide 58 TGFβ 58 lipin 58 PGC 1α 58 oxidase 58 potentiation 58 carbohydrate restriction 58 Riboflavin 58 glucocorticoid hormones 58 neurotrophic 58 L Arginine 58 Strenuous exercise 58 vascular endothelial 58 somatostatin 58 cholecystokinin 58 antioxidant nutrients 58 hormone serotonin 58 DNA demethylation 58 oxidative metabolism 58 Glutamine 58 beta. 58 tyrosinase 58 oxidative enzymes 58 hsp# 58 dependent insulin secretion 58 platelet activation 58 polyamine 58 dehydrogenase 58 leptin receptors 58 proNGF 58 Thyroid hormones 58 mevalonate 58 peripheral insulin sensitivity 58 lung epithelium 58 anthocyanin pigments 58 HIF1 alpha 58 adult neurogenesis 58 kainate 58 Carnosine 58 Nitric Oxide 58 PI3K signaling 58 photochemical reaction 58 Angiotensin II 58 Ca2 + 58 digestive enzyme 58 neuronal signaling 58 adrenal cortex 58 ERK signaling 58 M1 muscarinic 58 TGF beta signaling 58 postprandial glycemia 57 NKT cell 57 sulphoraphane 57 TGF b 57 ERK1 2 57 airway remodeling 57 gut motility 57 hormones cortisol 57 nicotinic receptors 57 aids digestion 57 Runx2 57 LXRs 57 STAT3 signaling 57 bile salts 57 c Fos 57 cytokine receptor 57 5 HT1A 57 Butyrate 57 acid GABA 57 benfotiamine 57 mitochondrial decay 57 cannabinoid receptors 57 DHA fatty acid 57 adrenal hormone 57 trehalose 57 fatty acid synthesis 57 t# c# CLA 57 metabolizing glucose 57 enzymatic pathways 57 sGC 57 vWF 57 Taurine 57 CCL5 57 cardioprotection 57 endocannabinoid signaling 57 unsaturated fatty acids 57 hyperphagia 57 isomaltulose 57 microglial activation 57 diuresis 57 serotonin reuptake 57 nitric oxide NO 57 dose dependently 57 glucagon hormone 57 CRACC 57 Prolactin 57 acetylcholine receptor 57 microglial 57 palmitate 57 cellulase 57 glucomannan 57 cholinergic tone 57 betaine 57 L Glutamine 57 dopamine reuptake 57 ENaC 57 intermittent hypoxia 57 metabolic processes 57 calcium permeable 57 amino acid asparagine 57 oxygen uptake 57 thermic effect 57 hypocretin 57 TEL AML1 57 opioid receptor 57 gastric distension 57 frataxin 57 calpain 57 naturally occurring molecule 57 RIP1 57 curcuminoids 57 dopamine neurotransmitter 57 androgen hormones 57 adrenocorticotropic hormone ACTH 57 sphingolipid 57 endogenous opioid 57 dystroglycan 57 synovial cells 57 Th2 immune 57 partial hydrogenation 57 Akt signaling 57 ribose 57 cyclic guanosine monophosphate 57 ERa 57 luteolin 57 PGC 1a 57 Sirtuin 57 endocannabinoids 57 dehydrogenases 57 NF kappaB 57 breast epithelial cells 57 ouabain 57 Aldosterone 57 amyloid peptide 57 Coenzyme Q# CoQ# 57 bile acid 57 amino sugar 57 natriuretic 57 Oxidative 57 PDGF BB 57 submaximal 57 Dietary fiber 57 catalase 57 L Carnitine 57 neurosteroid 57 Leptin hormone 57 BMP signaling 57 Thiamine 57 STAT1 57 casein kinase 57 glutamate neurotransmission 57 PYY3 57 excitatory neurotransmitter 57 grape polyphenols 57 interleukins 57 jasmonate 57 mutated protein 57 S nitrosylation 57 synaptic plasticity 57 experimentally induced 57 caffeic acid 57 hypothalamic pituitary adrenal axis 57 VEGF expression 57 MAP kinases 57 sleep hormone melatonin 57 stathmin 57 porphyrins 57 umami taste 57 Essential fatty acids 57 cholesterol absorption 57 alkalizing 57 releasing endorphins 57 anti oxidant properties 57 AMPK activation 57 cyclic GMP 57 dioxygenase 57 insulinlike growth 57 inhibitory neurotransmitter 57 osteoclast activity 57 cholesterol homeostasis 57 triiodothyronine 57 blood vessels dilate 57 Fatty acid 57 resistant starch 57 secretase 57 dilates blood vessels 57 nicotinic acetylcholine receptor 57 hyperactivated 57 polyunsaturated fatty acid 57 acrylamide formation 57 Palatinose ™ 57 prostaglandin E 57 mPGES 1 57 contractility 57 skeletal muscle 57 Th1 type 57 anti apoptotic 57 Fas ligand 57 conjugated linoleic acid 57 eNOS 57 tenascin C 57 melanocyte stimulating hormone 57 dopamine signaling 57 inflammatory mediators 57 liver glycogen 57 adipokine 57 GABA neurotransmitter 57 alpha glucosidase 57 fructan 57 reductase 57 receptor gamma 57 bowel motility 57 airway reactivity 57 glia cells 57 overactivated 57 ellagitannins 57 dietary fats 57 Cortisol 57 TGFbeta 57 metabolizing enzymes 57 GliSODin 57 Neuropeptide Y 57 oxidized lipids 57 mucus secretion 57 acyl coenzyme 57 SIRT6 57 IGFBP 3 57 NAD + 57 GPx 57 arachidonic acid AA 57 triacylglycerols 57 Brain derived neurotrophic 57 podocytes 57 flavenoids 57 goblet cells 57 myo inositol 57 androgenic 57 spermatogenesis 57 NF κB 57 IL #p# 57 calmodulin kinase II 57 PEDF 57 glial derived neurotrophic 57 aspartame sucralose 57 medium spiny neurons 57 aerobic glycolysis 57 lipids 56 NF kappaB activation 56 berberine 56 metabolic enzymes 56 neovascularization 56 Rhodiola 56 hemoglobin molecule 56 SH2 B 56 Beta Carotene 56 neuro transmitter 56 transthyretin 56 autophagic 56 bone morphogenetic proteins 56 endocrine hormone 56 basal metabolic rate 56 adenosine receptors 56 PGI2 56 releases endorphins 56 muscle contractions 56 ligand TRAIL 56 monosaccharide 56 histone acetylation 56 hormone cortisol 56 chemical serotonin 56 ATP hydrolysis 56 Anti oxidant 56 excitatory neurotransmitter glutamate 56 bryostatin 56 cAMP signaling 56 PP2A 56 acid secretion 56 PPAR gamma 56 aldehyde dehydrogenase 56 Phenylalanine 56 naturally occurring enzyme 56 collagen degradation 56 hormone insulin 56 cytokine signaling 56 metabolize fat 56 sinus node 56 iNOS 56 antioxidant quercetin 56 inducible nitric oxide synthase 56 Choline 56 adrenergic receptors 56 N methyl 56 protein SIRT1 56 Vasopressin 56 nicotinamide adenine dinucleotide 56 mitochondrial oxidative 56 FGF2 56 NRG1 56 AChE 56 NMDA receptors 56 tumor suppressor protein 56 intestinal motility 56 monoamine 56 murine model 56 NF kappaB pathway 56 adipocyte differentiation 56 neurosteroids 56 Inulin 56 amylin 56 gastric emptying 56 protein kinase C 56 suberin 56 cholesterol metabolism 56 beta amyloid peptide 56 Orexin 56 rolipram 56 extracellular dopamine 56 MMP2 56 cyclooxygenase 2 56 plasma lipids 56 nodulation 56 encodes protein 56 NADH 56 saccharides 56 linoleic acid 56 bifidobacterium 56 skeletal muscle troponin 56 insulin sensitivity 56 Histamine 56 excitotoxic 56 Oestrogen 56 lysyl oxidase 56 depolarizing 56 metabolize sugars 56 p# activation 56 hypothalamus gland 56 oxidative degradation 56 ghrelin hormone 56 estrogen hormone 56 nephron 56 prostanoid 56 NR2B subunit 56 G6PD 56 BCAAs 56 carnitine 56 Ras pathway 56 gastrointestinal motility 56 downregulation 56 enterolactone 56 reactive oxygen species ROS 56 CB1 receptor 56 abdominal visceral fat 56 enzyme secreted 56 antiinflammatory 56 act synergistically 56 transgene expression 56 PYY 56 creatine supplementation 56 Calcium absorption 56 M2 macrophages 56 amyloid beta plaques 56 male hormone androgen 56 satiety 56 cytochrome oxidase 56 enzymatic degradation 56 tea catechins 56 hydrolases 56 glucose metabolism 56 catechins 56 myofibroblast 56 gut microbiota 56 isoprenoid 56 Jhdm2a 56 adipogenic 56 protein synthesis 56 mild diuretic 56 PIP3 56 renal fibrosis 56 synapse maturation 56 proinflammatory 56 acyl CoA 56 oncomodulin 56 antioxidant compounds 56 Omega 6s 56 methane oxidation 56 GATA3 56 endocannabinoid receptors 56 HDAC6 56 secretion 56 POMC neurons 56 rheological properties 56 mTOR signaling pathway 56 metabolizing 56 heterocyclic amines 56 nerve degeneration 56 nitrite nitrate 56 monoamines 56 Vitamin B3 56 adipocytes 56 synaptic function 56 #HT#A 56 metabolization 56 PHD2 56 caloric expenditure 56 gassiness 56 thermoregulatory 56 adrenal function 56 intracellular pathways 56 Insoluble fiber 56 TRPV3 56 metabolize fats 56 axon outgrowth 56 leptin receptor 56 FOXM1 56 mucus glands 56 immunomodulatory effects 56 tyrosine phosphorylation 56 ERK pathway 56 inflammatory cytokine 56 hypoxia induced 56 contractile function 56 phosphatidylserine PS 56 fatty molecules 56 mu opioid 56 pro inflammatory cytokines 56 lipoprotein lipase 56 selectively inhibited 56 inorganic nitrate 56 tyrosine 56 serine proteases 56 hormone erythropoietin EPO 56 lipid peroxides 56 protein tyrosine phosphatase 1B 56 caveolin 1 56 contractile 56 Purkinje cell 56 DGAT1 56 airway inflammation 56 endothelium dependent 56 psyllium fiber 56 oxidases 56 motilin 56 peroxidation 56 excitotoxicity 56 purine 56 Th2 56 neurotransmission 56 female hormones estrogen 56 cardiolipin 56 plant hormone auxin 56 airway hyper responsiveness 56 hyperinsulinemia 56 Vascular endothelial growth 56 lysosomal 56 pilocarpine 56 Dietary restriction 56 TGF beta pathway 56 essential amino acid 56 lipid metabolism 56 HDAC2 56 adipokines 56 osteocalcin 56 monomeric 56 vitamin B2 56 neuronal pathways 56 endotoxemia 56 triiodothyronine T3 56 adaptogens 56 membrane lipids 56 gastric acid secretion 56 signaling cascades 55 homeostatic 55 melatonin hormone 55 anaerobic respiration 55 pyramidal cells 55 reactive oxygen 55 VLDL cholesterol 55 osteoblast differentiation 55 hydrolysates 55 species ROS 55 vagal 55 monosaccharides 55 lipoxygenase 55 erythropoiesis 55 receptor subtype 55 amyloid plaque formation 55 serotonin neurotransmitter 55 hunger hormone ghrelin 55 Wnt signaling 55 neuronal excitability 55 receptor activation 55 nAChR 55 synaptogenesis 55 cytochrome c oxidase 55 super oxide dismutase 55 Aloe vera gel 55 LRP5 55 Vitamin B6 55 Vitamin K2 55 pyrimidines 55 fibroblast growth 55 wholegrain cereals 55 dietary fibers 55 neurotransmitter dopamine 55 calcium excretion 55 dopamine norepinephrine 55 intestinal permeability 55 ChromeMate 55 JAK STAT 55 biochemical cascade 55 serotonin 55 platelet aggregation 55 hormone melatonin 55 Fc receptor 55 remyelination 55 PTH secretion 55 effector functions 55 c MYC 55 isoenzymes 55 ErbB4 55 cytoprotective 55 BMAL1 55 metabolic abnormalities 55 IL 1ß 55 neurotrophic factor 55 bone morphogenetic proteins BMPs 55 LDL oxidation 55 ischemic preconditioning 55 c MET 55 mitogen activated protein kinase 55 endogenous opioids 55 peroxisome proliferator activated 55 neuro protective 55 oxidative stresses 55 ATPase activity 55 Caloric restriction 55 receptor subtypes 55 oncogenic transformation 55 amide 55 p# MAPK 55 thyrotropin 55 adaptogenic 55 urinary oxalate 55 Sugar alcohols 55 Rab5 55 depolymerization 55 caspase activation 55 interleukin IL -6 55 Whey protein 55 linoleic acids 55 myrosinase 55 Glycolysis 55 amino acid arginine 55 neuronal differentiation 55 hydroxylase 55 xylanase 55 glutamatergic 55 gamma amino butyric 55 bacterial fermentation 55 insulin secreting cells 55 myocyte 55 NO synthase 55 NPD1 55 protein 55 glucocorticoid receptors 55 dietary antioxidants 55 opiate receptors 55 vitamin B5 55 mitochondrial mutations 55 leptin hormone 55 muscle glycogen stores 55 solubilization 55 Fc receptors 55 Extracellular 55 hydroxyl radicals 55 ergogenic 55 trans palmitoleate 55 chondrocyte 55 bacterially 55 glucose oxidase 55 inosine 55 glycoside 55 melatonin receptors 55 regulates gene expression 55 oleuropein 55 androgen receptor AR 55 TRPM8 55 proinflammatory mediators 55 acetylcholine receptors 55 serotonin transporter 55 D Ribose 55 Th2 cytokines 55 MEK1 55 TRAF6 55 alveolar macrophages 55 adrenal hormones 55 cyclization 55 hormone aldosterone 55 transduction 55 beta glucans 55 potent antioxidant 55 TNFa 55 Oleic acid 55 neuropeptide 55 angiotensin II hormone 55 Stress hormones 55 endoxifen 55 vagal nerve 55 Uch L1