Creatine Supplementation for Health and Clinical Diseases
Creatine Supplementation for Health and Clinical Diseases
English[eng]
9783040000000
ergogenic aids||cellular metabolism||phosphagens||sarcopenia||cognition||diabetes||creatine synthesis deficiencies||concussion||traumatic brain injury||spinal cord injury||muscle atrophy||rehabilitation||pregnancy||immunity||anti-inflammatory||antioxidant||anticancer||creatine||nutritional supplements||fertility||newborn||development||brain injury||post-viral fatigue syndrome||chronic fatigue syndrome||GAA||creatine kinase||dietary supplements||exercise||skeletal muscle||glycemic control||type 2 diabetes mellitus||phosphorylcreatine||dietary supplement||ergogenic aid||youth||athletes||osteoporosis||osteosarcopenia||frailty||cachexia||innate immunity||adaptive immunity||inflammation||macrophage polarization||cytotoxic T cells||toll-like receptors||vascular pathology||cardiovascular disease||oxidative stress||vascular health||female||menstrual cycle||hormones||exercise performance||menopause||mood||children||height||BMI-for-age||stature-for-age||growth||phosphocreatine||creatine transporter||supplementation||treatment||heart||heart failure||ischemia||myocardial infarction||anthracycline||cardiac toxicity||energy metabolism||cell survival||bioinformatics||systems biology||cellular allostasis||dynamic biosensor||pleiotropic effects of creatine (Cr) supplementation||inflammatory bowel diseases (IBD)||ulcerative colitis||Crohn’s disease||creatine kinase (CK)||phosphocreatine (PCr)||creatine transporter (CrT)||intestinal epithelial cell protection||intestinal tissue protection||creatine perfusion||organ transplantation||Adenosine mono-phosphate (AMP)||activated protein kinase (AMPK)||liver kinase B1 (LKB1)||mitochondrial permeability transition pore (mPTP)||reactive oxygen species (ROS)||glucose transporter (GLUT)||T cell antitumor immunity||metabolic regulator||cancer immunotherapy||supplements||muscle damage||recovery||immobilization||atrophy||muscular dystrophy||amyotrophic lateral sclerosis||Parkinson’s Disease||cardiopulmonary disease||mitochondrial cytopathy||hypertrophy||athletic performance||weightlifting||resistance exercise||training||muscular power||muscular adaptation||muscle fatigue||adipose tissue||muscle strength||physiological adaptation||mitochondria||thermogenesis||MAP kinase signaling system||sodium-chloride-dependent neurotransmitter symporters||signal transduction||intradialytic creatine supplementation||hemodialysis||muscle||protein energy wasting||clinical trial||muscle weakness||chronic fatigue||cognitive impairment||depression||anemia||resistance training||sports nutrition||strength||toxicity||methylation||hyperhomocysteinemia||neuromodulation||MCDA||mitochondriopathia||cardiac infarction||long COVID||hypoxia||stroke||neurodegenerative diseases||noncommunicable disease||adenosine 5′-monopnophosphate-activated protein kinase||anthracyclines||creatine supplementation||cardiac signaling||cardiotoxicity||doxorubicin||soy||vegetarian/vegan diet||amino acids||dietary ingredients||performance
English[eng]
9783040000000
ergogenic aids||cellular metabolism||phosphagens||sarcopenia||cognition||diabetes||creatine synthesis deficiencies||concussion||traumatic brain injury||spinal cord injury||muscle atrophy||rehabilitation||pregnancy||immunity||anti-inflammatory||antioxidant||anticancer||creatine||nutritional supplements||fertility||newborn||development||brain injury||post-viral fatigue syndrome||chronic fatigue syndrome||GAA||creatine kinase||dietary supplements||exercise||skeletal muscle||glycemic control||type 2 diabetes mellitus||phosphorylcreatine||dietary supplement||ergogenic aid||youth||athletes||osteoporosis||osteosarcopenia||frailty||cachexia||innate immunity||adaptive immunity||inflammation||macrophage polarization||cytotoxic T cells||toll-like receptors||vascular pathology||cardiovascular disease||oxidative stress||vascular health||female||menstrual cycle||hormones||exercise performance||menopause||mood||children||height||BMI-for-age||stature-for-age||growth||phosphocreatine||creatine transporter||supplementation||treatment||heart||heart failure||ischemia||myocardial infarction||anthracycline||cardiac toxicity||energy metabolism||cell survival||bioinformatics||systems biology||cellular allostasis||dynamic biosensor||pleiotropic effects of creatine (Cr) supplementation||inflammatory bowel diseases (IBD)||ulcerative colitis||Crohn’s disease||creatine kinase (CK)||phosphocreatine (PCr)||creatine transporter (CrT)||intestinal epithelial cell protection||intestinal tissue protection||creatine perfusion||organ transplantation||Adenosine mono-phosphate (AMP)||activated protein kinase (AMPK)||liver kinase B1 (LKB1)||mitochondrial permeability transition pore (mPTP)||reactive oxygen species (ROS)||glucose transporter (GLUT)||T cell antitumor immunity||metabolic regulator||cancer immunotherapy||supplements||muscle damage||recovery||immobilization||atrophy||muscular dystrophy||amyotrophic lateral sclerosis||Parkinson’s Disease||cardiopulmonary disease||mitochondrial cytopathy||hypertrophy||athletic performance||weightlifting||resistance exercise||training||muscular power||muscular adaptation||muscle fatigue||adipose tissue||muscle strength||physiological adaptation||mitochondria||thermogenesis||MAP kinase signaling system||sodium-chloride-dependent neurotransmitter symporters||signal transduction||intradialytic creatine supplementation||hemodialysis||muscle||protein energy wasting||clinical trial||muscle weakness||chronic fatigue||cognitive impairment||depression||anemia||resistance training||sports nutrition||strength||toxicity||methylation||hyperhomocysteinemia||neuromodulation||MCDA||mitochondriopathia||cardiac infarction||long COVID||hypoxia||stroke||neurodegenerative diseases||noncommunicable disease||adenosine 5′-monopnophosphate-activated protein kinase||anthracyclines||creatine supplementation||cardiac signaling||cardiotoxicity||doxorubicin||soy||vegetarian/vegan diet||amino acids||dietary ingredients||performance