Keyphrases
Muscle Protein Synthesis
100%
Amino Acids
84%
Testosterone
81%
Skeletal muscle
72%
Muscle Protein
57%
Bed Rest
54%
Older Men
50%
Phenylalanine
45%
Traumatic Brain Injury
40%
Aging
33%
Fractional Synthesis Rate
30%
Older Adults
28%
Skeletal muscle Protein Synthesis
28%
Lean Body Mass
27%
Young Men
27%
Growth Hormone Treatment
26%
Protein Synthesis
25%
Muscle Biopsy
24%
Androgens
24%
Placebo
24%
Muscle Protein Anabolism
23%
Anabolic Response
23%
Amino Acid Supplementation
23%
Muscle Mass
22%
Postabsorptive State
21%
Muscle Loss
21%
Shigella Flexneri
19%
Muscle Protein Breakdown
19%
Testosterone Administration
19%
Fractional Synthetic Rate
19%
Chronic Traumatic Brain Injury
19%
Streptococcus Pneumoniae
19%
Cancer Cachexia
19%
Sarcopenia
19%
Inactivity
19%
Muscle Strength
18%
Human Skeletal muscle
18%
Healthy Individuals
18%
Insulin
18%
Net Balance
18%
Body Composition
18%
Testosterone Replacement Therapy
17%
Muscle Function
16%
Constant Rate Infusion
16%
Arteriovenous
16%
Resistance Exercise
16%
Muscle Anabolism
16%
Healthy Young
15%
Growth Hormone
15%
Hypercortisolemia
14%
HeLa Cells
14%
Older Women
14%
Lipoproteins
14%
Bolus
13%
Insulin-like Growth factor-1
13%
Mammalian Target of Rapamycin (mTOR)
13%
Testosterone Enanthate
13%
Blood Samples
12%
Head down
12%
Insulin-like
12%
Growth Factors
12%
Human muscle
12%
Abnormal Growth
12%
Leucine
12%
Oxandrolone
11%
Protein Metabolism
11%
Fecal Microbiota
11%
Ancillary
11%
In Cancer
11%
Protein Degradation
11%
Leg Volume
11%
Traumatic Brain Injury Patients
11%
NF-B
10%
Skeletal muscle Mass
10%
Cancer-related
10%
Anabolic Effect
10%
Acid Accumulation
10%
Biofluids
10%
Inflammatory Burden
10%
Physical Function
10%
Amino Acid Metabolism
10%
Yersinia Enterocolitica
9%
Metabolic Response
9%
Burn Injury
9%
Young Subjects
9%
Insulin Resistance
9%
Free-flying
9%
Drug Dosing
9%
Low Earth Orbit
9%
Post-acute Sequelae SARS-CoV-2 Infection
9%
Muscle Amino Acid
9%
Adipose Tissue
9%
Endoplasmic Reticulum Stress (ER stress)
9%
Dose-response
9%
Endogenous Amino Acid
9%
Cognitive Impairment
9%
Elderly Subjects
8%
Age-related
8%
Total Body Surface Area
8%
Quality of Life
8%
Medicine and Dentistry
Muscle Protein
92%
Skeletal Muscle
85%
Protein Synthesis
66%
Amino Acid
42%
Bed Rest
33%
Placebo
29%
Traumatic Brain Injury
26%
Malignant Neoplasm
26%
Lean Body Weight
21%
Supplementation
21%
Essential Amino Acid
21%
Leg
19%
Cachexia
19%
Sarcopenia
19%
Phenylalanine
19%
Androgen Therapy
18%
Androgen
18%
Growth Hormone Release
17%
Growth Hormone
16%
Quality of Life
15%
Ingestion
14%
Muscle Function
13%
Muscle Atrophy
12%
Resistance Training
12%
Microbiome
12%
Muscle Strength
11%
Hypercortisolism
10%
Biological Marker
10%
Randomized Controlled Trial
10%
Amino Acid Metabolism
10%
Protein Expression
10%
Sequela
10%
Protein Degradation
9%
Hormone Substitution
9%
Infection
9%
Shigella flexneri
9%
Chronic Traumatic Encephalopathy
9%
Endoplasmic Reticulum Stress
9%
Clinical Research
9%
Severe Acute Respiratory Syndrome Coronavirus 2
9%
Disease
8%
Somatomedin C
8%
Muscle Biopsy
8%
Thermal Burn
8%
Phosphotransferase
8%
Testosterone Enantate
8%
Infusion
8%
Functional Status
8%
Volunteer
7%
Chronic Disease
7%
Human Growth Hormone
7%
Protein Metabolism
7%
Dysbiosis
7%
Advanced Cancer
7%
Exercise
7%
COVID-19
7%
Chemotherapy
7%
Injury
7%
In Vitro
6%
Signal Transduction
6%
Gut Microbiome
6%
Metabolism
6%
Substitution Therapy
6%
Glucocorticoid
6%
Chronic Obstructive Pulmonary Disease
6%
Insulin Resistance
6%
Androgen Receptor
6%
Cardiovascular System
6%
Healthy Aging
6%
Ovarian Cancer
5%
Urinary System
5%
Muscle Fatigue
5%
Basal Metabolic Rate
5%
Middle Age
5%
Skeletal Muscle Metabolism
5%
Oxandrolone
5%
Protein Depletion
5%
Diet Supplementation
5%
Adenosine Triphosphate
5%
Gut
5%
Cytokine
5%