Keyphrases
Maternal Diabetes
66%
Early Life Adversity
44%
DNA Methylation (DNAm)
33%
Inflammaging
33%
Vulnerability
33%
Twin Research
33%
Co-twin
33%
Twin Study
33%
Development Toxicity
33%
Life Trajectories
33%
Early-life Environment
33%
Temporal Dynamics
33%
FKBP5
33%
Adversity Stress
33%
Responsive Genes
33%
Neuropsychiatric
33%
Metabolic Disturbances
33%
Jekyll
33%
Life Stress
33%
Gluconeogenesis
33%
Stress Disturbance
33%
Axis Axis
26%
Epigenetic Mechanisms
22%
Embryo Transfer
22%
Cross-fostering
22%
Emotional Disorders
22%
Medial Prefrontal Cortex (mPFC)
22%
Postnatal Factors
22%
Divergence
13%
Pro-inflammatory Phenotype
13%
Senescent Phenotype
13%
Brain Regions
11%
Schizophrenia
11%
Mental Disorders
11%
Ontogenesis
11%
Detrimental Effects
11%
Type 2 Diabetes Mellitus (T2DM)
11%
Autism
11%
Rat Model
11%
Epidemiological Study
11%
Amygdala
11%
Hypothalamic Paraventricular nucleus
11%
Immune Aging
9%
Immunosenescence
9%
Causal Inference
6%
TwinLife
6%
Biological Family
6%
Twin Design
6%
Influenza Pandemic
6%
Human Lifespan
6%
Fundamental Determinants
6%
Induced Senescence
6%
Overall Outcome
6%
Social Adversity
6%
Social Environment
6%
Early Life Factors
6%
Course of COVID-19
6%
Strategizing
6%
Vertical Transfer
6%
Intravenous Administration
6%
Metabolic Trajectory
6%
Flight Response
6%
Shared Environment
6%
Challenge Stress
6%
Human Participants
6%
Time-lagged Correlation
6%
Temporal Association
6%
Disease Cycle
6%
Stress Hormones
6%
Stress Exposure
6%
First 1000 Days of Life
6%
Secretion Expression
6%
Early Morning
6%
Human Cohort
6%
Metabolic Status
6%
Gene Expression Level
6%
Glucose Supply
6%
Risk Transfer
6%
Escalating Dose
6%
Metabolic Challenge
6%
Perinatal Infection
6%
Stress Biology
6%
Obesity Genes
6%
Vicious Cycle
6%
Glucose Release
6%
Metabolic Types
6%
Sympathetic Nerve Activity
6%
Endocrine Regulation
6%
Psychological Stressors
6%
Posttraumatic Stress
6%
Impact Energy
6%
Hepatic Gluconeogenesis
6%
Biochemistry, Genetics and Molecular Biology
Glucocorticoid
100%
Cortisol
55%
Normal Human
44%
Messenger RNA
33%
PER1
33%
Embryogenesis
33%
Tissue Distribution
33%
Epigenetic Modification
33%
Inflammaging
33%
Life Stress
33%
Gluconeogenesis
33%
Dynamics
33%
FKBP5
33%
PER2
33%
PER3
33%
Metabolic Disorder
33%
Eukaryote
22%
DNA Methylation
22%
Immunosenescence
22%
Energy Metabolism
22%
Homeostasis
22%
Biological Phenomena and Functions Concerning the Entire Organism
22%
Insulin Resistance
22%
Hyperglycemia
22%
Glucocorticoid Receptor
19%
Transcription
15%
Blood Plasma
12%
Zebra Fish
11%
Genetic Transcription
11%
Cell Fate Determination
11%
Embryonic Stem Cell
11%
Telomere Length
11%
Lipid Metabolism
11%
Fetus Development
11%
X Chromosome
11%
Healthy Aging
11%
Acute Stress
11%
Adenine
11%
Lipid
11%
5-Methylcytosine
11%
Glucose Metabolism
11%
Somatic Cell
11%
Epigenetics
11%
Methylation
11%
Tissue Specificity
11%
Metabolic Pathway
11%
Immune Status
11%
Lymphocyte
11%
Glucose Level
11%
Genetics
11%
Early Life Stress
11%
Mental Stress
11%
Immobilization Stress
11%
Maternal Deprivation
11%
Innervation
11%
Flight
11%
Goto Kakizaki Rat
11%
Genetic Variation
11%
Impaired Glucose Tolerance
11%
Pedigree
11%
Immunocompetent Cell
11%
Epidemiological Data
11%
Gene Expression
8%
Hydrocortisone Release
8%
Immunology and Microbiology
Glucocorticoid
93%
Cortisol
55%
Normal Human
44%
Immune System
38%
Neurological System
34%
COVID-19
33%
Gluconeogenesis
33%
Life Stress
33%
Immunosenescence
33%
Hypothalamus
33%
Dynamics
33%
Epigenetic Modification
33%
Tissue Distribution
33%
Embryo Development
33%
Biological Phenomena and Functions Concerning the Entire Organism
27%
DNA Methylation
22%
Eukaryote
22%
Insulin Resistance
17%
Telomere Length
16%
Face
16%
Systemic Inflammation
16%
Viral Disease
16%
Infectious Disease
16%
Healthy Aging
16%
Endocrine System
16%
Energy Metabolism
13%
Homeostasis
13%
Blood Plasma
12%
Innervation
11%
Pedigree
11%
Mouse Embryonic Stem Cell
11%
Tissue Specificity
11%
Fetus Development
11%
Somatic Cell
11%
X Chromosome
11%
Genetic Variation
11%
Methylation
11%
Glucose Level
11%
Genetic Transcription
11%
Immobilization Stress
11%
Cell Fate
11%
Pancreas
11%
Lymphocyte
11%
Flight
11%
Goto Kakizaki Rat
11%
Epidemiological Data
11%
Immunocompetent Cell
11%
Early Life Stress
11%
Mental Stress
11%
Zebra Fish
11%
Cytotoxic T Cell
9%
CD8
9%
Hydrocortisone Release
8%
Gene Expression
8%
Acute Stress
6%
Glucose Metabolism
6%
Lipid Metabolism
6%