1   935 199 CHRONIC LOW-DOSE EXPOSURE TO XENOESTROGEN AMBIENT AIR POLLUTANTS AND BREAST CANCER RISK: XENAIR PROTOCOL FOR A CASE-CONTROL STUDY NESTED WITHIN THE FRENCH E3N COHORT. BACKGROUND: BREAST CANCER IS THE MOST FREQUENT CANCER IN WOMEN IN INDUSTRIALIZED COUNTRIES. LIFESTYLE AND ENVIRONMENTAL FACTORS, PARTICULARLY ENDOCRINE-DISRUPTING POLLUTANTS, HAVE BEEN SUGGESTED TO PLAY A ROLE IN BREAST CANCER RISK. CURRENT EPIDEMIOLOGICAL STUDIES, ALTHOUGH NOT FULLY CONSISTENT, SUGGEST A POSITIVE ASSOCIATION OF BREAST CANCER RISK WITH EXPOSURE TO SEVERAL INTERNATIONAL AGENCY FOR RESEARCH ON CANCER GROUP 1 AIR-POLLUTANT CARCINOGENS, SUCH AS PARTICULATE MATTER, POLYCHLORINATED BIPHENYLS (PCB), DIOXINS, BENZO[A]PYRENE (BAP), AND CADMIUM. HOWEVER, EPIDEMIOLOGICAL STUDIES REMAIN SCARCE AND INCONSISTENT. IT HAS BEEN PROPOSED THAT THE MENOPAUSAL STATUS COULD MODIFY THE RELATIONSHIP BETWEEN POLLUTANTS AND BREAST CANCER AND THAT THE ASSOCIATION VARIES WITH HORMONE RECEPTOR STATUS. OBJECTIVE: THE XENAIR PROJECT WILL INVESTIGATE THE ASSOCIATION OF BREAST CANCER RISK (OVERALL AND BY HORMONE RECEPTOR STATUS) WITH CHRONIC EXPOSURE TO SELECTED AIR POLLUTANTS, INCLUDING PARTICULATE MATTER, NITROGEN DIOXIDE (NO2), OZONE (O3), BAP, DIOXINS, PCB-153, AND CADMIUM. METHODS: OUR RESEARCH IS BASED ON A CASE-CONTROL STUDY NESTED WITHIN THE FRENCH NATIONAL E3N COHORT OF 5222 INVASIVE BREAST CANCER CASES IDENTIFIED DURING FOLLOW-UP FROM 1990 TO 2011, AND 5222 MATCHED CONTROLS. A QUESTIONNAIRE WAS SENT TO ALL PARTICIPANTS TO COLLECT THEIR LIFETIME RESIDENTIAL ADDRESSES AND INFORMATION ON INDOOR POLLUTION. WE WILL ASSESS THESE EXPOSURES USING COMPLEMENTARY MODELS OF LAND-USE REGRESSION, ATMOSPHERIC DISPERSION, AND REGIONAL CHEMISTRY-TRANSPORT (CHIMERE) MODELS, VIA A GEOGRAPHIC INFORMATION SYSTEM. ASSOCIATIONS WITH BREAST CANCER RISK WILL BE MODELED USING CONDITIONAL LOGISTIC REGRESSION MODELS. WE WILL ALSO STUDY THE IMPACT OF EXPOSURE ON DNA METHYLATION AND INTERACTIONS WITH GENETIC POLYMORPHISMS. APPROPRIATE STATISTICAL METHODS, INCLUDING BAYESIAN MODELING, PRINCIPAL COMPONENT ANALYSIS, AND CLUSTER ANALYSIS, WILL BE USED TO ASSESS THE IMPACT OF MULTIPOLLUTANT EXPOSURE. THE FRACTION OF BREAST CANCER CASES ATTRIBUTABLE TO AIR POLLUTION WILL BE ESTIMATED. RESULTS: THE XENAIR PROJECT WILL CONTRIBUTE TO CURRENT KNOWLEDGE ON THE HEALTH EFFECTS OF AIR POLLUTION AND IDENTIFY AND UNDERSTAND ENVIRONMENTAL MODIFIABLE RISK FACTORS RELATED TO BREAST CANCER RISK. CONCLUSIONS: THE RESULTS WILL PROVIDE RELEVANT EVIDENCE TO GOVERNMENTS AND POLICY-MAKERS TO IMPROVE EFFECTIVE PUBLIC HEALTH PREVENTION STRATEGIES ON AIR POLLUTION. THE XENAIR DATASET CAN BE USED IN FUTURE EFFORTS TO STUDY THE EFFECTS OF EXPOSURE TO AIR POLLUTION ASSOCIATED WITH OTHER CHRONIC CONDITIONS. INTERNATIONAL REGISTERED REPORT IDENTIFIER (IRRID): DERR1-10.2196/15167.	2020	

2  5100  27 POLYCHLORINATED BIPHENYLS (PCBS) ALTER DNA METHYLATION AND GENOMIC INTEGRITY OF SHEEP FETAL CELLS IN A SIMPLIFIED IN VITRO MODEL OF PREGNANCY EXPOSURE. POLYCHLORINATED BIPHENYLS (PCBS) ARE PERSISTENT ORGANIC POLLUTANTS UBIQUITOUSLY DETECTABLE IN THE ENVIRONMENT AND IN THE FOOD CHAIN. PRENATAL EXPOSURE TO PCBS NEGATIVELY AFFECTS FETAL DEVELOPMENT AND PRODUCES LONG-TERM DETRIMENTAL EFFECTS ON CHILD HEALTH. THE PRESENT STUDY SOUGHT TO EVALUATE THE CYTOTOXIC AND GENOTOXIC EFFECTS OF CHRONIC PCB EXPOSURE ON FETAL CELLS DURING PREGNANCY. TO THIS AIM, SHEEP EMBRYONIC FIBROBLASTS (SEF) AND AMNIOCYTES (SA) WERE CULTURED IN VITRO IN THE PRESENCE OF LOW DOSES OF PCBS FOR A PERIOD OF 120DAYS, COMPARABLE TO THE FULL TERM OF OVINE PREGNANCY. CELLULAR PROLIFERATION RATES, GLOBAL DNA METHYLATION, CHROMOSOME INTEGRITY, AND MARKERS OF DNA DAMAGE WERE EVALUATED AT DIFFERENT TIME POINTS. MOREOVER, SEF TREATED WITH PCBS FOR 60DAYS WERE LEFT UNTREATED FOR ONE FURTHER MONTH AND THEN EXAMINED IN ORDER TO EVALUATE THE REVERSIBILITY OF PCB-INDUCED EPIGENETIC DEFECTS. PCB-TREATED SEF WERE MORE SENSITIVE THAN SA TREATED WITH PCBS, IN TERMS OF LOW CELL PROLIFERATION, AND INCREASED DNA DAMAGE AND GLOBAL DNA METHYLATION, WHICH WERE STILL DETECTABLE AFTER INTERRUPTION OF PCB TREATMENT. THESE DATA INDICATE THAT CHRONIC EXPOSURE OF FETAL CELLS TO PCBS CAUSES PERMANENT GENOMIC AND EPIGENETIC INSTABILITY, WHICH MAY INFLUENCE BOTH PRENATAL AND POST-NATAL GROWTH UP TO ADULTHOOD. OUR IN VITRO MODEL OFFER A SIMPLE AND CONTROLLED MEANS OF STUDYING THE EFFECTS OF DIFFERENT CONTAMINANTS ON FETAL CELLS - ONE THAT COULD SET THE STAGE FOR TARGETED IN VIVO STUDIES.	2018	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                           
3  3267  30 HEPATOCELLULAR CARCINOMA AND POSSIBLE CHEMICAL AND BIOLOGICAL CAUSES: A REVIEW. THE DEVELOPMENT OF HEPATOCELLULAR CARCINOMA (HCC) IS A MULTISTEP PROCESS. IN HCC, PROGRESSIVE AND MORPHOLOGICALLY DISTINCT PRENEOPLASTIC LESIONS/ALTERATIONS ASSOCIATED WITH CHRONIC LIVER INJURY, INFLAMMATION, HEPATOCELLULAR DEGENERATION/REGENERATION, NECROSIS, AND SMALL-CELL DYSPLASIA CAN BE OBSERVED. THE INCIDENCE OF HCC EXHIBITS REGIONAL AND ETHNIC DIFFERENCES. SEVERAL CYTOTOXIC AND DNA-DAMAGING CHEMICALS ARE SUGGESTED TO BE THE UNDERLYING CAUSES OF HCC-FOR EXAMPLE, ACRYLAMIDE, PERFLUOROOCTANOIC ACID (PFOA), POLYCHLORINATED BIPHENYLS (PCBS), BENZO(A)PYRENE (BAP), PERFLUORINATED CHEMICALS (PFCS), VINYL CHLORIDE MONOMER (VCM), AND DIETARY CONTAMINANTS (AFLATOXINS, OCHRATOXINS). ALSO SUGGESTED ARE SUBSTANCES OF ABUSE (ALCOHOL) AND BIOLOGICAL AGENTS, SUCH AS HEPATITIS B AND C AND HUMAN IMMUNODEFICIENCY VIRUS 1 (HIV-1). THESE CAN ACT THROUGH GENETIC AND/OR EPIGENETIC MECHANISMS. THIS REVIEW WILL SHORTLY ADDRESS THE GENETIC AND EPIGENETIC MECHANISMS OF HCC AND FOCUS ON CYTOTOXIC AND DNA-DAMAGING CHEMICALS AND BIOLOGICAL AGENTS, EXPOSURE TO WHICH ARE SUGGESTED TO LEAD TO HCC INITIATION, PROMOTION, AND/OR PROGRESSION.	2017	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                
4  2698  34 EXAMINING MULTI- AND TRANSGENERATIONAL BEHAVIORAL AND MOLECULAR ALTERATIONS RESULTING FROM PARENTAL EXPOSURE TO AN ENVIRONMENTAL PCB AND PBDE MIXTURE. POLYCHLORINATED BIPHENYLS (PCBS) AND POLYBROMINATED DIPHENYL ETHERS (PBDES) ARE PERSISTENT ORGANIC POLLUTANTS EXTENSIVELY USED DURING THE 20(TH) CENTURY AND STILL PRESENT IN AQUATIC ENVIRONMENTS DESPITE THEIR BAN. EFFECTS OF EXPOSURE TO THESE COMPOUNDS OVER GENERATIONS ARE POORLY DOCUMENTED. THEREFORE, OUR AIMS WERE TO CHARACTERIZE BEHAVIORAL RESPONSES AND UNDERLYING MOLECULAR MECHANISMS IN ZEBRAFISH EXPOSED TO AN ENVIRONMENTALLY RELEVANT MIXTURE OF PCBS AND PBDES AS WELL AS IN FOUR UNEXPOSED OFFSPRING GENERATIONS. ZEBRAFISH (F0) WERE CHRONICALLY EXPOSED FROM THE FIRST MEAL ONWARD TO A DIET SPIKED WITH A MIXTURE CONTAINING 22 PCB AND 7 PBDE CONGENERS IN PROPORTIONS AND CONCENTRATIONS REFLECTING ENVIRONMENTAL SITUATIONS (SIGMAPCBS = 1991 AND SIGMAPBDES = 411 NG/G). FOUR OFFSPRING GENERATIONS (F1 TO F4) WERE OBTAINED FROM THIS F0 AND WERE NOT FURTHER EXPOSED. BEHAVIOR WAS ASSESSED AT BOTH LARVAL AND ADULT STAGES. MECHANISMS RELATED TO BEHAVIORAL DEFECTS (HABENULA MATURATION AND C-FOS TRANSCRIPTION) AND METHYLATION (DNMTS TRANSCRIPTION) WERE MONITORED IN LARVAE. EXPOSED ADULT F0 AS WELL AS F1 AND F3 ADULTS DISPLAYED NO BEHAVIORAL CHANGE WHILE F2 EXPRESSED ANXIETY-LIKE BEHAVIOR. LARVAL BEHAVIOR WAS ALSO DISRUPTED, I.E. HYPERACTIVE AFTER LIGHT TO DARK TRANSITION IN F1 OR HYPOACTIVE IN F2, F3 AND F4. BEHAVIORAL DISRUPTIONS MAY BE RELATED TO DEFECT IN HABENULA MATURATION (OBSERVED IN F1) AND CHANGE IN C-FOS TRANSCRIPTION (OBSERVED IN F1 AND F2). TRANSCRIPTION OF THE GENE ENCODING DNA METHYLTRANSFERASE (DNMT3BA) WAS ALSO MODIFIED IN ALL GENERATIONS. OUR RESULTS LEAD US TO HYPOTHESIZE THAT CHRONIC DIETARY EXPOSURE TO AN ENVIRONMENTALLY RELEVANT MIXTURE OF PCB AND PBDE TRIGGERS MULTIGENERATIONAL AND TRANSGENERATIONAL MOLECULAR AND BEHAVIORAL DISRUPTIONS IN A VERTEBRATE MODEL.	2019	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                              
5  1644  40 DOES THE ENVIRONMENT AFFECT MENOPAUSE? A REVIEW OF THE EFFECTS OF ENDOCRINE DISRUPTING CHEMICALS ON MENOPAUSE. ENDOCRINE DISRUPTING CHEMICALS ARE WIDELY DISTRIBUTED IN OUR ENVIRONMENT. HUMANS ARE EXPOSED TO THESE COMPOUNDS NOT ONLY THROUGH THEIR OCCUPATIONS, BUT ALSO THROUGH DIETARY CONSUMPTION AND EXPOSURE TO CONTAMINATED WATER, PERSONAL CARE PRODUCTS AND TEXTILES. CHEMICALS THAT ARE PERSISTENT IN THE BODY AND IN OUR ENVIRONMENT INCLUDE DIOXINS AND POLYCHLORINATED BIPHENYLS. NON-PERSISTENT CHEMICALS INCLUDING BISPHENOL A, PHTHALATES AND PARABENS ARE EQUALLY AS IMPORTANT BECAUSE THEY ARE UBIQUITOUS IN OUR ENVIRONMENT. HEAVY METALS, INCLUDING LEAD AND CADMIUM, CAN ALSO HAVE ENDOCRINE DISRUPTING PROPERTIES. ALTHOUGH DIFFICULT TO STUDY DUE TO THEIR VARIETY OF SOURCES OF EXPOSURES AND MECHANISMS OF ACTION, THESE CHEMICALS HAVE BEEN ASSOCIATED WITH EARLY MENOPAUSE, INCREASED FREQUENCY OF VASOMOTOR SYMPTOMS, ALTERED STEROID HORMONE LEVELS AND MARKERS OF DIMINISHED OVARIAN RESERVE. UNDERSTANDING THE IMPACTS OF THESE EXPOSURES IS IMPORTANT GIVEN THE POTENTIAL FOR EPIGENETIC MODIFICATION, WHICH CAN ALTER GENE FUNCTION AND RESULT IN MULTI-GENERATIONAL EFFECTS. THIS REVIEW SUMMARIZES FINDINGS IN HUMANS AND ANIMALS OR CELL-BASED MODELS FROM THE PAST DECADE OF RESEARCH. CONTINUED RESEARCH IS NEEDED TO ASSESS THE EFFECTS OF MIXTURES OF CHEMICALS, CHRONIC EXPOSURES AND NEW COMPOUNDS THAT ARE CONTINUOUSLY BEING DEVELOPED AS REPLACEMENTS FOR TOXIC CHEMICALS THAT ARE BEING PHASED OUT.	2023	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                      
6   508  36 ASSOCIATION OF LOW-DOSE EXPOSURE TO PERSISTENT ORGANIC POLLUTANTS WITH E-CADHERIN PROMOTER METHYLATION IN HEALTHY KOREANS. BACKGROUND: PERSISTENT ORGANIC POLLUTANTS (POPS), DESPITE THEIR CONSIDERABLY LOW LEVELS IN HUMANS, ARE AN INCREASING CONCERN FOR THE GENERAL POPULATIONS GIVEN THEIR VARIOUS ADVERSE HEALTH PROBLEMS, INCLUDING METABOLIC AND CARCINOGENIC EFFECTS. DNA METHYLATION DEREGULATION IS THOUGHT TO BE A KEY MECHANISM IN THE DEVELOPMENT OF HUMAN CHRONIC DISEASES INCLUDING CANCER. METHODS: IN AN ATTEMPT TO IDENTIFY BIOMARKERS MONITORING LOW-DOSE EXPOSURE AND HAZARD, WE EXPLORED WHETHER ORGANOCHLORINE PESTICIDES (OCPS) AND POLYCHLORINATED BIPHENYLS (PCBS) MAY INFLUENCE THE METHYLATION OF TUMOUR SUPPRESSOR GENE E-CADHERIN (CDH1) USING PERIPHERAL BLOOD CELLS FROM 364 HEALTHY KOREAN SUBJECTS. RESULTS: CDH1 METHYLATION WAS OBSERVED IN 78.3% OF STUDY SUBJECTS. SERUM CONCENTRATIONS OF OCPS OR PCBS COMPOUNDS WERE HIGHER IN CDH1 METHYLATION-POSITIVE SUBJECTS THAN IN METHYLATION-NEGATIVE ONES. AFTER ADJUSTING FOR VARIOUS COVARIATES, THE ODDS RATIO OF CDH1 METHYLATION OF THE SUMMARY MEASURE OF PCBS WERE 1.0, 2.5 (95% CONFIDENCE INTERVAL: 1.2-5.3), 3.6 (1.6-8.1), 3.6 (1.4-8.6), AND 2.5 (1.1-5.7) ACROSS QUINTILES OF PCBS (P(TREND) = 0.01). THE VALUES OF OCPS WERE 1.0, 0.9, 1.2, 2.4 (1.0-5.9), AND 1.7 (P(TREND) = 0.05). CONCLUSIONS: IN THIS EXPLORATORY STUDY WITH A SMALL SAMPLE, CDH1 METHYLATION MIGHT BE SERVED AS THE EPIGENETIC BIOMARKER ASSOCIATED WITH POPS EXPOSURE AND ADVERSE HEALTH EFFECT.	2018	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                  
7  1767  38 EARLY-LIFE EXPOSURE TO ENDOCRINE DISRUPTING CHEMICALS AND LATER-LIFE HEALTH OUTCOMES: AN EPIGENETIC BRIDGE? A GROWING BODY OF EVIDENCE DEMONSTRATES THAT ADVERSE EVENTS EARLY IN DEVELOPMENT, AND PARTICULARLY DURING INTRAUTERINE LIFE, MAY PROGRAM RISKS FOR DISEASES IN ADULT LIFE. INCREASING EVIDENCE HAS BEEN ACCUMULATED INDICATING THE IMPORTANT ROLE OF EPIGENETIC REGULATION INCLUDING DNA METHYLATION, HISTONE MODIFICATIONS AND MIRNAS IN DEVELOPMENTAL PROGRAMMING. AMONG THE ENVIRONMENTAL FACTORS WHICH PLAY AN IMPORTANT ROLE IN PROGRAMMING OF CHRONIC PATHOLOGIES, THE ENDOCRINE-DISRUPTING CHEMICALS (EDCS) THAT HAVE ESTROGENIC, ANTI-ESTROGENIC, AND ANTI-ANDROGENIC ACTIVITY ARE OF SPECIFIC CONCERN BECAUSE THE DEVELOPING ORGANISM IS EXTREMELY SENSITIVE TO PERTURBATION BY SUBSTANCES WITH HORMONE-LIKE ACTIVITY. AMONG EDCS, THERE ARE MANY SUBSTANCES THAT ARE CONSTANTLY PRESENT IN THE MODERN HUMAN ENVIRONMENT OR ARE IN WIDESPREAD USE, INCLUDING DIOXIN AND DIOXIN-LIKE COMPOUNDS, PHTHALATES, AGRICULTURAL PESTICIDES, POLYCHLORINATED BIPHENYLS, INDUSTRIAL SOLVENTS, PHARMACEUTICALS, AND HEAVY METALS. APART FROM THEIR COMMON ENDOCRINE ACTIVE PROPERTIES, SEVERAL EDCS HAVE BEEN SHOWN TO DISRUPT DEVELOPMENTAL EPIGENOMIC PROGRAMMING. THE PURPOSE OF THIS REVIEW IS TO PROVIDE A SUMMARY OF RECENT RESEARCH FINDINGS WHICH INDICATE THAT EXPOSURE TO EDCS DURING IN-UTERO AND/OR NEONATAL DEVELOPMENT CAN CAUSE LONG-TERM HEALTH OUTCOMES VIA MECHANISMS OF EPIGENETIC MEMORY.	2014	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                  
8  1919  35 ENVIRONMENTAL ENDOCRINE DISRUPTORS: NEW DIABETOGENS? THE PREVALENCE OF TYPE-2 DIABETES HAS DRAMATICALLY INCREASED WORLDWIDE DURING THE LAST FEW DECADES. WHILE LIFESTYLE FACTORS (SEDENTARINESS, NOXIOUS FOOD), TOGETHER WITH GENETIC SUSCEPTIBILITY, ARE WELL-KNOWN ACTORS, THERE IS ACCUMULATING EVIDENCE SUGGESTING THAT ENDOCRINE DISRUPTING CHEMICALS (EDCS) MAY ALSO PLAY A PATHOPHYSIOLOGICAL ROLE IN THE OCCURRENCE OF METABOLIC DISEASES. BOTH EXPERIMENTAL AND EPIDEMIOLOGICAL EVIDENCE SUPPORT A ROLE FOR EARLY AND CHRONIC EXPOSURE TO LOW DOSES OF CHEMICAL POLLUTANTS WITH ENDOCRINE AND METABOLIC DISRUPTING EFFECTS. MOST ARE PRESENT IN THE FOOD CHAIN AND ACCUMULATE IN THE FAT MASS AFTER ABSORPTION. IN RODENTS, BISPHENOL A STIMULATES SYNTHESIS AND SECRETION OF PANCREATIC BETA CELLS AND DISTURBS INSULIN SIGNALING IN LIVER, MUSCLE AND ADIPOSE TISSUE THROUGH EPIGENETIC CHANGES LEADING TO INSULIN RESISTANCE AND BETA CELL IMPAIRMENT. IN HUMANS, EPIDEMIOLOGICAL REPORTS SHOW STATISTICAL LINK BETWEEN EXPOSURE TO PESTICIDES, POLYCHLORINATED BISPHENYLS, BISPHENOL A, PHTHALATES, DIOXINS OR AROMATIC POLYCYCLIC HYDROCARBIDES OR HEAVY METALS AND DT2 AFTER ACUTE ACCIDENTAL RELEASES OR EARLY IN LIFE AND/OR CHRONIC, LOW DOSES EXPOSURE. MORE PROSPECTIVE, LONGITUDINAL STUDIES ARE NEEDED TO DETERMINE THE IMPORTANCE OF SUCH ENVIRONMENTAL RISK FACTORS.	2017	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             
9   363  43 AMBIENT AIR POLLUTION: HEALTH HAZARDS TO CHILDREN. AMBIENT AIR POLLUTION IS PRODUCED BY SOURCES INCLUDING VEHICULAR TRAFFIC, COAL-FIRED POWER PLANTS, HYDRAULIC FRACTURING, AGRICULTURAL PRODUCTION, AND FOREST FIRES. IT CONSISTS OF PRIMARY POLLUTANTS GENERATED BY COMBUSTION AND SECONDARY POLLUTANTS FORMED IN THE ATMOSPHERE FROM PRECURSOR GASES. AIR POLLUTION CAUSES AND EXACERBATES CLIMATE CHANGE, AND CLIMATE CHANGE WORSENS HEALTH EFFECTS OF AIR POLLUTION. INFANTS AND CHILDREN ARE UNIQUELY SENSITIVE TO AIR POLLUTION, BECAUSE THEIR ORGANS ARE DEVELOPING AND THEY HAVE HIGHER AIR PER BODY WEIGHT INTAKE. HEALTH EFFECTS LINKED TO AIR POLLUTION INCLUDE NOT ONLY EXACERBATIONS OF RESPIRATORY DISEASES BUT ALSO REDUCED LUNG FUNCTION DEVELOPMENT AND INCREASED ASTHMA INCIDENCE. ADDITIONAL OUTCOMES OF CONCERN INCLUDE PRETERM BIRTH, LOW BIRTH WEIGHT, NEURODEVELOPMENTAL DISORDERS, IQ LOSS, PEDIATRIC CANCERS, AND INCREASED RISKS FOR ADULT CHRONIC DISEASES. THESE EFFECTS ARE MEDIATED BY OXIDATIVE STRESS, CHRONIC INFLAMMATION, ENDOCRINE DISRUPTION, AND GENETIC AND EPIGENETIC MECHANISMS ACROSS THE LIFE SPAN. NATURAL EXPERIMENTS DEMONSTRATE THAT WITH INITIATIVES SUCH AS INCREASED USE OF PUBLIC TRANSPORTATION, BOTH AIR QUALITY AND COMMUNITY HEALTH IMPROVE. SIMILARLY, THE CLEAN AIR ACT HAS IMPROVED AIR QUALITY, ALTHOUGH EXPOSURE INEQUITIES PERSIST. OTHER EFFECTIVE STRATEGIES FOR REDUCING AIR POLLUTION INCLUDE ENDING RELIANCE ON COAL, OIL, AND GAS; REGULATING INDUSTRIAL EMISSIONS; REDUCING EXPOSURE WITH ATTENTION TO PROXIMITY OF RESIDENCES, SCHOOLS, AND CHILD CARE FACILITIES TO TRAFFIC; AND A GREATER AWARENESS OF THE AIR QUALITY INDEX. THIS POLICY REVIEWS BOTH SHORT- AND LONG-TERM HEALTH CONSEQUENCES OF AMBIENT AIR POLLUTION, ESPECIALLY IN RELATION TO DEVELOPMENTAL EXPOSURES. IT EXAMINES INDIVIDUAL, COMMUNITY, AND LEGISLATIVE STRATEGIES TO MITIGATE AIR POLLUTION.	2021	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                            
10  6492  46 TRAFFIC-RELATED AIR POLLUTION AND GROUND-LEVEL OZONE ASSOCIATED GLOBAL DNA HYPOMETHYLATION AND BULKY DNA ADDUCT FORMATION. STUDIES HAVE INDICATED THAT AIR POLLUTION, INCLUDING SURFACE-LEVEL OZONE (O(3)), CAN SIGNIFICANTLY INFLUENCE THE RISK OF CHRONIC DISEASES. TO BETTER UNDERSTAND THE CARCINOGENIC MECHANISMS OF AIR POLLUTANTS AND IDENTIFY PREDICTIVE DISEASE BIOMARKERS, WE EXAMINED THE ASSOCIATION BETWEEN TRAFFIC-RELATED POLLUTANTS WITH DNA METHYLATION ALTERATIONS AND BULKY DNA ADDUCTS, TWO BIOMARKERS OF CARCINOGEN EXPOSURE AND CANCER RISK, IN THE PERIPHERAL BLOOD OF 140 VOLUNTEERS-95 TRAFFIC POLICE OFFICERS, AND 45 UNEXPOSED SUBJECTS. THE DNA METHYLATION AND ADDUCT MEASUREMENTS WERE PERFORMED BY BISULFITE-PCR AND PYROSEQUENCING AND (32)P-POSTLABELING ASSAY. AIRBORNE LEVELS OF BENZO(A)PYRENE [B(A)P], CARBON MONOXIDE, AND TROPOSPHERIC O(3) WERE DETERMINED BY PERSONAL EXPOSURE BIOMONITORING OR BY FIXED MONITORING STATIONS. OVERALL, AIR POLLUTION EXPOSURE WAS ASSOCIATED WITH A SIGNIFICANT REDUCTION (1.41 UNITS) IN GLOBAL DNA METHYLATION (95% C.I. -2.65-0.04, P = 0.026). THE DECREMENT IN ALU REPETITIVE ELEMENTS WAS GREATEST IN THE POLICEMEN WORKING DOWNTOWN (95% C.I. -3.23--0.49, P = 0.008). THE DNA ADDUCTS WERE FOUND TO BE SIGNIFICANTLY INCREASED (0.45 UNITS) IN THE MUNICIPAL OFFICERS WITH RESPECT TO UNEXPOSED SUBJECTS (95% C.I. 0.02-0.88, P = 0.039), MAINLY IN THOSE WHO WERE CONTROLLING TRAFFIC IN DOWNTOWN AREAS (95% C.I. 0.39-1.29, P < 0.001). REGRESSION MODELS INDICATED AN INCREMENT OF ALU METHYLATION AT HIGHER B(A)P CONCENTRATIONS (95% C.I. 0.03-0.60, P = 0.032). MOREOVER, STATISTICAL MODELS SHOWED A DECREMENT IN ALU METHYLATION AND AN INCREMENT OF DNA DAMAGE ONLY ABOVE THE CUT-OFF VALUE OF 30 MICROG/M(3) O(3). A SIGNIFICANT INCREMENT OF 0.73 UNITS OF IL-6 GENE METHYLATION WAS ALSO FOUND IN SMOKERS WITH RESPECT TO NON-SMOKERS. OUR RESULTS HIGHLIGHTED THE ROLE OF AIR POLLUTION ON EPIGENETIC ALTERATIONS AND GENOTOXIC EFFECTS, ESPECIALLY ABOVE THE TARGET VALUE OF 30 MICROG/M(3) SURFACE-LEVEL O(3), SUPPORTING THE NECESSITY FOR DEVELOPING PUBLIC HEALTH STRATEGIES AIMED TO REDUCE TRAFFIC-RELATED AIR POLLUTION MOLECULAR ALTERATIONS.	2023	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                    
11  3505  33 IDENTIFICATION OF SEX-SPECIFIC DNA METHYLATION CHANGES DRIVEN BY SPECIFIC CHEMICALS IN CORD BLOOD IN A FAROESE BIRTH COHORT. FAROE ISLANDERS CONSUME MARINE FOODS CONTAMINATED WITH METHYLMERCURY (MEHG), POLYCHLORINATED BIPHENYLS (PCBS), AND OTHER TOXICANTS ASSOCIATED WITH CHRONIC DISEASE RISKS. DIFFERENTIAL DNA METHYLATION AT SPECIFIC CPG SITES IN CORD BLOOD MAY SERVE AS A SURROGATE BIOMARKER OF HEALTH IMPACTS FROM CHEMICAL EXPOSURES. WE AIMED TO IDENTIFY KEY ENVIRONMENTAL CHEMICALS IN CORD BLOOD ASSOCIATED WITH DNA METHYLATION CHANGES IN A POPULATION WITH ELEVATED EXPOSURE TO CHEMICAL MIXTURES. WE STUDIED 72 PARTICIPANTS OF A FAROESE BIRTH COHORT RECRUITED BETWEEN 1986 AND 1987 AND FOLLOWED UNTIL ADULTHOOD. THE CORD BLOOD DNA METHYLOME WAS PROFILED USING INFINIUM HUMANMETHYLATION450 BEADCHIPS. WE DETERMINED THE ASSOCIATIONS OF CPG SITE CHANGES WITH CONCENTRATIONS OF MEHG, MAJOR PCBS, OTHER ORGANOCHLORINE COMPOUNDS [HEXACHLOROBENZENE (HCB), P,P'-DICHLORODIPHENYLDICHLOROETHYLENE (P,P'-DDE) AND P,P'-DICHLORODIPHENYLTRICHLOROETHANE], AND PERFLUOROALKYL SUBSTANCES. IN A COMBINED SEX ANALYSIS, AMONG THE 16 CHEMICALS STUDIED, PCB CONGENER 105 (CB-105) EXPOSURE WAS ASSOCIATED WITH THE MAJORITY OF DIFFERENTIALLY METHYLATED CPG SITES (214 OUT OF A TOTAL OF 250). IN FEMALE-ONLY ANALYSIS, ONLY 73 CB-105 ASSOCIATED CPG SITES WERE DETECTED, 44 OF WHICH WERE MAPPED TO GENES IN THE ELAV1-ASSOCIATED CANCER NETWORK. IN MALES-ONLY, METHYLATION CHANGES WERE SEEN FOR PERFLUOROOCTANE SULFONATE, HCB, AND P,P'-DDE IN 10,598, 1,238, AND 1,473 CPG SITES, RESPECTIVELY, 15% OF WHICH WERE ENRICHED IN CYTOBANDS OF THE X-CHROMOSOME ASSOCIATED WITH NEUROLOGICAL DISORDERS. IN THIS MULTIPLE-POLLUTANT AND GENOME-WIDE STUDY, WE IDENTIFIED KEY EPIGENETIC TOXICANTS. THE SIGNIFICANT ENRICHMENT OF SPECIFIC X-CHROMOSOME SITES IN MALES IMPLIES POTENTIAL SEX-SPECIFIC EPIGENOME RESPONSES TO PRENATAL CHEMICAL EXPOSURES.	2018	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                    
12  1588  46 DNA METHYLATION PROFILING IMPLICATES EXPOSURE TO PCBS IN THE PATHOGENESIS OF B-CELL CHRONIC LYMPHOCYTIC LEUKEMIA. OBJECTIVES: TO CHARACTERIZE THE IMPACT OF PCB EXPOSURE ON DNA METHYLATION IN PERIPHERAL BLOOD LEUCOCYTES AND TO EVALUATE THE CORRESPONDING CHANGES IN RELATION TO POSSIBLE HEALTH EFFECTS, WITH A FOCUS ON B-CELL LYMPHOMA. METHODS: WE CONDUCTED AN EPIGENOME-WIDE ASSOCIATION STUDY ON 611 ADULTS FREE OF DIAGNOSED DISEASE, LIVING IN ITALY AND SWEDEN, IN WHOM WE ALSO MEASURED PLASMA CONCENTRATIONS OF 6 PCB CONGENERS, DDE AND HEXACHLOROBENZENE. RESULTS: WE IDENTIFIED 650 CPG SITES WHOSE METHYLATION CORRELATES STRONGLY (FDR < 0.01) WITH PLASMA CONCENTRATIONS OF AT LEAST ONE PCB CONGENER. STRONGER EFFECTS WERE OBSERVED IN MALES AND IN SWEDEN. THIS EPIGENETIC EXPOSURE PROFILE SHOWS EXTENSIVE AND HIGHLY STATISTICALLY SIGNIFICANT OVERLAPS WITH PUBLISHED PROFILES ASSOCIATED WITH THE RISK OF FUTURE B-CELL CHRONIC LYMPHOCYTIC LEUKEMIA (CLL) AS WELL AS WITH CLINICAL CLL (38 AND 28 CPG SITES, RESPECTIVELY). FOR ALL THESE SITES, THE METHYLATION CHANGES WERE IN THE SAME DIRECTION FOR INCREASING EXPOSURE AND FOR HIGHER DISEASE RISK OR CLINICAL DISEASE STATUS, SUGGESTING AN ETIOLOGICAL LINK BETWEEN EXPOSURE AND CLL. MEDIATION ANALYSIS REINFORCED THE SUGGESTION OF A CAUSAL LINK BETWEEN EXPOSURE, CHANGES IN DNA METHYLATION AND DISEASE. DISEASE CONNECTIVITY ANALYSIS IDENTIFIED MULTIPLE ADDITIONAL DISEASES ASSOCIATED WITH DIFFERENTIALLY METHYLATED GENES, INCLUDING MELANOMA FOR WHICH AN ETIOLOGICAL LINK WITH PCB EXPOSURE IS ESTABLISHED, AS WELL AS DEVELOPMENTAL AND NEUROLOGICAL DISEASES FOR WHICH THERE IS CORRESPONDING EPIDEMIOLOGICAL EVIDENCE. DIFFERENTIALLY METHYLATED GENES INCLUDE MANY HOMEOBOX GENES, SUGGESTING THAT PCBS TARGET STEM CELLS. FURTHERMORE, NUMEROUS POLYCOMB PROTEIN TARGET GENES WERE HYPERMETHYLATED WITH INCREASING EXPOSURE, AN EFFECT KNOWN TO CONSTITUTE AN EARLY MARKER OF CARCINOGENESIS. CONCLUSIONS: THIS STUDY PROVIDES MECHANISTIC EVIDENCE IN SUPPORT OF A LINK BETWEEN EXPOSURE TO PCBS AND THE ETIOLOGY OF CLL AND UNDERLINES THE UTILITY OF OMIC PROFILING IN THE EVALUATION OF THE POTENTIAL TOXICITY OF ENVIRONMENTAL CHEMICALS.	2019	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                     
13  3063  54 GENOME-WIDE DNA METHYLATION AND LONG-TERM AMBIENT AIR POLLUTION EXPOSURE IN KOREAN ADULTS. BACKGROUND: AMBIENT AIR POLLUTION IS ASSOCIATED WITH NUMEROUS ADVERSE HEALTH OUTCOMES, BUT THE UNDERLYING MECHANISMS ARE NOT WELL UNDERSTOOD; EPIGENETIC EFFECTS INCLUDING ALTERED DNA METHYLATION COULD PLAY A ROLE. TO EVALUATE ASSOCIATIONS OF LONG-TERM AIR POLLUTION EXPOSURE WITH DNA METHYLATION IN BLOOD, WE CONDUCTED AN EPIGENOME-WIDE ASSOCIATION STUDY IN A KOREAN CHRONIC OBSTRUCTIVE PULMONARY DISEASE COHORT (N = 100 INCLUDING 60 CASES) USING ILLUMINA'S INFINIUM HUMANMETHYLATION450K BEADCHIP. ANNUAL AVERAGE CONCENTRATIONS OF PARTICULATE MATTER </= 10 MUM IN DIAMETER (PM(10)) AND NITROGEN DIOXIDE (NO(2)) WERE ESTIMATED AT PARTICIPANTS' RESIDENTIAL ADDRESSES USING EXPOSURE PREDICTION MODELS. WE USED ROBUST LINEAR REGRESSION TO IDENTIFY DIFFERENTIALLY METHYLATED PROBES (DMPS) AND TWO DIFFERENT APPROACHES, DMRCATE AND COMB-P, TO IDENTIFY DIFFERENTIALLY METHYLATED REGIONS (DMRS). RESULTS: AFTER MULTIPLE TESTING CORRECTION (FALSE DISCOVERY RATE < 0.05), THERE WERE 12 DMPS AND 27 DMRS ASSOCIATED WITH PM(10) AND 45 DMPS AND 57 DMRS RELATED TO NO(2). DMP CG06992688 (OTUB2) AND SEVERAL DMRS WERE ASSOCIATED WITH BOTH EXPOSURES. ELEVEN DMPS IN RELATION TO NO(2) CONFIRMED PREVIOUS FINDINGS IN EUROPEANS; THE REMAINDER WERE NOVEL. METHYLATION LEVELS OF 39 DMPS WERE ASSOCIATED WITH EXPRESSION LEVELS OF NEARBY GENES IN A SEPARATE DATASET OF 3075 INDIVIDUALS. ENRICHED NETWORKS WERE RELATED TO OUTCOMES ASSOCIATED WITH AIR POLLUTION INCLUDING CARDIOVASCULAR AND RESPIRATORY DISEASES AS WELL AS INFLAMMATORY AND IMMUNE RESPONSES. CONCLUSIONS: THIS STUDY PROVIDES EVIDENCE THAT LONG-TERM AMBIENT AIR POLLUTION EXPOSURE IMPACTS DNA METHYLATION. THE DIFFERENTIAL METHYLATION SIGNALS CAN SERVE AS POTENTIAL AIR POLLUTION BIOMARKERS. THESE RESULTS MAY HELP BETTER UNDERSTAND THE INFLUENCES OF AMBIENT AIR POLLUTION ON HUMAN HEALTH.	2019	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                        
14  1916  48 ENVIRONMENTAL AND OCCUPATIONAL EXPOSURE TO CHEMICALS AND TELOMERE LENGTH IN HUMAN STUDIES. TELOMERES ARE COMPLEXES OF TANDEM REPEATS OF DNA (5'-TTAGGG-3') AND PROTEIN THAT CAP EUKARYOTIC CHROMOSOMES AND PLAY A CRITICAL ROLE IN CHROMOSOME STABILITY. TELOMERES SHORTEN WITH AGING AND THIS PROCESS CAN BE ACCELERATED BY INCREASED OXIDATIVE STRESS AND EPISODES OF INFLAMMATION. EVIDENCE IS RAPIDLY GROWING THAT TELOMERE LENGTH (TL) MAY BE AFFECTED BY ENVIRONMENTAL CHEMICALS THAT HAVE FREQUENTLY BEEN ASSOCIATED WITH CHRONIC DISEASES. IN THIS ARTICLE, WE REVIEW THE PUBLISHED DATA ON TL IN RELATION TO ENVIRONMENTAL AND OCCUPATIONAL EXPOSURE TO SEVERAL CHEMICALS BASED ON OUR OWN AND OTHERS' STUDIES. THE ENVIRONMENTAL AND OCCUPATIONAL EXPOSURES ASSOCIATED WITH SHORTER TL INCLUDE TRAFFIC-RELATED AIR POLLUTION (IE, PARTICULATE MATTER (PM), BLACK CARBON (BC), AND BENZENE AND TOLUENE), POLYCYCLIC AROMATIC HYDROCARBONS (PAHS), N-NITROSAMINES, PESTICIDES, LEAD, EXPOSURE IN CAR MECHANICAL WORKSHOPS, AND HAZARDOUS WASTE EXPOSURE. ARSENIC, PERSISTENT ORGANIC POLLUTANTS (POPS) AND SHORT-TERM EXPOSURE TO PM ARE ASSOCIATED WITH LONGER TL. WE DISCUSS THE POSSIBLE REASONS FOR THE DIFFERENCES IN RESULTS, INCLUDING TIME- AND DOSE-RELATED ISSUES, STUDY DESIGN, AND POSSIBLE MECHANISMS INVOLVED IN TELOMERE REGULATION. WE ALSO DISCUSS THE FUTURE DIRECTIONS AND CHALLENGES FOR TL-RELATED ENVIRONMENTAL AND OCCUPATIONAL HEALTH RESEARCH, SUCH AS INVESTIGATION OF TL IN SUBPOPULATIONS OF BLOOD LEUKOCYTES, AND THE STUDY OF GENETIC AND EPIGENETIC FACTORS THAT MAY REGULATE TELOMERE INTEGRITY USING LONGITUDINAL DESIGNS.	2013	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                     
15   298  52 AIR POLLUTION AND AIRWAY DISEASE. EPIDEMIOLOGICAL AND TOXICOLOGICAL RESEARCH CONTINUES TO SUPPORT A LINK BETWEEN URBAN AIR POLLUTION AND AN INCREASED INCIDENCE AND/OR SEVERITY OF AIRWAY DISEASE. DETRIMENTAL EFFECTS OF OZONE (O(3)), NITROGEN DIOXIDE (NO(2)) AND PARTICULATE MATTER (PM), AS WELL AS TRAFFIC-RELATED POLLUTION AS A WHOLE, ON RESPIRATORY SYMPTOMS AND FUNCTION ARE WELL DOCUMENTED. NOT ONLY DO WE HAVE STRONG EPIDEMIOLOGICAL EVIDENCE OF A RELATIONSHIP BETWEEN AIR POLLUTION AND EXACERBATION OF ASTHMA AND RESPIRATORY MORBIDITY AND MORTALITY IN PATIENTS WITH CHRONIC OBSTRUCTIVE PULMONARY DISEASE (COPD), BUT RECENT STUDIES, PARTICULARLY IN URBAN AREAS, HAVE SUGGESTED A ROLE FOR POLLUTANTS IN THE DEVELOPMENT OF BOTH ASTHMA AND COPD. SIMILARLY, WHILE PREVALENCE AND SEVERITY OF ATOPIC CONDITIONS APPEAR TO BE MORE COMMON IN URBAN COMPARED WITH RURAL COMMUNITIES, EVIDENCE IS EMERGING THAT TRAFFIC-RELATED POLLUTANTS MAY CONTRIBUTE TO THE DEVELOPMENT OF ALLERGY. FURTHERMORE, NUMEROUS EPIDEMIOLOGICAL AND EXPERIMENTAL STUDIES SUGGEST AN ASSOCIATION BETWEEN EXPOSURE TO NO(2) , O(3) , PM AND COMBUSTION PRODUCTS OF BIOMASS FUELS AND AN INCREASED SUSCEPTIBILITY TO AND MORBIDITY FROM RESPIRATORY INFECTION. GIVEN THE CONSIDERABLE CONTRIBUTION THAT TRAFFIC EMISSIONS MAKE TO URBAN AIR POLLUTION RESEARCHERS HAVE SOUGHT TO CHARACTERIZE THE RELATIVE TOXICITY OF TRAFFIC-RELATED PM POLLUTANTS. RECENT ADVANCES IN MECHANISMS IMPLICATED IN THE ASSOCIATION OF AIR POLLUTANTS AND AIRWAY DISEASE INCLUDE EPIGENETIC ALTERATION OF GENES BY COMBUSTION-RELATED POLLUTANTS AND HOW POLYMORPHISMS IN GENES INVOLVED IN ANTIOXIDANT PATHWAYS AND AIRWAY INFLAMMATION CAN MODIFY RESPONSES TO AIR POLLUTION EXPOSURES. OTHER INTERESTING EPIDEMIOLOGICAL OBSERVATIONS RELATED TO INCREASED HOST SUSCEPTIBILITY INCLUDE A POSSIBLE LINK BETWEEN CHRONIC PM EXPOSURE DURING CHILDHOOD AND VULNERABILITY TO COPD IN ADULTHOOD, AND THAT INFANTS SUBJECTED TO HIGHER PRENATAL LEVELS OF AIR POLLUTION MAY BE AT GREATER RISK OF DEVELOPING RESPIRATORY CONDITIONS. WHILE THE CHARACTERIZATION OF POLLUTANT COMPONENTS AND SOURCES PROMISE TO GUIDE POLLUTION CONTROL STRATEGIES, THE IDENTIFICATION OF SUSCEPTIBLE SUBPOPULATIONS WILL BE NECESSARY IF TARGETED THERAPY/PREVENTION OF POLLUTION-INDUCED RESPIRATORY DISEASES IS TO BE DEVELOPED.	2011	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                           
16  2632  47 EPIGENOME-WIDE DNA METHYLATION AND PESTICIDE USE IN THE AGRICULTURAL LUNG HEALTH STUDY. BACKGROUND: PESTICIDE EXPOSURE IS ASSOCIATED WITH MANY LONG-TERM HEALTH OUTCOMES; THE POTENTIAL UNDERLYING MECHANISMS ARE NOT WELL ESTABLISHED FOR MOST ASSOCIATIONS. EPIGENETIC MODIFICATIONS, SUCH AS DNA METHYLATION, MAY CONTRIBUTE. INDIVIDUAL PESTICIDES MAY BE ASSOCIATED WITH SPECIFIC DNA METHYLATION PATTERNS BUT NO EPIGENOME-WIDE ASSOCIATION STUDY (EWAS) HAS EVALUATED METHYLATION IN RELATION TO INDIVIDUAL PESTICIDES. OBJECTIVES: WE CONDUCTED AN EWAS OF DNA METHYLATION IN RELATION TO SEVERAL PESTICIDE ACTIVE INGREDIENTS. METHODS: THE AGRICULTURAL LUNG HEALTH STUDY IS A CASE-CONTROL STUDY OF ASTHMA, NESTED WITHIN THE AGRICULTURAL HEALTH STUDY. WE ANALYZED BLOOD DNA METHYLATION MEASURED USING ILLUMINA'S EPIC ARRAY IN 1,170 MALE FARMERS OF EUROPEAN ANCESTRY. FOR PESTICIDES STILL ON THE MARKET AT BLOOD COLLECTION (2009-2013), WE EVALUATED NINE ACTIVE INGREDIENTS FOR WHICH AT LEAST 30 PARTICIPANTS REPORTED PAST AND CURRENT (WITHIN THE LAST 12 MONTHS) USE, AS WELL AS SEVEN BANNED ORGANOCHLORINES WITH AT LEAST 30 PARTICIPANTS REPORTING PAST USE. WE USED ROBUST LINEAR REGRESSION TO COMPARE METHYLATION AT INDIVIDUAL C-PHOSPHATE-G SITES (CPGS) AMONG USERS OF A SPECIFIC PESTICIDE TO NEVER USERS. RESULTS: USING FAMILY-WISE ERROR RATE (P < 9 X 10-8) OR FALSE-DISCOVERY RATE (FDR < 0.05), WE IDENTIFIED 162 DIFFERENTIALLY METHYLATED CPGS ACROSS 8 OF 9 CURRENTLY MARKETED ACTIVE INGREDIENTS (ACETOCHLOR, ATRAZINE, DICAMBA, GLYPHOSATE, MALATHION, METOLACHLOR, MESOTRIONE, AND PICLORAM) AND ONE BANNED ORGANOCHLORINE (HEPTACHLOR). DIFFERENTIALLY METHYLATED CPGS WERE UNIQUE TO EACH ACTIVE INGREDIENT, AND A DOSE-RESPONSE RELATIONSHIP WITH LIFETIME DAYS OF USE WAS OBSERVED FOR MOST. SIGNIFICANT CPGS WERE ENRICHED FOR TRANSCRIPTION MOTIFS AND 28% OF CPGS WERE ASSOCIATED WITH WHOLE BLOOD CIS-GENE EXPRESSION, SUPPORTING FUNCTIONAL EFFECTS OF FINDINGS. WE CORROBORATED A PREVIOUSLY REPORTED ASSOCIATION BETWEEN DICHLORODIPHENYLTRICHLOROETHANE (BANNED IN THE UNITED STATES IN 1972) AND EPIGENETIC AGE ACCELERATION. DISCUSSION: WE IDENTIFIED DIFFERENTIAL METHYLATION FOR SEVERAL ACTIVE INGREDIENTS IN MALE FARMERS OF EUROPEAN ANCESTRY. THESE MAY SERVE AS BIOMARKERS OF CHRONIC EXPOSURE AND COULD INFORM MECHANISMS OF LONG-TERM HEALTH OUTCOMES FROM PESTICIDE EXPOSURE. HTTPS://DOI.ORG/10.1289/EHP8928.	2021	
                                                                                                                                                                                                                                                                                                                                                                                                                                                   
17  3566  45 IMPACT OF HEAVY METALS ON THE FEMALE REPRODUCTIVE SYSTEM. INTRODUCTION: IT HAS BEEN RECOGNIZED THAT ENVIRONMENTAL POLLUTION CAN AFFECT THE QUALITY OF HEALTH OF THE HUMAN POPULATION. HEAVY METALS ARE AMONG THE GROUP OF HIGHLY EMITTED CONTAMINANTS AND THEIR ADVERSE EFFECT OF LIVING ORGANISMS HAS BEEN WIDELY STUDIED IN RECENT DECADES. LIFESTYLE AND QUALITY OF THE AMBIENT ENVIRONMENT ARE AMONG THESE FACTORS WHICH CAN MAINLY CONTRIBUTE TO THE HEAVY METALS EXPOSURE IN HUMANS. OBJECTIVE: A REVIEW OF LITERATURE LINKING HEAVY METALS AND THE FEMALE REPRODUCTIVE SYSTEM AND DESCRIPTION OF THE POSSIBLE ASSOCIATIONS WITH EMISSION AND EXPOSURE OF HEAVY METALS AND IMPAIRMENTS OF FEMALE REPRODUCTIVE SYSTEM ACCORDING TO CURRENT KNOWLEDGE. RESULTS: THE POTENTIAL HEALTH DISORDERS CAUSED BY CHRONIC OR ACUTE HEAVY METALS TOXICITY INCLUDE IMMUNODEFICIENCY, OSTEOPOROSIS, NEURODEGENERATION AND ORGAN FAILURES. POTENTIAL LINKAGES OF HEAVY METALS CONCENTRATION FOUND IN DIFFERENT HUMAN ORGANS AND BLOOD WITH OESTROGEN-DEPENDENT DISEASES SUCH AS BREAST CANCER, ENDOMETRIAL CANCER, ENDOMETRIOSIS AND SPONTANEOUS ABORTIONS, AS WELL AS PRE-TERM DELIVERIES, STILLBIRTHS AND HYPOTROPHY, HAVE ALSO BEEN REPORTED. CONCLUSIONS: ENVIRONMENTAL DETERIORATION CAN LEAD TO THE ELEVATED RISK OF HUMAN EXPOSURE TO HEAVY METALS, AND CONSEQUENTLY, HEALTH IMPLICATIONS INCLUDING DISTURBANCES IN REPRODUCTION. IT IS THEREFORE IMPORTANT TO CONTINUE THE INVESTIGATIONS ON METAL-INDUCED MECHANISMS OF FERTILITY IMPAIRMENT ON THE GENETIC, EPIGENETIC AND BIOCHEMICAL LEVEL.	2015	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                          
18   299  45 AIR POLLUTION AND DNA METHYLATION: EFFECTS OF EXPOSURE IN HUMANS. AIR POLLUTION EXPOSURE IS ESTIMATED TO CONTRIBUTE TO APPROXIMATELY SEVEN MILLION EARLY DEATHS EVERY YEAR WORLDWIDE AND MORE THAN 3% OF DISABILITY-ADJUSTED LIFE YEARS LOST. AIR POLLUTION HAS NUMEROUS HARMFUL EFFECTS ON HEALTH AND CONTRIBUTES TO THE DEVELOPMENT AND MORBIDITY OF CARDIOVASCULAR DISEASE, METABOLIC DISORDERS, AND A NUMBER OF LUNG PATHOLOGIES, INCLUDING ASTHMA AND CHRONIC OBSTRUCTIVE PULMONARY DISEASE (COPD). EMERGING DATA INDICATE THAT AIR POLLUTION EXPOSURE MODULATES THE EPIGENETIC MARK, DNA METHYLATION (DNAM), AND THAT THESE CHANGES MIGHT IN TURN INFLUENCE INFLAMMATION, DISEASE DEVELOPMENT, AND EXACERBATION RISK. SEVERAL TRAFFIC-RELATED AIR POLLUTION (TRAP) COMPONENTS, INCLUDING PARTICULATE MATTER (PM), BLACK CARBON (BC), OZONE (O(3)), NITROGEN OXIDES (NO(X)), AND POLYAROMATIC HYDROCARBONS (PAHS), HAVE BEEN ASSOCIATED WITH CHANGES IN DNAM; TYPICALLY LOWERING DNAM AFTER EXPOSURE. EFFECTS OF AIR POLLUTION ON DNAM HAVE BEEN OBSERVED ACROSS THE HUMAN LIFESPAN, BUT IT IS NOT YET CLEAR WHETHER EARLY LIFE DEVELOPMENTAL SENSITIVITY OR THE ACCUMULATION OF EXPOSURES HAVE THE MOST SIGNIFICANT EFFECTS ON HEALTH. AIR POLLUTION EXPOSURE-ASSOCIATED DNAM PATTERNS ARE OFTEN CORRELATED WITH LONG-TERM NEGATIVE RESPIRATORY HEALTH OUTCOMES, INCLUDING THE DEVELOPMENT OF LUNG DISEASES, A FOCUS IN THIS REVIEW. RECENTLY, INTERVENTIONS SUCH AS EXERCISE AND B VITAMINS HAVE BEEN PROPOSED TO REDUCE THE IMPACT OF AIR POLLUTION ON DNAM AND HEALTH. ULTIMATELY, IMPROVED KNOWLEDGE OF HOW EXPOSURE-INDUCED CHANGE IN DNAM IMPACTS HEALTH, BOTH ACUTELY AND CHRONICALLY, MAY ENABLE PREVENTATIVE AND REMEDIAL STRATEGIES TO REDUCE MORBIDITY IN POLLUTED ENVIRONMENTS.	2019	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                       
19  2690  40 EVOLUTION OF DOHAD: THE IMPACT OF ENVIRONMENTAL HEALTH SCIENCES. ENVIRONMENTAL EXPOSURES HAVE A SIGNIFICANT INFLUENCE ON THE CHRONIC HEALTH CONDITIONS PLAGUING CHILDREN AND ADULTS. ALTHOUGH THE DEVELOPMENTAL ORIGINS OF HEALTH AND DISEASE (DOHAD) PARADIGM HISTORICALLY HAS FOCUSED ON NUTRITION, AN EXPANDING BODY OF RESEARCH SPECIFICALLY COMMUNICATES THE EFFECTS OF CHEMICAL EXPOSURES ON EARLY-LIFE DEVELOPMENT AND THE PROPAGATION OF NON-COMMUNICABLE DISEASE ACROSS THE LIFESPAN. THIS PAPER PROVIDES AN OVERVIEW OF 20 YEARS OF RESEARCH EFFORTS AIMED AT IDENTIFYING CRITICAL WINDOWS OF SUSCEPTIBILITY TO ENVIRONMENTAL EXPOSURES AND THE SIGNALING CHANGES AND EPIGENETIC INFLUENCES ASSOCIATED WITH DISEASE PROGRESSION. DOHAD GRANTS FUNDED BY THE NATIONAL INSTITUTE OF ENVIRONMENTAL HEALTH SCIENCES (NIEHS) IN 1991, 2001 AND 2011 ARE IDENTIFIED BY GRANT-ANALYSIS SOFTWARE, AND EACH PORTFOLIO IS ANALYZED FOR EXPOSURES, DISEASE ENDPOINTS, WINDOWS OF EXPOSURE, STUDY DESIGN AND IMPACT ON THE FIELD BASED ON PUBLICATION DATA. RESULTS SHOW THAT THE 1991 AND 2001 PORTFOLIOS COMPRISED METALS, PCBS AND AIR POLLUTANTS; HOWEVER, BY 2011, THE PORTFOLIO HAS EVOLVED TO INCLUDE OR EXPAND THE VARIETY OF ENDOCRINE DISRUPTORS, PESTICIDES/PERSISTENT ORGANIC POLLUTANTS AND METALS. AN ASSORTMENT OF BRAIN-HEALTH ENDPOINTS IS MOST TARGETED ACROSS THE PORTFOLIOS, WHEREAS REPRODUCTION AND CANCER INCREASE STEADILY OVER THE SAME TIME PERIOD, AND NEW ENDPOINTS LIKE OBESITY ARE INTRODUCED BY 2011. WITH MOUNTING EVIDENCE CONNECTING EARLY-LIFE EXPOSURES TO LATER-LIFE DISEASE, WE CONCLUDE THAT IT IS CRITICAL TO EXPAND THE ORIGINAL DOHAD CONCEPT TO INCLUDE ENVIRONMENTAL CHEMICAL EXPOSURES, AND TO CONTINUE A RESEARCH AGENDA THAT EMPHASIZES DEFINING SENSITIVE WINDOWS OF EXPOSURE AND THE MECHANISMS THAT CAUSE DISEASE.	2015	
                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                      
20    73  31 A MULTI-GENERATIONAL STUDY ON LOW-DOSE BPA EXPOSURE IN WISTAR RATS: EFFECTS ON MATERNAL BEHAVIOR, FLAVOR INTAKE AND DEVELOPMENT. BISPHENOL A (BPA) IS A COMMON ENDOCRINE DISRUPTOR FOUND AS AN ENVIRONMENTAL AND FOOD CONTAMINANT. IT EXERTS BOTH DEVELOPMENTAL AND BEHAVIORAL EFFECTS, MAINLY WHEN EXPOSURE OCCURS IN EARLY LIFE. THE AIM OF THIS STUDY WAS TO DETERMINE THE MULTI-GENERATIONAL EFFECTS OF CHRONIC, HUMAN-RELEVANT LOW-DOSE EXPOSURE TO BPA ON DEVELOPMENT, MATERNAL BEHAVIOR AND FLAVOR PREFERENCE IN WISTAR RATS. BPA WAS ORALLY ADMINISTERED AT A DAILY DOSE OF 5 MUG/KG BODY WEIGHT TO F0 PREGNANT DAMS FROM THE FIRST DAY OF GESTATION (GD 1) UNTIL THE LAST DAY OF LACTATION (LD 21), AND THEN TO F1 OFFSPRING FROM WEANING (PND 21) TO ADULTHOOD (PND 100). F2 OFFSPRING WERE NOT EXPOSED. DEVELOPMENT AND CLINICAL SIGNS OF TOXICITY WERE ASSESSED DAILY. MATERNAL BEHAVIOR WAS EVALUATED BY OBSERVING NURSING AND PUP-CARING ACTIONS, AS WELL AS "NON-MATERNAL" BEHAVIORS IN F0 AND F1 DAMS FROM PARTURITION UNTIL LD 8. THE FLAVOR PREFERENCES OF F1 AND F2 OFFSPRING WERE EVALUATED BASED ON THE INTAKE OF SWEET, SALT AND FAT SOLUTIONS USING THE TWO-BOTTLE CHOICE TEST ON PND 21-34 AND PND 86-99. BPA EXPOSURE: 1) DECREASED MATERNAL BEHAVIOR IN F1 DAMS, 2) CAUSED DEVELOPMENTAL DEFECTS IN BOTH F1 AND F2 OFFSPRING, WITH A NOTICEABLE DECREASE IN ANOGENITAL DISTANCE IN MALE RATS, AND 3) DID NOT AFFECT FLAVORED SOLUTION INTAKE IN F1, BUT INDUCED CHANGES IN SWEET PREFERENCE IN F2 JUVENILES AND IN SALT AND FAT SOLUTION INTAKES IN F2 ADULTS, AND 4) INDUCED A BODY WEIGHT INCREASE IN THE F2 GENERATION ONLY, WHEREAS FOOD INTAKE AND WATER CONSUMPTION DID NOT CHANGE. TAKEN AS A WHOLE, OUR FINDINGS SHOWED THAT BOTH GESTATIONAL (F0) AND LIFELONG (F1) EXPOSURES TO A HUMAN-RELEVANT DOSE OF BPA COULD INDUCE MULTI-GENERATIONAL EFFECTS ON BOTH DEVELOPMENT AND BEHAVIOR. THESE RESULTS SUGGEST POSSIBLE SELECTIVE NEUROENDOCRINE DEFECTS AND/OR EPIGENETIC CHANGES CAUSED BY BPA EXPOSURE.	2014