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1 eeded to allay concerns about confounding by reproductive history.
2 ng into account the mother's psychiatric and reproductive history.
3  paternal ancestry, demographic factors, and reproductive history.
4 mographics, lifestyle, medical, surgical and reproductive history.
5 und with smoking, urinary tract infection or reproductive history.
6 reast cancer in young women is influenced by reproductive history.
7 omies by chromosome, and classified women by reproductive history.
8 o analyze later-life mortality by aspects of reproductive history.
9 e to control for genotype, age, habitat, and reproductive history.
10 d not vary appreciably by age at exposure or reproductive history.
11 ring pregnancy, pregnancy complications, and reproductive history.
12 ns can be driven by resource availability or reproductive history.
13 bsequent study phases to collect dietary and reproductive histories.
14 , whereas both parents (deceased) had normal reproductive histories.
15          In 2001, men provided data on their reproductive histories.
16 ere used to obtain medical, psychiatric, and reproductive histories.
17 ales using data of (1) socio-demographic and reproductive history, (2) diet, (3) behavioral factors,
18 s (e.g., maternal birthplace, prenatal care, reproductive history, age, socioeconomic status).
19                                              Reproductive histories and serologic evaluations were us
20    Here, we examine the relationship between reproductive history and biological aging in a sample of
21                     Our results suggest that reproductive history and childbirth in particular remode
22 an cancers were interviewed concerning their reproductive history and dietary practices.
23 ial pathways underlying associations between reproductive history and health.
24 MSI in colon tumors and to determine whether reproductive history and hormonal exposures are associat
25                To investigate whether female reproductive history and hormone replacement therapy (HR
26 ot all, of the observed associations between reproductive history and later-life cardiovascular disea
27  and Women's Health Initiative with complete reproductive history and LTL measurements were included.
28                                              Reproductive history and medical procedures had high to
29                      The association between reproductive history and mortality was explored among 82
30 nderlie the epidemiological findings linking reproductive history and ovarian cancer risk.
31 emicals, infectious agents, hormone therapy, reproductive history and surgical interventions have bee
32 ght, and some components of menstrual and/or reproductive history) and modifiable factors (body mass
33 m 96 premenopausal women with known clinical reproductive histories, and on rat mammary glands with d
34 ries and ethnic groups, women with different reproductive histories, and those with or without a fami
35  parental ages, parental education, mother's reproductive history, and birth weight were obtained fro
36  time since primary diagnosis, menstrual and reproductive history, and family history of cancer.
37 ifestyle and cultural practices, medical and reproductive history, and family history of heart diseas
38   Questionnaire information on demographics, reproductive history, and lifestyles and serum samples q
39  birth characteristics such as birth weight, reproductive history, and medical procedures.
40 ) reported data on diagnoses of sarcoidosis, reproductive history, and medication use.
41 racteristics, smoking, randomization status, reproductive history, and other APOs.
42                            Adjusted for age, reproductive history, and other breast cancer risk facto
43 dels accounted for sociodemographic factors, reproductive history, and past gynecologic operations.
44 cause of heart disease, history of diabetes, reproductive history, and sex.
45              Alcohol use, physical activity, reproductive history, and use of hormonal therapies had
46 y lifestyle factors, treatment for diabetes, reproductive history, and use of hormonal therapies.
47 suggest that WHR is a reliable cue to female reproductive history, and we discuss our results in the
48             While genetic predisposition and reproductive history are key contributors to its develop
49    These findings support the need to assess reproductive history as part of routine screening in wom
50 mation on insecticide use, demographics, and reproductive history at enrollment in 1993-1997 and in 5
51 ess use of hormone therapy, and a protective reproductive history, but these factors did not account
52 or age, race/ethnicity, body mass index, and reproductive history covariates, for every 10-mmHg incre
53 HIV-negative women without TB with regard to reproductive history, demographic characteristics, and r
54 t primary cancer diagnosis and menstrual and reproductive histories did not statistically significant
55 habits, social status, psychological traits, reproductive history, health conditions, and nicotine/al
56 d PFOS measurement in 2005-2006 and reported reproductive histories in subsequent follow-up interview
57 ral New Jersey) were interviewed about their reproductive histories, including the occurrence of indu
58                                     Overall, reproductive history indicative of a greater lifetime es
59                                              Reproductive history is an important determinant of leio
60 h as maternal age, socioeconomic status, and reproductive history, is unknown.
61                               Information on reproductive history, lactation, and other risk factors
62                      Key stages of a woman's reproductive history may influence or reveal short- and
63 aling, as measured through AIB1 genotype and reproductive history, may have a substantial effect on B
64 eeding seasons (2006-2018), encompassing the reproductive histories of 1546 Myotis daubentonii and 53
65          They compared the contraceptive and reproductive histories of 36 carrier cases and 381 nonca
66 raiding histories, marital trajectories, and reproductive histories of these men reveals that more ag
67 lth Surveys (2002-18) from 58 LMICs to study reproductive histories of women and to identify livebirt
68  the effect of this genetic component on the reproductive history of 109,120 Icelanders and the conse
69 ormed a quantitative genetic analysis on the reproductive history of 16,268 Swedish twins born betwee
70 ht the importance of taking into account the reproductive history of women in devising screening stra
71 extensive questionnaire on gynecological and reproductive history, physical and mental health, qualit
72 sma genitalium, including sociodemographics, reproductive history, risk behavior, and HIV and other S
73 pper Mustang, Nepal, provided information on reproductive histories, sociocultural factors, physiolog
74 ectively in a diary for the Menstruation and Reproductive History Study and retrospectively in a ques
75 traceptive use, hormone replacement therapy, reproductive history, sun exposure, occupation, and medi
76 ree-meter contact ('proximity') networks and reproductive histories to test the prediction that indiv
77  infections, certain surgical procedures, or reproductive history variables.
78 icipants' responses to questions about their reproductive histories were accurate as compared with th
79                                              Reproductive histories were ascertained using structured
80                                         Full reproductive histories were imputed, with the status of
81 use of death, all-site cancer incidence, and reproductive histories were provided by the Utah Populat
82 WHR might indeed be a reliable cue to female reproductive history (with lower WHRs indicating lower n