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1 trol of pituitary prolactin secretion, a key reproductive hormone.
2 on the sex chromosomes, and are regulated by reproductive hormones.
3 c correlation between female infertility and reproductive hormones.
4 easing hormone (GnRH) neurons and downstream reproductive hormones.
5 eurons) is a key factor in the regulation of reproductive hormones.
6 ollution are estrogens, the steroidal female reproductive hormones.
7 e FRT using ovariectomized mice treated with reproductive hormones.
8 t be triggered by peripartum fluctuations in reproductive hormones.
9 >/=1 cup/d was significantly associated with reproductive hormones.
10 sition, the observed patterns were driven by reproductive hormones.
11 re sensitive to determinants of sex, such as reproductive hormones.
12 ls and were not reduced when models included reproductive hormones.
13 halamus where their numbers are sensitive to reproductive hormones.
14         Post-PTX, 7 of 10 women had abnormal reproductive hormones: 4 had primary hypogonadism, 2 had
15       Women are more likely than men to have reproductive hormone abnormalities pre- and post-PTX and
16                         Although patterns of reproductive hormones across the menstrual cycle, partic
17 racteristics, including maturational timing, reproductive hormones, adult size, strength, and sexual
18 udied PTX recipients to determine changes in reproductive hormones after PTX.
19 incidence of spotting, and associations with reproductive hormones among 201 women in the BioCycle St
20 added sugars, and total fructose intake with reproductive hormones among ovulatory cycles and sporadi
21  In conclusions, our findings suggested that reproductive hormones amplify the association between PF
22 din F(2alpha) (PGF(2alpha)) acts as a female reproductive hormone and as a sex pheromone in some spec
23 tween polyfluoroalkyl substances (PFASs) and reproductive hormones and associated asthma, a total of
24 merous glycoproteins critical for regulating reproductive hormones and blood coagulation.
25                                The placental reproductive hormones and cortisol did not correlate wit
26  evaluate the association between endogenous reproductive hormones and CRP in the BioCycle Study (200
27                      The correlation between reproductive hormones and CV risk factors was evaluated
28  effects, such as the cyclical production of reproductive hormones and even the size of the infecting
29 vestigate the association between endogenous reproductive hormones and F(2)-isoprostanes in the BioCy
30 he prolactin receptor (Prlr) is regulated by reproductive hormones and is female-selectively activate
31                      The effect of change in reproductive hormones and menopause on incident obesity
32             The interplay between endogenous reproductive hormones and oxidative stress among premeno
33                                   Endogenous reproductive hormones and oxidative stress have been ind
34 e effects of stress on REMS are dependent on reproductive hormones and support the view that endogeno
35 tween caffeine and caffeinated beverages and reproductive hormones and whether these relations differ
36  are used for many applications, the role of reproductive hormones and/or their limits in the acquisi
37  abnormalities, bradycardia, disturbances in reproductive hormones, and decreased bone density, and a
38             TNF-alpha, leptin, cortisol, all reproductive hormones, and fat mass were increased in la
39 tion between energy-containing beverages and reproductive hormones, and its potential implications fo
40  relation between acute alcohol consumption, reproductive hormones, and markers of menstrual cycle dy
41 picture of insects' prodigious fertility, of reproductive hormones, and of the roles of these rapidly
42 res of bioelectrical impedance for body fat, reproductive hormones, and reported vasomotor symptoms w
43 sess long-term health, transgene expression, reproductive hormones, and reproductive function.
44 s, multiparous mice with cyclically elevated reproductive hormones, and virgin mice bearing pituitary
45 reproductive age, but their association with reproductive hormones, and whether race modifies any suc
46                                              Reproductive hormones appear to exert an important role
47                                              Reproductive hormones are clearly a key influence in the
48                                       Female reproductive hormones are considered cardioprotective ba
49 ing hormone output, and most cells producing reproductive hormones are in the pars distalis (PD) of t
50 e expression, anti-transgene antibodies, and reproductive hormones are monitored.
51                                              Reproductive hormones are reduced in ob/ob females (3) d
52 ations challenge the view that the classical reproductive hormones are the primary mediators of chang
53 uences in the presence and absence of female reproductive hormones are unknown.
54             Goldfish (Carassius auratus) use reproductive hormones as endocrine signals to synchroniz
55         Epidemiological data have implicated reproductive hormones as probable risk factors for ovari
56 anding neuropsychiatric disorders related to reproductive hormones as well as illnesses with sex diff
57 sk score, including inflammatory markers and reproductive hormones, as well as noninvasive imaging an
58 identify miR-7a2-regulated genes involved in reproductive hormone biosynthesis pathways and provide a
59                                  We assessed reproductive hormone blood levels and angiographic CAD u
60 Energy intake and expenditure, metabolic and reproductive hormones, body composition, and areal bone
61 s based on the category of gene altered, eg, reproductive hormones, calcitropic hormones, growth fact
62 t of the BDNF Val66Met SNP on sensitivity to reproductive hormone changes remains an open question.
63 d its isomers and metabolites affects female reproductive hormones characterized by urinary pregnaned
64 iations between dietary fatty acids and both reproductive hormone concentrations and ovulatory status
65  to test the hypothesis that fluctuations in reproductive hormone concentrations contribute to gut mi
66 ed in people aged 50 years or older, in whom reproductive hormone concentrations have fallen.
67   Fat intakes were not associated with other reproductive hormone concentrations.
68 esults suggest that endogenous and exogenous reproductive hormones confer different risks by NHL subt
69                                       Female reproductive hormones control mammary gland morphogenesi
70  periodical adaptations phased by the female reproductive hormone cycle.
71                                          The reproductive hormone defects of Lats1-/- mice are remini
72 his SNP in contributing to developmental and reproductive hormone-dependent changes in affective diso
73 ceptor (GnRH1R) and is a target for treating reproductive hormone-dependent disorders and cancers.
74  reproductive outcomes (female follicles and reproductive hormones), digestive outcomes (gross or mic
75 mammary gland occurs in response to systemic reproductive hormones during pregnancy and lactation to
76 sleep, a long duration of the transition, or reproductive hormone dynamics) and psychosocial risk fac
77 re of patients presenting with conditions of reproductive hormone dysfunction.
78 , hypokalemia), bradycardia, disturbances in reproductive hormones (eg, decreased estradiol levels in
79  that endogenous or exogenous changes in the reproductive hormone environment influence sleep respons
80 pro-inflammatory cytokine IL-6 (IL-6), and a reproductive hormone, estradiol, were negatively related
81 vidence in support of the involvement of the reproductive hormones estrogen and progesterone in the d
82                               Few studies of reproductive hormone exposures and non-Hodgkin lymphoma
83 ent fatty acid profiles and their effects on reproductive hormones, fecundity, sperm and egg quality,
84 elf-reported coffee intake did not alter the reproductive hormone findings and only slightly attenuat
85                                              Reproductive hormone function after pancreas transplanta
86 o abnormal secretion or action of the master reproductive hormone gonadotropin-releasing hormone (GnR
87 aneous sleep amount are largely dependent on reproductive hormones; however, in mice some sex differe
88 ion, plasma TNF-alpha, leptin, cortisol, and reproductive hormones (human chorionic gonadotropin, est
89 ion between caffeine and its metabolites and reproductive hormones in a healthy premenopausal cohort
90 ne levels, blood-biochemical parameters, and reproductive hormones in blood, as well as body mass.
91     Using sex differences and the effects of reproductive hormones in cisgender individuals as the ba
92 caffeine and caffeinated beverage intake and reproductive hormones in healthy premenopausal women and
93                 Findings support the role of reproductive hormones in the onset of perinatal affectiv
94  poorly understood, and the possible role of reproductive hormones in this process has never been inv
95 n and vasoconstriction, are also affected by reproductive hormones in women, where estradiol appears
96 s in sexual function and untoward changes in reproductive hormones in women.
97  with testicular function (semen quality and reproductive hormones) independent of physical activity.
98 evious studies have demonstrated that female reproductive hormones influence chlamydial infection bot
99 ciated with menopausal status and changes in reproductive hormones is controversial and lacks scienti
100 menopausal women, but their association with reproductive hormones is not well understood.
101 ed sensitization of Or47b neurons requires a reproductive hormone, juvenile hormone, as well as its b
102  and its regulation by estrogen, a principal reproductive hormone, lead us to speculate that this nov
103 essment of insulin resistance, serum lipids, reproductive hormones, leptin, acylated ghrelin, number
104  lead and cadmium exposures were reported on reproductive hormone levels and on neurodevelopment.
105                                              Reproductive hormone levels and semen samples were studi
106               Change in mood, cognition, and reproductive hormone levels and the rate of adverse even
107                              Fluctuations in reproductive hormone levels are associated with mood dis
108                             Since changes in reproductive hormone levels can also increase the probab
109 tes, especially MBzP, may affect adrenal and reproductive hormone levels during pregnancy.
110 pective analysis, sexual maturation ages and reproductive hormone levels were comparable in adolescen
111                                          The reproductive hormone levels were normal in the majority
112 e in PANSS subscale scores, mood, cognition, reproductive hormone levels, and adverse events were als
113 oductive end points (age at vaginal opening, reproductive hormone levels, estrous cyclicity, and fert
114 tiepileptic drugs differ in their effects on reproductive hormone levels.
115  rate and quality of wound healing depend on reproductive hormone levels.
116 like behaviors resulting from transitions in reproductive hormone levels.
117 t risk for metabolic morbidities, as well as reproductive hormone levels.
118 tion of KORs in the RVM may be influenced by reproductive hormone levels.
119                  We characterised changes in reproductive hormones-LH, FSH, SHBG and AMH-by chronolog
120 ings suggest that HCG, a naturally occurring reproductive hormone, may be useful in the treatment of
121 with hormonal phases marked by low levels of reproductive hormones, mirroring human PTSD findings.
122 rable sensors for non-invasive, personalized reproductive hormone monitoring.
123  using hormonal contraceptives, women taking reproductive hormones (odds ratio [OR].
124 ments in overall sexual functioning, in most reproductive hormones of interest, and in psychosocial s
125            The interaction between PFASs and reproductive hormones on asthma was analyzed with a two-
126                             The influence of reproductive hormones on cerebral blood flow and sex dif
127      To investigate the effect of the female reproductive hormones on muscle function, patients under
128  thought to be attributable to the effect of reproductive hormones on nociceptive processing.
129 eterious long-term effects of alterations in reproductive hormones on other chronic diseases warrant
130 y stenoses, and 3) evaluate the influence of reproductive hormones on symptoms and diagnostic test re
131 cts of kisspeptin, a recently identified key reproductive hormone, on limbic brain activity and behav
132                      Some pesticides disrupt reproductive hormones or are toxic to the ovary, but lit
133 e a framework for thinking about how sex and reproductive hormones (particularly estradiol as an exam
134 fathers results in a disrupted metabolic and reproductive hormone phenotype in grandsons in the absen
135  major challenge to physicians, and the role reproductive hormones play in this diagnostic uncertaint
136 e regarding the influences of female sex and reproductive hormones (primarily estradiol) on mechanism
137  cessation of ovarian function, with loss of reproductive hormone production and irreversible loss of
138                We then suppressed endogenous reproductive hormone production using a gonadotrophin-re
139 1) alters hormone receptor signaling; alters reproductive hormone production, secretion, or metabolis
140  of the multitude of levels at which sex and reproductive hormones regulate brain structure and funct
141                    This suggests that female reproductive hormones regulate spinal KOR levels, which
142                 We then focus on how sex and reproductive hormones regulate systems implicated in the
143 (GnRH-R) are widely used to treat a range of reproductive hormone related diseases.
144 of kisspeptin in humans, potently stimulates reproductive hormone secretion in humans.
145 of the neuronal network generating pulsatile reproductive hormone secretion remains unproven.
146 The hypothalamus is the central regulator of reproductive hormone secretion.
147  in brainstem NA neurons can pause pulsatile reproductive hormone secretion.
148  syt-9 and reveals a novel sex difference in reproductive hormone secretion.
149                    Our results indicate that reproductive hormones, specifically progestagens, contri
150 he perception of those signals is altered by reproductive hormones such as estradiol (E2).
151 amus via GnRH receptor signaling to regulate reproductive hormone synthesis and secretion.
152 genesis in areas such as skeletal growth and reproductive hormone synthesis.
153 ) body weight, paired testis weight, and the reproductive hormones, testosterone, androstenedione and
154 del predicts changes in follicle numbers and reproductive hormones that naturally occur over that tim
155                                          The reproductive hormones that trigger oocyte meiotic matura
156                          The contribution of reproductive hormones to mood has been the focus of cons
157                                   Endogenous reproductive hormones were measured up to 8 times/cycle
158                          The blood levels of reproductive hormones were mostly normal in women with d
159 serum caffeine biomarkers and geometric mean reproductive hormones, whereas Poisson regression was us

 
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