コーパス検索結果 (１語後でソート)
通し番号をクリックするとPubMedの該当ページを表示します
1 vironmental influences on GnRH signaling and reproductive behavior.
2 ecting female physiology and, in some cases, reproductive behavior.
3 e) steroid actions on neuronal mechanisms of reproductive behavior.
4 ction because it indicates the covariance of reproductive behavior.
5 d response to semiochemicals, and changes in reproductive behavior.
6 he inability of prepubertal males to display reproductive behavior.
7 ase and partially inhibits hormone-dependent reproductive behavior.
8 for GnRH influence on chemosensory-dependent reproductive behavior.
9 oid activation of the CNS to regulate female reproductive behavior.
10 the regulation of gonadotropin secretion and reproductive behavior.
11 onments and human sociocultural practices on reproductive behavior.
12 s known to be essential for vocalization and reproductive behavior.
13 o other livestock, due to the very different reproductive behavior.
14 e speculated that CO may play a role in male reproductive behavior.
15 environmental effects on estrogen-controlled reproductive behavior.
16 g that this gene is required for normal male reproductive behavior.
17 for the communication that is essential for reproductive behavior.
18 s well as permanent deficits in shoaling and reproductive behavior.
19 ing to emerging understanding of its role in reproductive behavior.
20 mete production capacity in order to analyze reproductive behavior.
21 egg deposition are primarily due to altered reproductive behavior.
22 al limbic regions involved in the control of reproductive behavior.
23 RNAs are essential for neural patterning and reproductive behavior.
24 , mediating timely neuroendocrine and social/reproductive behavior.
25 rons innervating cloacal muscles involved in reproductive behavior.
26 of intensive investigations into its role in reproductive behavior.
27 ules coordinate diverse behavioral motifs in reproductive behavior.
28 s, a structure traditionally associated with reproductive behavior.
29 the brain are most evident in the control of reproductive behavior.
30 or studying aspects of the neuronal basis of reproductive behavior.
31 nderlie the hormone-specific effect of OT on reproductive behavior.
32 s that closely mimic elements of spontaneous reproductive behavior.
33 h was not previously known to play a role in reproductive behavior.
34 these regions play in the regulation of male reproductive behavior.
35 s project to the CNS to control the female's reproductive behavior.
36 its social and possibly biological effect on reproductive behavior.
37 ng the hallmarks of AAS abuse are changes in reproductive behaviors.
38 ess active and males exhibited less frequent reproductive behaviors.
39 ecific form of arousal which is required for reproductive behaviors.
40 ic regions that control defensive as well as reproductive behaviors.
41 to a subsequent refractory state that limits reproductive behaviors.
42 male mice, thus indirectly blocking untimely reproductive behaviors.
43 attenuating estrogen's ability to facilitate reproductive behaviors.
44 brain region where estrogens control female reproductive behaviors.
45 imental evidence for the role of humidity in reproductive behaviors.
46 s a component of neural systems that control reproductive behaviors.
47 variation in their social, territorial, and reproductive behaviors.
48 in female reproductive physiology, including reproductive behaviors.
49 ment of the LHb in estrogen-dependent female reproductive behaviors.
50 They also act on the adult brain to activate reproductive behaviors.
51 e LC neuronal activity and NE release during reproductive behaviors.
52 ore complete expression of some male-typical reproductive behaviors.
53 Estradiol mediates male reproductive behaviors.
54 l preoptic area (mPOA), which underlies male reproductive behaviors.
55 one of the most apparent sexually dimorphic reproductive behaviors.
56 is involved in sexually dimorphic social and reproductive behaviors.
57 urons that are known to regulate feeding and reproductive behaviors.
58 t to the communication mechanisms regulating reproductive behaviors.
59 rculating hormones and associated changes in reproductive behaviors.
60 are critical to diverse functions, including reproductive behaviors.
61 e involved in pre- to post-copulatory female reproductive behaviors.
62 tribute to some variability in expression of reproductive behaviors.
63 ividuals engage in both reproductive and non-reproductive behaviors.
64 rain regions involved in the control of male reproductive behaviors.
65 ged afterdischarge that triggers a series of reproductive behaviors.
66 (VMH), a region typically involved in female reproductive behaviors.
67 g two major classes of social (defensive and reproductive) behavior.
68 the time of fertility to prime the brain for reproductive behavior [1-11], but how and where they reg
69 patchy prey distribution,(1)(,)(2) social or reproductive behaviors,(3)(,)(4) or oceanographic factor
74 tive was to test the effects of gestodene on reproductive behavior and associated egg deposition in t
80 ystem controlling the display of normal male reproductive behavior and negative feedback inhibition o
81 of GnIH efferents to neural sites regulating reproductive behavior and neuroendocrine secretions, exp
82 factors during mating profoundly affect the reproductive behavior and physiology of female insects.
85 septal and hypothalamic regions that control reproductive behavior and visceromotor responses, confir
86 ine (Prozac) and acute temperature stress on reproductive behaviors and activity levels in the guppy
87 variation at this locus, analyses of several reproductive behaviors and control for genetic backgroun
89 ch include differentiation and activation of reproductive behaviors and the control of the secretion
91 differences in brain circuits for social and reproductive behavior, and 3) a spatial coupling between
93 t, males show little or no aggression and no reproductive behavior, and have basal levels of circulat
94 hey display high levels of aggression and no reproductive behavior, and have basal levels of circulat
95 ural processes such as neuronal development, reproductive behavior, and hormone secretion, and signal
96 ding of the relationships between social and reproductive behaviors, and captive environments on Mala
97 is involved in sexually dimorphic social and reproductive behaviors, and sends projections to hypotha
98 elegans, serotonin neurons that drive female reproductive behavior are directly modulated by inhibito
101 ional timing) is energetically driven, while reproductive behaviors are largely free to vary independ
103 n rats, cats, and monkeys for the control of reproductive behavior, as largely defined by Holstege et
104 e effects of progesterone on sexual or other reproductive behaviors, as it remains to be tested.
105 ut not D1, dopamine receptor mRNA suppressed reproductive behavior associated with D1-like stimulatio
108 neural regulation of seasonal aggressive and reproductive behavior, birds were collected during all t
110 y is nitric oxide likely to be important for reproductive behavior, but also for the regulation of re
111 for maturation of the ovary and normal male reproductive behavior, but how JH distribution and activ
112 redominantly involved in the control of male reproductive behavior, but the degree to which VMH is in
115 ration, vomiting, vocalization, and probably reproductive behavior by means of projections to distinc
116 cell neurons of Aplysia trigger the onset of reproductive behaviors by generating a prolonged afterdi
118 ation status of ERalpha has implications for reproductive behavior, cancer susceptibility, and recove
119 gical processes, such as feeding/metabolism, reproductive behaviors, circadian rhythms, central patte
121 l for proper integration of sensory cues and reproductive behavior, contained more new neurons than a
124 ran amphibians (frogs and toads), social and reproductive behaviors depend on a listener's ability to
126 eoptic area to prevent the display of female reproductive behavior during the first 20-24 hr after es
127 a,5alpha-THP may have some common effects on reproductive behavior, e.g., sexual motivation, receptiv
129 odorants and odorant receptors in mediating reproductive behavior, foraging, and predator avoidance
130 ious inconsistent findings while showing how reproductive behavior has shaped the evolution of aging
132 e pheromones facilitate a complex display of reproductive behavior in adults, prepubertal males do no
134 e requirement for trpVa and hearing for male reproductive behavior in Aedes is absolute, as mating in
140 ore the relationship between sociability and reproductive behavior in flocks of Brown-headed Cowbirds
141 etection of pheromones related to social and reproductive behavior in most terrestrial vertebrates.
149 ERalpha for the normal expression of natural reproductive behaviors in both sexes and also provide a
152 ex is involved in several estrogen-dependent reproductive behaviors in female rats, namely, sexual be
154 ns of the brain regulates diverse social and reproductive behaviors in mammals, including humans.
155 NO) detect pheromones that elicit social and reproductive behaviors in most terrestrial vertebrates.
156 chanisms by which steroid hormones influence reproductive behaviors in rodents and other animals.
159 vides the earliest known evidence of complex reproductive behavior including site fidelity and coloni
160 VZ) and olfactory bulb (OB) mediates several reproductive behaviors including mating/pregnancy, domin
161 , AVT is an important facilitator of several reproductive behaviors, including courtship clasping of
162 e peptide or its receptors perform poorly in reproductive behaviors, including mate search, mate reco
164 species of cerambycid beetles suggests that reproductive behavior is correlated with the condition o
165 ts in terms of the acoustic control of avian reproductive behavior is discussed, and a comparison wit
172 central role in the regulation of the female reproductive behavior lordosis, a behavior dependent upo
173 (DZ, 125 mg/kg) to reduce the quality of the reproductive behavior, lordosis, and to reduce the EMG o
176 efer boys over girls, which is manifested in reproductive behavior, marital life, and parents' pastim
178 are regarded as opportunistic breeders with reproductive behaviors mediated by short-term proximal e
180 s preopticus and nucleus lateralis tuberis), reproductive behavior (nucleus preopticus magnocellulari
183 atiles raises intriguing questions about the reproductive behavior of Arabidopsis in the wild and all
185 not required for the normal development and reproductive behavior of female mice, but is required fo
186 nverging evidence that the cyclic sexual and reproductive behavior of human populations is mostly dri
187 Although coral reefs are well studied, the reproductive behavior of most species and the relative i
188 rom October 4, 2012 to June 16, 2016, on the reproductive behavior of the Chinese pangolin based on t
189 analyses of captive individuals suggest that reproductive behavior of the giant lizard of La Gomera m
192 Stoppage was investigated by comparing the reproductive behaviors of parents after the birth of a c
194 Therefore, gonadal steroids facilitate male reproductive behavior only after as-yet-unidentified dev
195 nnected with the CP/PPn, have been linked to reproductive behavior or neuroendocrine control in other
196 als of the same species to elicit social and reproductive behaviors or physiological changes; they ar
197 n also acts via the MOR system to facilitate reproductive behavior, ovariectomized rats were primed w
198 o demographic effects such as aging on plant reproductive behavior, particularly in studies examining
199 lesus) in the Baltic exhibit two contrasting reproductive behaviors: pelagic and demersal spawning.
200 ction that is an important force that shapes reproductive behavior, physiology and morphology in a wi
202 regulation of puberty, menstrual cyclicity, reproductive behavior, pregnancy, menopause, and bone ho
203 We propose that this phenomenon results from reproductive behaviors reflecting a preference for havin
204 hether there are consequences for social and reproductive behaviors related to changes in estradiol (
209 a exhibit enormous variation in all of their reproductive behaviors: resource use and specialization,
210 emporally reversed patterns of locomotor and reproductive behavior, respectively, in diurnal and noct
211 structures, such as gonadotropin secretion, reproductive behaviors, seizure threshold and others, wa
213 uction process may be associated with female reproductive behaviors such as pair bonding and kin reco
214 NOS is localized to neurons regulating male reproductive behavior, such as penile erection, and NOS
215 mice by olfactory recognition in aspects of reproductive behavior that concern mate selection, there
216 expression in three brain areas controlling reproductive behaviors-the preoptic area, ventromedial a
217 te a CNS-mediated role of gonadotropins in a reproductive behavior: the courtship songs of the South
219 rong evidence for dopaminergic modulation of reproductive behavior through D5 dopamine receptor-media
220 Wolbachia's unique ability to alter host reproductive behavior through its temperate bacteriophag
221 se forms have diverged in larval ecology and reproductive behavior through unknown genetic mechanisms
222 plysia bag cell (BC) neurons, which regulate reproductive behaviors, to examine the effects of Slack
223 enerators can govern the overt expression of reproductive behaviors via rapid non-transcriptional mec
224 the birth of a child with ASD, the parents' reproductive behavior was similar to that of control par
225 We hypothesize that in ancient times, human reproductive behavior was synchronous with the Moon but
226 plants and corals, and their similarities in reproductive behavior, we postulate that this convergent
230 enclosure size tended to increase social and reproductive behaviors, whereas high number of visitors
231 ting and drinking) and social (defensive and reproductive) behaviors, whereas the caudal segment is i
232 bright coloration and perform aggressive and reproductive behaviors while nondominant males do not.
233 own to regulate neuroendocrine functions and reproductive behaviors, while calcium-binding proteins a
235 productive success, many species synchronize reproductive behavior with a particular phase of the lun