Demasculinization by environmental endocrine-disrupting chemicals (EDCs) is observed in
many animal species but less evident in humans. Rodent studies with gestational exposure …

… exposure to the endocrine disruptor methoxychlor influences testis development and …
the potential transgenerational effects of estrogenic endocrine disruptors (eg, methoxychlor) …

… In this work the UV-C photolysis at 254 nm of three contaminants potentially catalogued
as “endocrine disruptors” has been assessed. Also, the effect of two free radical promoters, …

… endocrine systems may be influenced directly by environmental cues, they are also linked to
sensory transduction pathways that may be vulnerable to disruption. … of endocrine disruption …

… metformin may influence the endocrine system in aquatic organisms. … endocrine disruption
(perhaps during a critical period of development) and not the cause of endocrine disruption …

The manner by which endocrine‐disrupting xenobiotics, such as phthalates, can induce
changes in the development of the male reproductive system still remains largely unknown. …

Purpose of Review The purpose of this review was to summarise current evidence that some
environmental chemicals may be able to interfere in the endocrine regulation of energy …

… Figure 1 illustrates the endocrine-mediated influences on mammary gland growth and …
Endocrine disruption in male rats from TCDD exposure has been shown to reduce sperm …

… influence endocrine mechanisms that help mold the developing brain. Sex differences,
taking root before birth, are planted by the actions of hormones. These actions can be modified …

… considerable thermal fluctuations, knowledge regarding the influence of temperature on
sentinel biology represents an important consideration when evaluating endocrine disruption. …