Repeated restraint stress of rats for 21 days causes atrophy of apical dendrites of
hippocampal CA3c pyramidal neurons. This effect is mimicked by daily corticosterone …

Repeated restraint stress induces an atrophy of apical dendrites of CA3c pyramidal neurons
in the hippocampus, but the relationship between stress and adrenocortical activation has …

The hippocampus is vulnerable to the damaging actions of insults such as transient
ischemia and repetitive stimulation, as well as repeated exposure to exogenous …

Repeated stress induces atrophy, or remodeling, of apical dendrites in hippocampal CA3
pyramidal neurons. In rats, the stress effect is blocked by adrenal steroid synthesis inhibitors …

Repeated daily restraint stress and daily corticosterone administration to adult male
Sprague‐Dawley rats leads to decreases in the number of branch points and length of …

Both repeated stress and corticosterone administration induce remodeling of apical
dendrites of hippocampal CA3 pyramidal neurons. Circulating glucocorticoids are involved …

We recently demonstrated that stress-induced cognitive deficits in rats do not correlate with
hippocampal neuronal loss. Working on the premise that subtle structural changes may …

The present study investigated the effects of 21 days of chronic restraint stress on neural and
endocrine parameters in male and female rats. Consistent with previous results, repeated …

The hippocampus, a limbic structure important in learning and memory, is particularly
sensitive to chronic stress and to glucocorticoids. While glucocorticoids are essential for an …

Publisher Summary This chapter discusses paradoxical effects of adrenal steroids in the
hippocampus. Stress is common in everyday life and is blamed for many problems. There is …