Neonatal maternal separation (MS) in rats has widely been used as a neurodevelopmental
model to mimic mood-related disorders. MS produces a wide array of behavioral deficits that …

It has been reported that periodic maternal separation in rats leads to a variety of endure
behavioral, neurochemical and microstructural sequelae associated with the …

Changes in neuron morphology, stemming from experiences in early life or adulthood, may
be the basis for changes in behavior and their underlying functional mechanisms. For …

As an adverse early life experience, maternal separation (MS) induces profound
neurochemical, cognitive and emotional dysfunction. Previous studies have reported that …

The maternal separation (MS) paradigm is a well-known animal model that resembles the
stress of early adverse life experiences and produces structural and functional abnormalities …

Adolescence is a period of extensive brain maturation. In particular, the regions of the
medial prefrontal cortex (mPFC) undergo intense structural and functional refinement during …

Prenatal stress alters neuronal morphology of mesocorticolimbic structures such as frontal
cortex and hippocampus in the adult offspring. We investigated here the effects of prenatal …

We studied the long-term influence of maternal separation (MS) on periadolescent behavior,
adult amphetamine (AMPH) sensitization, and structural plasticity in the corticolimbic regions …

The goal of this research was to examine the effect of preconception paternal stress (PPS)
on the subsequent neurodevelopment and behavior of male and female offspring. Prenatal …

Maternal separation (MS) early in life affects many aspects of development and we have
previously observed significant decreases in NMDA and AMPA receptor and elevated …