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The Plastic and Functional Changes in Hippocampal Neurons During Pregnancy, Delivery, and Postpartum Are Reversed by Offspring Deprivation

research The Plastic and Functional Changes in Hippocampal Neurons During Pregnancy, Delivery and Postpartum are Reversed by Offspring Deprivation

August 2020 in “Current psychopharmacology”

Pregnancy and nursing increase certain brain activities in rats, but these changes disappear when the babies are taken away.

Bisphenol-A Antagonizes the Rapidly Modulating Effect of Dihydrotestosterone on Spinogenesis and Long-Term Potentiation of Hippocampal Neurons

research Bisphenol-A antagonizes the rapidly modulating effect of DHT on spinogenesis and long-term potentiation of hippocampal neurons

10 citations , December 2017 in “Chemosphere”

Bisphenol-A (BPA) increases connections between brain cells and boosts their activity, but it blocks the effects of a male hormone on brain cell plasticity.

Local Synthesis and Function of Neuro-Estrogen and Neuro-Androgen: Impact on Hippocampus-Related Cognition and Neuronal Plasticity

research Local synthesis and function of neuro-estrogen and neuro-androgen: impact on the hippocampus-related cognition and neuronal plasticity

January 2026 in “Frontiers in Cellular Neuroscience”

Neurosteroids like neuro-estrogen and neuro-androgen are crucial for brain function and can improve cognition and protect against aging-related decline.

research Sex-specific Difference of Hippocampal Synaptic Plasticity in Response to Sex Neurosteroids

22 citations , October 2019 in “Cerebral cortex”

Sex neurosteroids cause different effects on hippocampal synaptic plasticity in males and females.

Correlation of Monosynaptic Field Potentials Evoked by Single Action Potentials in Single Primary Afferent Axons and Their Bouton Distributions in the Dorsal Horn

research Correlation of monosynaptic field potentials evoked by single action potentials in single primary afferent axons and their bouton distributions in the dorsal horn

21 citations , April 1990 in “Journal of comparative neurology”

The study found that nerve signals are stronger when there are more connection points, but not necessarily denser, along the nerve's path in the spine.

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