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Research

This image illustrates various maternal behaviors using cartoon mice (grooming, pup retrieval, nest building and nursing).

Parental switches

Parental behavior in mammals is driven by a core neural circuit, but this circuit is not necessarily on by default. Pregnancy hormones or experience with pups flip the switch.  We study the cellular and molecular mechanisms involved.

This image uses a cartoon mouse to  illustrate a common response to postpartum stress: maternal neglect. Here the pups are scattered and the mom is digging instead of engaging in maternal care behaviors.

Postpartum stress

Social stress in the postpartum can be modeled using male mice, who pose a threat to newborn pups. When mom has to chronically protect pups, she tends retreat from them. Interestingly, social stress doesn't have to be direct, just living nearby can have the same effect. 

This cartoon graphic illustrates 3 cartoon neurons that are stained in different colors representing initial activation, experience-induced activation and activation at both time points.

Motherhood in transition

The peripartum period is a unique window when the brain becomes especially responsive to experience, for better or worse. We use cutting-edge tools to track how maternal brain circuits change over time, revealing how caregiving behaviors can emerge even after early rejection.

This image is a cartoon of a mouse mother nursing in which the pups are visible and milk is present in the belly. Milk can be analyzed to determine if medication transfered from mother to pup.

Drug development with mothers in mind

Chestfeeding has many health benefits for both parent and baby but concerns about the safety of medication use during lactation can lead to early cessation. We use rodent models to better understand how medication transfers to infants via milk and how it might impact the developing brain.

Coming soon

530-752-9799

1 Shields Ave

Department of Psychology

UC Davis

Davis CA, 95616

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