LAUSR

Parental care is crucial for the survival of all mammalian species. Given the evolutionary importance of parenting, this behavioral repertoire must be supported by circuitry that is innate but also capable of learning and flexibility - adjusting to changing environmental demands. In rodents, parental care is triggered by the perception of cues emitted by a pup. Caregiver-pup interactions are often composed of multimodal sensory stimuli that require caregivers to integrate across sensory modalities. In this review, we focus on two sensory modalities essential for the parental experience: smell and hearing. We examine how smell and hearing are combined with other senses to identify offspring in need of care. Understanding how multimodal stimuli are integrated in the caregiver brain to inform parental behavior is an important step in understanding the circuitry that underlies this complex and crucial behavioral repertoire. In this review, we will discuss recent advances in the field of rodent parental behavior, highlighting studies that have begun to disentangle the neural circuitry that processes the multisensory cues that are involved in caregiver-offspring interactions.