Fluoxetine treatment during the postpartal period may have short-term impacts on murine maternal skeletal physiology
Fricke, Hannah P, Krajco, Chandler J, Perry, Molly J, Brettingen, Lauren J, Wake, Lella A, Charles, Julia F, Hernandez, Laura L
Published in Frontiers in pharmacology (2023)
Published in Frontiers in pharmacology (2023)
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Journal Article
Developmental fluoxetine exposure affects adolescent and adult bone depending on the dose and period of exposure in mice
Fricke, Hannah P., Krajco, Chandler J., Perry, Molly J., Desorcy‐Scherer, Katelyn M., Wake, Lella A., Charles, Julia F., Hernandez, Laura L.
Published in Physiological reports (01.12.2023)
Published in Physiological reports (01.12.2023)
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Journal Article
In utero, lactational, or peripartal fluoxetine administration has differential implications on the murine maternal skeleton
Fricke, Hannah P., Krajco, Chandler J., Perry, Molly J., Reisner, Maggie A., Brettingen, Lauren J., Wake, Lella A., Charles, Julia F., Hernandez, Laura L.
Published in Physiological reports (01.10.2023)
Published in Physiological reports (01.10.2023)
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Peripartal treatment with low‐dose sertraline accelerates mammary gland involution and has minimal effects on maternal and offspring bone
Sheftel, Celeste M., Sartori, Luma C., Hunt, Emily R., Manuel, Robbie S. J., Bell, Autumn M., Domingues, Rafael R., Wake, Lella A., Scharpf, Brandon R., Vezina, Chad M., Charles, Julia F., Hernandez, Laura L.
Published in Physiological reports (01.03.2022)
Published in Physiological reports (01.03.2022)
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