Search Results - "Larios, Rose"

Neural proliferation and restoration of neurochemical phenotypes and compromised functions following capsaicin-induced neuronal damage in the nodose ganglion of the adult rat by Gallaher, Zachary Rex, Ryu, Vitaly, Larios, Rose M, Sprunger, Leslie K, Czaja, Krzysztof

“…We previously reported that neuronal numbers within adult nodose ganglia (NG) were restored to normal levels 60 days following the capsaicin-induced…”
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Aberrant Neural Response to Social Exclusion Without Significantly Greater Distress in Youth With Bipolar Disorder: Preliminary Findings by Roybal, Donna J, Cosgrove, Victoria E, Kelley, Ryan, Smallwood Shoukry, Rachel, Larios, Rose Marie, Novy, Blake, Chang, Kiki D, Garrett, Amy S

“…Little is known about the effects of social exclusion on youth with bipolar disorder (BD). Understanding these effects and the functional neural correlates of…”
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1.25 Changes in Brain Function Following Each Phase of Trauma-Focused CBT for Youth With PTSD by Garrett, Amy, Rodriguez, Alexis, Larios, Rose Marie

“…Previous studies suggest that PTSD is associated with abnormalities in brain regions critical for fear conditioning. Our group recently used functional MRI to…”
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Oxytocin receptor is not required for social attachment in prairie voles by Berendzen, Kristen M., Sharma, Ruchira, Mandujano, Maricruz Alvarado, Wei, Yichao, Rogers, Forrest D., Simmons, Trenton C., Seelke, Adele M.H., Bond, Jessica M., Larios, Rose, Goodwin, Nastacia L., Sherman, Michael, Parthasarthy, Srinivas, Espineda, Isidero, Knoedler, Joseph R., Beery, Annaliese, Bales, Karen L., Shah, Nirao M., Manoli, Devanand S.

“…Prairie voles are among a small group of mammals that display long-term social attachment between mating partners. Many pharmacological studies show that…”
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Genetic Loss of Oxytocin Receptor Signaling Sex-Specifically Affects the Dynamics of Pair Bond Formation and Promiscuity in Prairie Voles by Berendzen, Kristen, Sharma, Ruchira, Everitt, Amanda, Larios, Rose, Williams, Gina, Wang, Shuyu, Long, Kim, Willsey, Jeremy, Manoli, Devanand

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Altered Social Cognitive Neural Processing During Social Exclusion in Anxious Youth at High Familial Risk for Bipolar Disorder by Novy, Blake, Larios, Rose Marie, Franklin, Crystal, Migut, Ewelina, Garrett, Amy, Fox, Peter, Pliszka, Steven, Roybal, Donna

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7.4 Distress Response and Neural Processing of Social Exclusion in Youth at High Risk for Bipolar Disorder by Gregg, Evan, Larios, Rose Marie, Franklin, Crystal, Tabet, Michel, Novy, Blake, Migut, Ewelina, Garrett, Amy, Fox, Peter, Pliszka, Steven, Roybal, Donna

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First-in-Human Trial of NRTX-1001 GABAergic Interneuron Cell Therapy for Treatment of Focal Epilepsy - Emerging Clinical Trial Results (S19.002) by Babu, Harish, Beach, Robert, Ben-Haim, Sharona, Burchiel, Kim, Luedke, Matthew, O’Dwyer, Rebecca, Sani, Sepher, Shih, Jerry, Southwell, Derek, Spencer, David, Banik, Gautam, Bershteyn, Marina, Blum, David, Bulfone, Alessandro, Feld, Brianna, Finefrock, Holly, Fuentealba, Luis, Hixson, John, Hosford, Victoria, Jung, Ji-Hye, Kowal, Tia, Kriks, Sonja, Larios, Rose, Lee, Seonok, Madrid, Sheri, Maury, Yves, Priest, Catherine, Shevchuk, Kiril, Shevchuk, Sergei, Nicholas, Cory

“…Abstract only…”
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23.3 DIFFERENCES IN EMOTION REGULATION AND SOCIAL NEURAL PROCESSING IN ANXIOUS YOUTH AT HIGH FAMILIAL RISK FOR BIPOLAR DISORDER by Migut, Ewelina A., Larios, Rose-Marie T., Novy, Blake, Franklin, Crystal, Garrett, Amy S., Fox, Peter, Pliszka, Steven R., Roybal, Donna

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Genetic and Environmental Contributions to Adult Social Attachment by Larios, Rose Deanna

“…Social relationships are the basis of all civilization, and vital to an individual’s role in society and well-being. In particular, the complex behaviors that…”
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Recovery of viscerosensory innervation from the dorsal root ganglia of the adult rat following capsaicin-induced injury by Gallaher, Zachary R., Larios, Rose Marie, Ryu, Vitaly, Sprunger, Leslie K., Czaja, Krzysztof

“…Capsaicin is a neurotoxin selective for C‐ and Aδ‐type neurons. Systemic treatment with capsaicin is known to reduce this subpopulation in the dorsal root…”
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