Anne E. Luebke

This study examines the effects of PACAP-38 and CGRP on motion-induced nausea and balance in mice, finding PACAP-38 disrupts thermoregulation and balance in females but not rotarod performance.

This study shows that systemic CGRP modulates inner ear potentials and induces migraine-like behaviors in mice, suggesting a direct role for CGRP in auditory and vestibular hypersensitivities.

This study shows that overexpressing human RAMP1 in mice increases CGRP signaling and makes them resistant to migraine treatments like olcegepant and rizatriptan.

The paper investigates the effect of RCP loss in a mouse model on CGRP receptor antagonism, finding that olcegepant fails to antagonize CGRP effects in RCP-deficient mice.

This study investigates whether musical training enhances early auditory neural responses and finds no evidence of such enhancement in a large-scale, multi-site study.

This study shows that olcegepant reduces weight loss and IL-6 release in older mice infected with SARS-CoV-2, suggesting potential neuroprotective effects against coronavirus-induced inflammation.

This study shows that CGRP receptor antagonists reduce motion-induced nausea in mouse migraine models, while triptans are ineffective.

This study shows that systemic CGRP and vestibular stimulation increase anxiety and imbalance in mice, with stronger effects in females and on specific balance challenges.

This study shows that loss of CGRP in aging mice leads to impaired balance, with worse performance on rotarod and increased postural instability after vestibular challenges.

This study shows that a novel temporally complex acoustic environment improves temporal processing in a mouse model of congenital hearing loss.