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Full-Text Articles in Nervous System
A Feasibility Study Of Lavender Aromatherapy In An Awake Craniotomy Environment, Kailah Cathey, Nichole Gunyon, Nancy Chung, Nancy Conway, Diane Ames, Maharaj Singh, Amin B. Kassam, Richard A. Rovin
A Feasibility Study Of Lavender Aromatherapy In An Awake Craniotomy Environment, Kailah Cathey, Nichole Gunyon, Nancy Chung, Nancy Conway, Diane Ames, Maharaj Singh, Amin B. Kassam, Richard A. Rovin
Journal of Patient-Centered Research and Reviews
Purpose: Integrative medicine interventions are needed for awake craniotomies, as many patients experience anxiety. Lavender aromatherapy significantly reduces anxiety or pain in a variety of surgical procedures. This feasibility study used lavender aromatherapy during awake craniotomies to determine the number of patients who would consent and complete the study, the technicality of lavender aromatherapy use, and acceptance by operating room (OR) staff.
Methods: We approached 40 consecutive patients (≥18 years old). Exclusion criteria were pulmonary issues or sensitivity to lavender. Outcome measures in consented patients were enrollment and completion rates, anxiety and pain as measured by the Visual Analog Scale …
Distribution And Localization Of Novel Iodine Nanoparticles In The Human Glioma 1242 Growing In The Brains Of Mice, Benjamin Billings
Distribution And Localization Of Novel Iodine Nanoparticles In The Human Glioma 1242 Growing In The Brains Of Mice, Benjamin Billings
Honors Scholar Theses
Observing and designing the in vivo distribution and localization of therapeutic nanoparticles is an essential aspect of developing and understanding novel nanoparticle- based medical treatments. This study investigates novel PEGylated Iodine-based nanoparticles (INPs), an alternate composition to the more widely researched gold nanoparticles (AuNPs), which may help avoid adverse effects associated with AuNPs, such as potential toxicity and skin discoloration, when used in similar applications. Determining the localization of the novel INPs within murine brains containing human glioma U-1242MG cells is critical in assisting the development of radiation dose enhancement therapy for this aggressive cancer. Radiation dose enhancement utilizes the …