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POSTER

An Essential Oil Blend Modulates Neuronal Health Responses After Chemical Stress

This poster shows that essential oils may have a protective effect on the overall health of human, iPSC-derived neurons in response to environmental stress.

OVERVIEW

Despite growing scientific evidence that essential oils possess therapeutic benefits, research on their activities in complex human disease models is scarce. We analyzed the biological activities of essential oils (EO) and blends of EO and turmeric extracts (EOB; provided by dōTERRA) in StemoniX microBrain 3-D neurospheres containing iPSC-derived human cortical neurons (both glutamatergic and GABAergic) and astrocytes from a single source. This study suggests that EOB may have a protective effect on the overall health of human iPSC-derived neurons in response to environmental stress.

HIGHLIGHTS

  • Introduction to potential health benefits of essential oils 
  • Representative images
  • Quantitative data of the various effects of chemical stressors on neuronal health 
2021-SfN-doTERRA-PhenoVista-Poster-2-1024x768

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An Essential Oil Blend Modulates Neuronal Health Responses After Chemical Stress

Overview

Despite growing scientific evidence that essential oils possess therapeutic benefits, research on their activities in complex human disease models is scarce. We analyzed the biological activities of essential oils (EO) and blends of EO and turmeric extracts (EOB; provided by dōTERRA) in StemoniX microBrain 3-D neurospheres containing iPSC-derived human cortical neurons (both glutamatergic and GABAergic) and astrocytes from a single source. This study suggests that EOB may have a protective effect on the overall health of human iPSC-derived neurons in response to environmental stress.

2021-SfN-doTERRA-PhenoVista-Poster-2-1024x768-LR