Research Article
Copaiba Oil-Resin Treatment Is Neuroprotective and Reduces Neutrophil Recruitment and Microglia Activation after Motor Cortex Excitotoxic Injury
Table 1
Composition of the copaiba’s oleoresin used in the present study revealed by gas chromatography.
| Component | Percentage (%) |
| δ-elemene | 0.2 | cyclosativene | 0.9 | α-copaene | 0.5 | δ-elemene | 0.2 | cyclosativene | 0.9 | α-copaene | 0.5 | β-elemene | 3.2 | α-gurjunene | 0.7 | β-caryophyllene | 37.3 | trans-α-bergamotene | 9.0 | aromadendrene | 0.9 | epi-β -santalene | 0.1 | α-humulene + (E)-β-farnesene | 5.4 | β-chamigrene | 1.0 | γ-gurjunene | 0.6 | γ-curcumene | 0.6 | β-selinene | 4.8 | α-selinene | 3.0 | (Z)-α-bisabolene | 1.8 | α-bulnesene | 2.2 | β-bisabolene | 14.5 | β-curcumene | 0.4 | β-sesquiphelandrene | 1.2 | (E)-γ-bisabolene | 1.4 | caryophyllene oxide | 0.1 | epi-β-bisabolol | 0.1 | β-bisabolol | 0.2 |
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