Review Article
Drosophila Models of Parkinson's Disease: Discovering Relevant Pathways and Novel Therapeutic Strategies
Table 2
Potentially therapeutic compounds able to modify different phenotypes in the Drosophila PD models.
| Pathway/process | Compound treatment* | Drosophila model | Modified phenotype/s | References |
| Oxidative stress | Sulforaphane and allyl disulfide | parkin | DA neuron number | [39] | α-synuclein | DA neuron number | [39] | S-methyl-L-cysteine | α-synuclein | Locomotor activity | [38] | Polyphenols | α-synuclein | Lifespan, locomotor activity | [135] | Paraquat and iron | Locomotor activity | [136] | α-tocopherol | DJ-1β | Lifespan | [54] | PINK1 | Ommatidial degeneration | [72] | SOD | PINK1 | Ommatidial degeneration | [72] | Melatonin | DJ-1β | Lifespan | [54] | Paraquat | Locomotor activity | [27] | Rotenone | Locomotor activity, DA neuron number | [27] | Bacopa monieri leaf extract | Paraquat | Oxidative markers levels | [137] |
| Oxidative stress/inflammatory process | Minocycline | DJ-1α | DA neuron number, dopamine levels | [138] | Celastrol | DJ-1α | DA neuron number, dopamine levels, locomotor activity, and survival rate under oxidative stress conditions | [138] |
| TOR signaling | Rapamycin | parkin/PINK1 | Thoracic indentations, locomotor activity, DA neuron number, and muscle integrity | [82] |
| Removal of excess or toxic protein forms | Geldanamycin | α-synuclein | DA neuron number | [35, 134] |
| Zinc homeostasis | Zinc chloride | parkin | Lifespan, locomotor activity, and percentage of adulthood survivors | [139] |
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*All treatments were administered as dietary complement.
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