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. 2020 Jul 22;11:1574. doi: 10.3389/fimmu.2020.01574

Table 1.

Summary of papers at the junction of immunity and neurodegeneration in Drosophila.

Gene Immune phenotype Neurological phenotype References
pirk/rudra/pims (loss of function) Overactivation of IMD Locomotion, reduced lifespan, brain neurodegeneration (77)
trabid (loss of function) Overactivation of IMD Locomotion, reduced lifespan, brain neurodegeneration (77)
transglutaminase (loss of function) Overactivation of IMD Locomotion, reduced lifespan, brain neurodegeneration (77)
dnr1 (loss of function) Overactivation of IMD Locomotion, reduced lifespan, brain neurodegeneration (127)
cdk5 (loss of function) Overactive immunity through reduction of autophagy Loss of DA neurons (19)
Toll and IMD activity increases Overactive immunity Age-dependent neurodegeneration in a model of pTBI (136)
yorkie activity Suppression of IMD and Toll Reduction of PolyQ-mediated neurodegeneration (137)
relish (knock-down in DA neurons) Suppression of IMD Increased resistance to paraquat, rescue of motility defects and DA neurons in a Drosophila model of PD (138)
relish (loss of function) Suppression of IMD Suppression of retinal degeneration in norpA mutants (139)
draper activity Glial phagocytosis Better clearance of Aβ-amyloid (140)
draper (age-dependent reduction) Dysfunctional glial-mediated engulfment Neuronal death (141)
spz-5 (in neurons) Activation of Toll-6 in glia Neuronal death; dying neurons signal to glia (142)

We only list those showing a causative link between immune activity or immune-related signaling and neurological phenotype.