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. 2024 Nov 11;25(22):12081. doi: 10.3390/ijms252212081

Table 1.

Data on AVV-mediated delivery of therapeutic genes.

Serotype Delivery Gene Model Antiepileptic Effect Reference
AAV2; AAV1/2 NPY KA, rats Reducing the number of seizures; reducing the duration of seizure activity [151]
AAV2 KA, rats Increase in the latent period of limbic convulsive activity [160]
AVV1/2 Electrical stimulation, rats Reducing the frequency of seizures; decrease in the progression of seizures by 80% [152]
AAV1 KA, rats Reducing the number of seizures by 55%; reducing the duration of ictal activity [153]
AAV1/2 KA, rats Preventing the progression of the frequency of seizures by 57.5 ± 19.3%; reducing the duration of seizure activity [162]
AAV1/2 GAERS GGE, rats Reducing the duration of seizure activity; reducing the number of seizures [163]
AAV1 KA, rats Reducing the severity of seizures; increase in the latent time; decrease in the frequency and total time of seizure activity; SRS suppression [164]
AAV1, AAV2, AAV8 KA, rats + resected human hippocampus AAV1 reduces the time spent on motor seizures and increases the latency period to SE [166]
AAV2 Y2 Kindling, KA, rats Reduction of the cumulative degree of seizures; reducing the number of severe grade 4–5 seizures and increasing the amount of stimulation needed to achieve grade 3 or 4–5 seizures [161]
AAV2 GAL KA, rats, HEK 293 cells Decrease in in vivo sensitivity to focal seizures and prevention of hilar cell death caused by kainic acid [181]
AAV2 KA, rats, HEK 293 cells Increase in the threshold of excitability; reduction of neuronal death [182]
AAV2 KA, Kindling, rats Suppression of limbic seizures; increase in the stimulation current required to induce limbic convulsive activity [183]
AAV1/2 HOMER 1 Electrical stimulation, rats Suppression of SSLSE [230]
AAV2 GABRA4 Electrical stimulation, rats Suppression of SSLSE [214]
AAV2 GDNF Kindling, rats Suppression of SSLSE; increased survival after SE [219]
AAV1/2 CB1 KA, mice Reducing the severity of seizures; protection from excitotoxicity and neuronal death [216]
AAV2 Nrf2 Lithium-pilocarpine model, mice Decrease in microglia activation; the ratio between astrocytes/neurons and activated microglia/neurons was significantly lower [229]
AAV9 EAAT2 KA, rats There were no differences in the total duration of seizures between the animals that were injected with the EAAT2, GS vector, and the control vector [242]
GS
AAV1 Dyn KA, electrical stimulation, rats, mice Suppression of seizures; the disappearance of generalized seizures [184]
AAV2 NL2 Models of polygenic epilepsy, mice Significant decrease in the duration, strength and frequency of seizures was observed over a 14-week period [217]
AAV9 SCN1A Scn1a+/−, mice, primates Reducing the frequency, duration and severity of spontaneous seizures; reduces the sensitivity of HTS in Dravet mice [193]
AAV2 KCNN4 4-aminopyridine model, mice Powerful suppression of pharmacologically induced seizures in vitro both at the level of single cells and at the level of the local field, with a decrease in peaks during ictal discharges [215]