From: CRISPR/Cas9: the Jedi against the dark empire of diseases
Virus | Method of delivery of CRISPR/Cas9 | Conclusion/outcome | Reference |
---|---|---|---|
HSV-1 | Transfection into HEK293 cells | Modification of ICP0 gene in different locations of genome | [106] |
EBV | Nucleofaction into Burkhitt’s lymphoma cell line | Complete virus clearance in 25% cells, partial in 50% | [87] |
EBV | Transfection into HEK 293-BX1 and C666–1 cells | Loss of BART Micro RNA expression | [88] |
HPV | Lentiviral transduction into HELA and SiHA cell lines | Indel mutations in the E6 and E7 genes | [90] |
HBV | Transfection in to Huh cells | Cleavage of the HBV genome-expressing template | [93] |
HBV | Hydrodynamic injection into C57BL/6 mice | Cleavage of the HBV genome-expressing template | [107] |
HBV | Transfection into HepG2 cell line | Fragmentation of viral genome | [94] |
HBV | Lentiviral transduction into HepAD cell line(Chronic HBV infection) | Inhibition of viral DNA production | [95] |
HIV | Lentiviral transduction into SupT1 CD4+ T cell line | Inactivation of virus and acceleration of virus escape | [100] |
HIV | Lentiviral transduction into T-cells | Inhibition of early phase viral infection, but anti-HIVÂ potency was not consistent in multiple rounds | [104] |
HIV | Retro-orbital injection into transgenic mice | Decrease of viral gene expression in T-cells | [105] |
Polyomavirus (JCV) | Transfection into TC 620 cell line | Inactivation of T-antigen gene | [108] |