Table 1.
Target | Disease | Year | 5′ or 3′ design | Delivery method | In vitro/in vivo | Reference |
---|---|---|---|---|---|---|
AFP | HCC or HPV-16 | 2018 | 5′, 3′ | transfection | in vitro | Poddar et al.23 |
Apolipoprotein A1 | hemophilia A | 2009 | 3′ | injected minicircle | in vivo | Wang et al.24 |
β-globin | sickle cell disease, β-thalassemia | 2017 | 5′ | transfection, lentivirus | in vitro | Uchida et al.25; Kierlin-Duncan et al.26 |
2007 | 5′ | transfection | in vitro | |||
β hCG6 | cancer | 1999 | 3′ | transfection, electroporation | in vitro, in vivo | Puttaraju et al.8 |
CD22 | pediatric B lineage ALL | 2015 | 3′ | transfection of polypeptide nanoparticles | in vitro, in vivo | Uckun et al.27,28 |
2015 | 3′ | transfection | in vitro | |||
CD40L | X-linked immunodeficiency with HIGM1 | 2004 | 3′ | transfection, lentivirus | in vitro, in vivo | Tahara et al.29 |
CEP290 | LCA10 | 2018 | 5′ | AAV | in vitro, in vivo | Dooley et al.30 |
COL17A1 | EB | 2011 | IER | transfection | in vitro | Koller et al.31; Dallinger et al.32 |
2003 | 3′ | transfection | in vitro | |||
COL7A1 | EB | 2023 | 3′ | minicircle in liposome | in vitro | Koller et al.33; Liemberger et al.34; Mayr et al.35; Peking et al.36,37; Huttner et al.38; Tockner et al.39; Murauer et al.40,41 |
2022 | 5′ | retrovirus | in vitro | |||
2017 | 3′ | lentivirus | in vitro, ex vivo | |||
2016 | IER | retrovirus | in vitro | |||
2016 | 3′ | retrovirus | in vitro | |||
2016 | 5′ | transfection, minicircle gene gun | in vitro, in vivo | |||
2015 | 3′ | transfection | In vitro | |||
2013 | 3′ | retrovirus | In vitro | |||
2011 | 3′ | retrovirus | In vitro | |||
Ct-OATP1B3 | cancer | 2018 | 3′ | transfection, retrovirus | in vitro, in vivo | Sun et al.42 |
CFTR | cystic fibrosis | 2009 | segmental | transfection, AAV | in vitro | Liu et al.43; Mansfield et al.44,45; Song et al.46; Liu et al.47 |
2005 | 3′ | AAV | in vitro | |||
2003 | 5′ | transfection | in vitro | |||
2002 | 3′ | recombinant adenovirus | in vitro, in vivo | |||
2000 | 3′ | transfection | in vitro | |||
DNA-PKcs | SCID | 2007 | 3′ | nucleofection | in vitro | Zayed et al.48 |
DMPK | DM1 | 2009 | 3′ | transfection | in vitro | Chen et al.49 |
DNM2 | Autosomal dominant centronuclear myopathy | 2016 | 5′, 3′ | transfection, AAV | in vitro, in vivo | Trochet et al.50 |
DYSF | Dysferlinopathies | 2015 | 3′ | lentivirus, AAV | in vitro, in vivo | Philippi et al.51; Monjaret et al.52 |
2014 | 3′ | transfection, AAV | in vitro, in vivo | |||
Dystrophin | DMD | 2013 | 3′ | transfection, lentivirus, AAV | in vitro, in vivo | Lorain et al.53,54 |
2010 | IER | transfection | in vitro | |||
FVIII | hemophilia A | 2003 | 3′ | transfection, AAV | in vitro, in vivo | Chao et al.55 |
GNE | GNE myopathy | 2014 | 3′ | transfection, AAV | in vitro | Tal-Goldberg et al.56 |
HIV | HIV | 2017 | 5′, 3′ | transfection | in vitro | Ingemarsdotter et al.57 |
HTT | HD | 2017 | 5′ | transfection, lentivirus | in vitro | Rindt et al.58,59 |
2012 | 5′ | transfection, lentivirus | in vitro | |||
IgG | 2015 | segmental | transfection | in vitro | Shang et al.60 | |
KRT14 | EB simplex | 2019 | 5′ | retrovirus | ex vivo | Liemberger et al.34; Peking et al.61; Wally et al.62 |
2018 | 5′ | transfection | in vitro | |||
2010 | 5′ | transfection | in vitro | |||
LMNA | L-CMD | 2018 | 5′ | transfection, AAV | in vitro, in vivo | Azibani et al.63 |
MAPT | Tauopathies | 2018 | 3′ | lentivirus | in vivo | Avale et al.64; Espindola et al.65; Lacovich et al.66; Rodriguez-Martin et al.67,68 |
2017 | 3′ | lentivirus | in vitro | |||
2013 | 3′ | lentivirus | in vitro, in vivo | |||
2009 | 3′ | transfection | in vitro | |||
2005 | 3′ | transfection | in vitro | |||
MMP9 | EB-SCC | 2011 | 3′ | transfection | in vitro | Gruber e al.69 |
Mybpc3 | HCM | 2017 | 5′, 3′ | AAV | in vitro | Prondzynski et al.70; Mearini et al.71 |
2013 | 5′ | AAV | in vitro, in vivo | |||
PLEC1 | EB simplex with muscular dystrophy | 2008 | 5′ | transfection, retrovirus | in vitro | Wally et al.72 |
p53 | cancer | 2015 | 3′ | transfection, adenovirus | in vitro, in vivo | He et al.73,74 |
2015 | 3′ | transfection, adenovirus | in vitro, in vivo | |||
RET protooncogene | 2001 | 3′ | transfection | in vitro | Kikumori et al.75 | |
RHO | autosomal dominant retinitis pigmentosa | 2015 | 3′ | transfection, AAV | in vitro, in vivo | Berger et al.76 |
STX1A1 | cancer | 2005 | segmental | adenovirus | in vitro, in vivo | Nakayama et al.77 |
SLCO1B3 | EB-SCC | 2013 | 3′ | transfection, retrovirus | in vitro | Gruber et al.78 |
SMN | SMA | 2011 | 3′ | transfection | in vitro, in vivo | Coady et al.79,80,81; Shababi and Lorson82; Shababi et al.83 |
2011 | 3′ | transfection | in vivo | |||
2010 | 3′ | transfection | in vivo | |||
2008 | 3′ | transfection | in vitro, in vivo | |||
2007 | 3′ | transfection, AAV | in vitro | |||
SYN1 | 2018 | 3′ | transfection, lentivirus, AAV | in vitro, in vivo | Davidsson et al.84 | |
TTN | titinopathies | 2014 | 3′ | transfection, AAV | in vitro, in vivo | Monjaret et al.52 |
AAV, adeno-associated virus; AFP, α-fetoprotein; ALL, acute lymphoblastic leukemia; β hCG6, β-subunit of human chorionic gonadotropin gene 6; CD40L, CD40 ligand; CFTR, cystic fibrosis transmembrane conductance regulator; COL17A1, collagen 17A1; COL7A1, type VII collagen; Ct-OATP1B3, cancer-type organic anion transporting polypeptide 1B3; DM1, dystrophia myotonica type 1; DMD, Duchenne muscular dystrophy; DMPK, dystrophia myotonica protein kinase; DNA-PKcs, DNA protein kinase catalytic subunit; DNM2, dynamin 2; DYSF, dysferlin; EB-SCC, epidermolysis bullosa-associated squamous cell carcinoma; FVIII, factor VIII; HCC, hepatocellular carcinoma; GNE, UDP-N-acetylglucosamine 2-epimerase/N-acetyl-mannosamine kinase; HCM, hypertrophic cardiomyopathy; HD, Huntington disease; HIGM1, hyper-immunoglobulin M1; HPV-16, human papillomavirus type 16; HTT, Huntingtin; IgG, immunoglobulin G; IER, internal exon replacement; KRT14, keratin 14; LCA10, Leber congenital amaurosis type 10; L-CMD, LMNA-related congenital muscular dystrophy; LMNA, lamin; MAPT, microtubule-associated protein; MMP9, matrix metalloproteinase-9; PLEC1, plectin; RHO, rhodopsin; SCID, severe combined immune deficiency; SMA, spinal muscular atrophy; SMN, survival motor neuron; STX1A1, shigatoxin1A1; SYN1, synapsin 1; TTN, titin.