TABLE 7.
In vitro studies of 3D structures/organoids.
References | Product | Cell type | Description | Cell survival |
Eiraku and Sasai, 2012 | Matrigel | mESC | Organoid model to obtain a 3D retinal model. | >3 w |
Hiler et al., 2015 | – | miPSC | Model obtained from iPSC derived from different sources to study retinogenesis. | 4 w |
Hasegawa et al., 2016 | Collagen | mESC | Organoid gel model to study retinogenesis. | >1 w |
Völkner et al., 2016 | Matrigel | mESC | Model to study retinogenesis. | 3 w |
Chen et al., 2016 | – | mESC miPSC | Model to study morphogenesis of the photoreceptors. | 5 w |
Lamba et al., 2006 | Matrigel | hESC | Model to obtain neural precursors and co-culture with retinal explant. | 3 w |
Osakada et al., 2008 | – | mESC monkey ESC hESC | Model to obtain retinal cells. Co-culture with retinal explants to study interaction. | mESC-PR: >4 w monkey ESC-RPE:13 w monkey ESC- PR: 18 w hESC- RPE: 17 w hESC – PR: 28 w |
Ohlemacher et al., 2015 | Matrigel | hPSC | Model to study development of retinal tissue and drug screening. | 10 w |
Fligor et al., 2018 | Matrigel | hPSC | Model to study development of retinal tissue and retinal ganglion cells growth. | 6 w |
Zhong et al., 2014 | Matrigel | hiPSC | Modeling of diseases and to obtain retinal cells. | 13 w |
Nakano et al., 2012 | – | hESC | Model to obtain and store retinal cells. | 18 w |
Lowe et al., 2016 | Matrigel | hESC | Organoid model. | 2 w |
Achberger et al., 2019 | Agarose Polydimethylsiloxane and Polyethylene terephthalate | iPSC | Development of vascularization in an organoid matrix and membrane models. | 2 w |
Thangaraj et al., 2011 | – | Chicken retina | Organotypic culture. Retinal development model. | 3 w |
Engelsberg et al., 2008 | Millicell inserts | Human retina | Organotypic culture. Development of neuronal and glial cells. | 6 w |
Niyadurupola et al., 2011 | Millicell inserts | Human retina | Organotypic culture. Model for retinal ganglion cell degeneration. | 0.5 w |
Osborne et al., 2016 | – | Human retina | Organotypic culture. Model for retinal ganglion cell degeneration. | 4 w |
Curatola et al., 2005 | – | Mice retina | Organotypic culture. Vascularization of the 3d culture. | 2 w |
Caffé et al., 2002 | – | Mouse retina | Organotypic culture. Retinal development. | 4 w |
Ghosh et al., 2009 | – | Rat retina | Organotypic culture. Isolation of photoreceptors. | 2 w |
Wang et al., 2002 | – | Mice retina | Organotypic culture. Introduction of genes. Study cellular differentiation. | 1 w |
Subrizi et al., 2012 | Polyimide | hESC | Development of retinal pigment epithelium in a polyimide membrane. Coculture with rat retinal explants. | hESC-RPE: 2–8 w Coculture: <0.5 w |
Johnson et al., 2016 | – | Mice retina | Organotypic culture. Neuroprotection studies. | 1 w |
Engelsberg et al., 2005 | – | Porcine retina | Organotypic culture. | 6 w |
Taylor et al., 2013 | – | Porcine retina | Organotypic culture. Study the effect of the neurotrophic factors in retinal survival. | 1.5 w |
Taylor et al., 2014 | polycarbonate | Porcine retina | Organotypic culture in a polycarbonate membrane. Study the effect of the biomaterial in the structure of the retina. | 1.5 w |
Huang et al., 2000 | – | Rabbit retina | Organotypic culture. Developmental study. | 1 w |
Koizumi et al., 2007 | – | Rabbit retina | Organotypic culture. Model for genetic manipulation. | 1 w |
mESC, mouse embryonic stem cell; miPSC, mouse induced pluripotent stem cell; hESC, human embryonic stem cell; hiPSC, human induced pluripotent stem cell.