Human Postmortem Tissues[41–54]
|
Complexity of brain preserved, including cell composition and spatial organization |
Tissue not living, no evaluation of function or development over time |
|
Identification of disease markers |
Limited reproducibility or scalability for high-throughput screening |
|
Imaging of brain structure |
|
Rodent Slice Cultures[55–72]
|
Complexity of brain preserved, including cell composition and spatial organization |
Limited capability for evaluating function or development over time |
|
Analysis of neural network anatomy and function |
Limited reproducibility or scalability |
|
|
Not suitable for high-throughput screening |
2D Cell Culture[73–86]
|
Reproducible and scalable: high-throughput screening |
Limited culture longevity, particularly for primary cells as opposed to stem cells |
|
Suitable for non-invasive imaging and electrophysiological recordings |
Low complexity, not representative of native cell environment |
|
Modeling of human biology through stem cell technology |
|