Potent Potential
Potent Potential reflects on the transformative process of reprogramming the artist’s blood cells into induced pluripotent stem cells (iPSCs). Developed as part of the Posthuman Genetic Legacies Project in collaboration with A/Prof Brad Sutherland and Dr. Jo-Maree Courtney, the resulting cell line is envisioned as an alternative form of biological offspring, intended for use in both creative and scientific research endeavors. Once reprogrammed into a stem-cell-like state, the iPSCs can be directed, through changes in nutrient media, to form embryoid bodies—3D cell aggregates that mimic early embryonic development—or to differentiate into various cell types, including heart, bone, and brain cells.
The series uses generative artificial intelligence software to recombine images of the artist’s iPSC cells into intricate cellular imagery. This imagery celebrates the diversity of biological forms and hints at the cells’ potential to generate a wide range of organoids (simplified 3D organ structures) and specialised cell types, underscoring the transformative potential of life.
The series was exhibited in the group show Beyond Measure at The UTAS Sunroom Gallery as part of the Beaker Street Festival Crawl in August 2023.
PROJECT DETAILS:
Svenja Kratz, Potent Potential, 2023. AI generated images created from iPSC microscopy images. Series of Three. Digital image on archival satin paper. 600 x 600mm.