Join Mahyar Salek of Deep Cell as he unveils a transformative vision for cell biology at SuperAI Singapore 2025. In his thought-provoking talk, "From Pixels to Pathways: Omni-Modal Cell Biology with AI," Salek presents the revolutionary capability of artificial intelligence in redefining our understanding of cellular morphology and its implications for biological intelligence.

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Salek explores how AI, through Deep Cell's technology, is advancing our comprehension of cell morphology beyond traditional markers and genes. By leveraging AI, it identifies subtle variations in cells that are unnoticeable to the human eye, detecting changes that inform cell types, states, and functions. The AI-driven approach makes cell morphology quantitative and actionable, mirroring the evolution of genomics two decades ago.

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Highlighting Deep Cell's platform, Salek introduces REMI, a real-time AI-driven cell analyzer and sorter that allows unprecedented insights into cell behavior. At Erasmus Medical Center in Rotterdam, REMI is already making strides in transplant medicine by enabling the detection of kidney transplant rejection via simple blood tests, aiming for better patient outcomes and reduced healthcare costs.

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Salek envisions a future where AI leads to a unified virtual cell model, akin to a "GPT for cells," revolutionizing personalized medicine by tailoring therapies with digital twins of biological systems. This groundbreaking development signals a new dawn in biology, converging it with data science, and elevating our capacity to design and engineer life.

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