Biohub
@biohub.org
Combining frontier AI & frontier biology to help scientists cure or prevent disease
Alex Walsh is recognized for her development of label-free optical imaging technologies that enable the non-invasive metabolic monitoring of single cells.
spie.org/news/alex-wa...
spie.org/news/alex-wa...
Alex Walsh: The 2026 SPIE Early Career Achievement Award – Academic Focus
For innovations in label-free optical microscopy through integration of fluorescence lifetime imaging and machine learning, and for outstanding mentorship and service contributions within the communit
spie.org
January 9, 2026 at 7:37 PM
Alex Walsh is recognized for her development of label-free optical imaging technologies that enable the non-invasive metabolic monitoring of single cells.
spie.org/news/alex-wa...
spie.org/news/alex-wa...
Hui Cao’s work in mesoscopic physics and complex media has advanced our understanding of light-matter interactions, specifically through her development of unconventional lasers and multimodal fibers.
spie.org/news/hui-cao...
spie.org/news/hui-cao...
Hui Cao: The 2026 SPIE Mozi Award
For pioneering work in novel light sources, and demonstrating a wide range of applications in imaging, sensing, and random number generation
spie.org
January 9, 2026 at 7:37 PM
Hui Cao’s work in mesoscopic physics and complex media has advanced our understanding of light-matter interactions, specifically through her development of unconventional lasers and multimodal fibers.
spie.org/news/hui-cao...
spie.org/news/hui-cao...
Kimani Toussaint is recognized for his commitment to diversifying STEM and his leadership in creating research opportunities for underrepresented students in optics and photonics.
spie.org/news/kimani-...
spie.org/news/kimani-...
spie.org
January 9, 2026 at 7:37 PM
Kimani Toussaint is recognized for his commitment to diversifying STEM and his leadership in creating research opportunities for underrepresented students in optics and photonics.
spie.org/news/kimani-...
spie.org/news/kimani-...
Maryellen Giger's work in AI-driven image analysis has advanced computer-aided diagnosis and its clinical translation. This honor also recognizes her mentorship of the next generation of medical-imaging scientists.
spie.org/news/maryell...
spie.org/news/maryell...
spie.org
January 9, 2026 at 7:34 PM
Maryellen Giger's work in AI-driven image analysis has advanced computer-aided diagnosis and its clinical translation. This honor also recognizes her mentorship of the next generation of medical-imaging scientists.
spie.org/news/maryell...
spie.org/news/maryell...
We’re thrilled to see this work on the cover! Congrats again, @loicaroyer.bsky.social + team!
November 14, 2025 at 7:22 PM
We’re thrilled to see this work on the cover! Congrats again, @loicaroyer.bsky.social + team!
💡What if you could simulate cells before lab experiments? Meet scLDM: an AI model that generates realistic single-cell data on demand. Specify conditions like tissue type and perturbations—scLDM predicts what happens. Virtual experiments to accelerate discovery. bit.ly/scldm
Modeling cellular diversity with scLDM
scLDM is a deep generative AI model that creates realistic single-cell data to advance virtual cell research.
bit.ly
November 6, 2025 at 4:32 PM
💡What if you could simulate cells before lab experiments? Meet scLDM: an AI model that generates realistic single-cell data on demand. Specify conditions like tissue type and perturbations—scLDM predicts what happens. Virtual experiments to accelerate discovery. bit.ly/scldm
🧬Introducing VariantFormer: the first AI model that predicts how your genetic variants affect gene expression across different tissues. It helps researchers understand disease mechanisms and accelerate personalized medicine. bit.ly/variantformer
Genomics research for all
VariantFormer is an AI Model that predicts how personal genetic variations affect gene expression across tissues
bit.ly
November 6, 2025 at 4:32 PM
🧬Introducing VariantFormer: the first AI model that predicts how your genetic variants affect gene expression across different tissues. It helps researchers understand disease mechanisms and accelerate personalized medicine. bit.ly/variantformer
🔬We’re launching the Virtual Immune System project—a flagship effort to model the immense complexity of the human immune system, opening the door to engineering health, simulating immune therapies, reprogramming cells & preventing disease before it arises. bit.ly/virtualimmune
The Virtual Immune System: A roadmap for predictive human immunology
Biohub’s Aly Khan on how AI and causal data could make immunology a predictive science.
bit.ly
November 6, 2025 at 4:32 PM
🔬We’re launching the Virtual Immune System project—a flagship effort to model the immense complexity of the human immune system, opening the door to engineering health, simulating immune therapies, reprogramming cells & preventing disease before it arises. bit.ly/virtualimmune
At Biohub, our scientists + technologists are building AI-powered tools to understand biology and advance cures. From translating DNA into cellular behavior with VariantFormer to visualizing molecular structures with our Virtual Immune System—we're pushing the boundaries of science. 👇
November 6, 2025 at 4:32 PM
At Biohub, our scientists + technologists are building AI-powered tools to understand biology and advance cures. From translating DNA into cellular behavior with VariantFormer to visualizing molecular structures with our Virtual Immune System—we're pushing the boundaries of science. 👇