2025 AB Nexus Grant Awards

Optimizing Beneficial Fungi to Support Infant Gut Health and Prevent Infection

听听CU Anschutz PI: (Microbiology)
听听蜜桃传媒破解版下载 PI: Jennifer Hill (Molecular, Cellular & Developmental Biology)
鈥�听听Exploratory track ($75K)

This research explores how certain Candida fungi in the gut can either help or harm babies during early development. By studying two closely related fungal species鈥攐ne that supports healthy growth and one that can cause infections鈥攖he team hopes to understand what makes some microbes beneficial and others dangerous, with the goal of promoting health and avoiding disease.

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Studying How Baby Diets Shape Their Microbiomes鈥攁nd Future Allergy Risk

听听CU Anschutz PI: (Pediatrics)
听听蜜桃传媒破解版下载 PI: Matthew Olm (Integrative Physiology)
鈥�听听Exploratory track ($75K)

This study investigates how different infant diets鈥攙egetarian versus meat-based鈥攕hape gut microbes and influence immune cells linked to allergies. By analyzing the impact of different infant fecal samples in animal models, researchers aim to uncover how early-life microbiomes impact inflammation, laying the groundwork for future dietary or probiotic strategies to prevent conditions like food allergies and asthma.

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Harnessing AI-Quantum Computing for Colorectal Cancer Therapies

听听CU Anschutz PI: (Pharmaceutical Sciences)
听听蜜桃传媒破解版下载 PI: Karolin Luger (Biochemistry)
鈥�听听Quantum and Human Health track

This project uses cutting-edge quantum computing technologies, AI and the resources of the CU Anschutz Center for Drug Discovery to accelerate new treatments for colorectal cancer. By optimizing a promising class of drugs that target a key protein involved in tumor progression, the team aims to improve chemotherapy effectiveness and bring a new therapy closer to clinical trials鈥攁ll while positioning Colorado as a leader in quantum-powered health innovation.

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Using Quantum Sensing to Detect Pneumonia and Asthma in Children

听听CU Anschutz PI: (Pediatrics)
听听蜜桃传媒破解版下载 PI: Jun Ye (Physics)
鈥�听听Quantum and Human Health track

Using quantum sensing and advanced laser technologies, this project aims to develop a new breath test to help doctors quickly and safely differentiate between bacterial pneumonia, viral infections and asthma in children. By analyzing a child鈥檚 breath molecules, the team hopes to improve the process of diagnosis, reduce unnecessary treatments, and create a portable tool for use in hospitals and clinics.

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