Technology Automated Microfluidic Platform For High-Throughput 3D Cell Culture, Dynamic Stimulation, And Single-Cell Analysis Automated microfluidic platform enabling high-throughput, precise 3D cell and organoid culture, drug screening, and single-cell analysis, allowing real-time monitoring and dynamic control of cellular environments for advanced research in cancer,…
Technology Nanoparticles Containing Multiple Cleavable Prodrugs For Cancer Therapy Specially designed nanoparticles to deliver multiple cancer drugs at once, improving drug stability, targeting tumors more effectively, and reducing side effects by controlling and triggering drug release directly at the…
Technology Oral Systemically-Bioavailable Butyrate For Treating Inflammatory Diseases Method to attach butyrate to amino acids, allowing it to bypass gut metabolism and enter the bloodstream, increasing its bioavailability and enabling effective treatment of inflammatory, immune, and neurological conditions…
Technology A Biomarker Analysis Platform For Predicting Immunotherapy Response And Survival In Cancer Patients A method using tumor sequencing data to measure membrane-localized neoantigens, helping predict which cancer patients will benefit from immunotherapy, even those with low tumor mutational burden, improving treatment selection and…
Technology Physics-Informed Autoencoder For Non-Invasive Prediction Of Tissue Composition From MRI Data A deep learning tool that quickly and accurately estimates prostate tissue composition from MRI scans, combining physical modeling and AI to provide robust, non-invasive cancer diagnostics without needing large, labeled…
Technology Novel RNA Replicon Vector For Efficient Gene Delivery To The Skin A Sindbis virus-based self-amplifying RNA vector has been engineered for long-lasting, safe gene expression in skin cells, aiming to treat genetic skin disorders like recessive X-linked ichthyosis by restoring missing…
Technology Ligand-Directed Photo-Proximity Labeling Technology For Profiling And Detecting Cancer Biomarker Interactions In Live Cells Light-activated chemical probes to label and identify proteins near cancer biomarkers on live cells and tissues, enabling detailed study of protein interactions and signaling pathways relevant to cancer diagnosis and…
Technology A Gene-Modified T Cell Platform For Spatially Controlled Therapeutic Protein Delivery In Response To Radiation Engineered T cells to release cancer-killing proteins only when activated by targeted radiation, enabling precise, localized tumor treatment while minimizing side effects and improving the effectiveness of CAR-T therapy for…
Technology AI-Enhanced Single-Photon Quantum Detectors This technology uses advanced machine learning algorithms to extract significantly more information from single-photon detector signals than conventional approaches. By analyzing full detector waveforms in real time, the technology improves…
Technology Amphiregulin Screening And Inhibition Methods For Reducing Metastasis And Enhancing Radiotherapy Efficacy Methods to improve radiotherapy by blocking the protein Amphiregulin (AREG), which helps tumors resist treatment and spread. Inhibiting AREG enhances anti-tumor effects and reduces metastasis, making radiotherapy more effective …
Technology A Next-Generation mRNA Vaccine Platform For Enhancing T-Cell Responses And Improving Antiviral And Antitumor Immunity Next-generation mRNA vaccine platform uses a lipid-polymer hybrid nanoparticle to boost stability, immune cell uptake, and T cell responses, leading to stronger and longer-lasting protection against viruses and cancer while…
Page About Us about us Advancing innovative ideas and technologies from the University of Chicago ecosystem to the world. The Polsky Center’s roots trace back to the University of Chicago’s longstanding commitment to...
