Applications Predicts patient response to NADT in prostate cancer treatment. Identifies patients likely to benefit from mTOR inhibitors. Enables personalized treatment strategies for improved outcomes. Advantages/Benefits Faster and cheaper biomarker identification process than traditional methods High predictive accuracy for treatment outcomes and … [Read more...] about 2025-013 AI-Powered Cellular Morphometric Biomarkers for Classification of Prostate Cancer for Neoadjuvant Androgen Deprivation Therapy (NADT)
Diagnostics
2024-126 AI-empowered Cellular Morphometric Biomarkers in Kidney Cancer patients to predict treatment response and prognosis
Applications Classifies clear cell renal cell carcinoma (ccRCC) patients to predict treatment response and prognosis. Personalized therapy selection, including immunotherapy and mTOR inhibitors. Advantages/Benefits Faster and cheaper biomarker identification process than traditional methods High predictive accuracy for treatment outcomes and prognosis … [Read more...] about 2024-126 AI-empowered Cellular Morphometric Biomarkers in Kidney Cancer patients to predict treatment response and prognosis
Method for Producing Luminescent Protein Shells 2025-005
Applications Molecular diagnostics Nanofactory engineering Advanced light-emitting materials Advantages/Benefits More controlled and better measurement of membrane permeability Enhanced stability and longevity of protein particles Background Biotechnology relies on luminescent luciferase enzymes for applications such as quantifying gene expression … [Read more...] about Method for Producing Luminescent Protein Shells 2025-005
Chelating Ligands for Enhanced Radiolabeling and Therapeutic Potential 2023-119
APPLICATIONS OF TECHNOLOGY: Development of radiopharmaceuticals for cancer diagnosis and treatment Development of antibodies labeled with radionuclides BENEFITS: Simplified synthesis compared to other structures Faster radiolabeling at room temperature Formation of highly stable radiometal complexes Higher synthetic yields BACKGROUND: Thorium-227 … [Read more...] about Chelating Ligands for Enhanced Radiolabeling and Therapeutic Potential 2023-119
High Throughput Characterization of Bacterial Promoters From Their Host Environments 2022-081
APPLICATIONS OF TECHNOLOGY: Health diagnoses (e.g., biomarker analysis) Environmental monitoring (e.g., soil, drinking water) Beauty and health (i.e. living therapeutics for skin conditions) Agriculture Drugs (i.e. search for biosensors associated with diseases) BENEFITS: Uses a DNA-barcoded promoter library and offers a rapid … [Read more...] about High Throughput Characterization of Bacterial Promoters From Their Host Environments 2022-081