Le Nguyen Quoc Khanh

Le Nguyen Quoc Khanh

Associate Professor, Taipei Medical University, In-Service Master Program in Artificial Intelligence in Medicine

Grants

Assessment of Nutritional Deficiency Patterns and Pharmacotherapy Outcomes in Patients admitted to Emergency and Intensive Care Units [Co-Investigator]

Towards interpretable genotyping of non-small cell lung cancer: an explainable AI approach leveraging CT-based radiomics [Principal Investigator]

The Development and Validation of a Prediction Algorithm for First-Onset and Recurrence of Major Depression in General Population: A Genetic, Epigenetic and Drug Repurposing Approach [Co-Investigator]

Develop IL-19 antibody immunotherapy and unravel immunosuppressive mechanism in peritumoral region of glioblastoma by single cell transcriptome analysis [Co-Investigator]

Sequence-based protein function prediction using graph transformers and deep representative learning [Principal Investigator]

Development of innovation optoelectronic AI detection technology, antibacterial materials, and machine learning database construction for catheterization-associated urinary tract infection in patients [Co-Investigator]

The application of artificial inteligence to predict the clinical outcome through MRI imaging in patients with nasopharyngeal carcinoma [Co-Investigator]

Incorporating transfer learning and CT radiomics in classifying molecular subtypes of NSCLC [Principal Investigator]

The development and validation of a prediction algorithm for first onset of major depression in general population: a genetic, epigenetic and drug-driven approach [Co-Investigator]

Machine learning algorithm for classification of Ductal carcinoma in situ and minimal invasive breast cancer on mammography [Co-Investigator]

Research Grant for “110 Top International Journal Award” [Principal Investigator]

DeepNLP-DNA: a pre-trained NLP model for DNA sequence representation using deep transformers and 2D convolutional neural networks [Principal Investigator]

Incorporating radiogenomics and NLP to improve the predictive performance of lung cancer recurrence [Principal Investigator]

An artificial intelligence system for precision lung cancer based on clinical big data [Co-Investigator]

Incorporating radiogenomics and NLP to improve the predictive performance of lung cancer recurrence [Principal Investigator]

Research Grant for Newly Hired Faculty [Principal Investigator]

GPU Grant [Principal Investigator]