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Year of election: | 2011 |
Section: | Pathology and Forensic Medicine |
City: | Hangzhou |
Country: | China |
Research Priorities: Molecular biology, tumour pathology, intestinal cancer, colorectal carcinoma, early cancer detection, risk markers, metabolic syndrome
Maode Lai is a Chinese pathologist. His research focuses primarily on tumour pathology, especially intestinal cancer. He identifies risk markers for early cancer detection and studies mechanisms of metastasis. He also examines the molecular foundations of metabolic syndrome. The results of his research have contributed to the development of personalised medicine.
Intestinal cancer can occur frequently within families; the reasons may lie in a genetic predisposition, but they may also be lifestyle-related. Maode Lai researches the molecular foundations of intestinal cancer (colorectal carcinoma) and, in particular, looks for risk genes for the development of intestinal cancer. He initiated a platform allowing for the systematic cataloguing and comparison of identified genetic mutations.
In many cancer patients, metastases form, a process in which epithelial mesenchymal transition (EMT) is involved. During this process, tumour cells detach themselves from the cell structure, move into tissue and blood and lymphatic vessels, and form metastases there. Maode Lai sequences tumour samples and studies these mechanisms. Together with his team, he develops molecular tests in order to identify biomarkers for early cancer detection, in particular intestinal cancer and liver metastases. This means that at-risk patients can be offered early treatment strategies.
His group was able to show that the protein IGFBP7 plays an important role in insulin resistance and is associated with metabolic syndrome. Metabolic syndrome comprises illnesses characterised by, among other things, blood pressure, blood lipid, and weight values and which, when aberrational, increase the risk of cardiovascular disease and certain cancers. Maode Lai aims to further demystify the foundational mechanisms.