Nobel laureate Mello stresses importance of embracing challenges without fear of failure
Sungkyunkwan University’s Biomedical Institute for Convergence hosted a special seminar featuring Craig C. Mello, a 2006 Nobel laureate in physiology or medicine and professor at the University of Massachusetts Chan Medical School, on Sept. 10. In his lecture, titled “RNAi: A Molecular Spark in an Information Inferno,” Mello recounted the discovery of RNA interference and how basic research…
Sungkyunkwan University's Biomedical Institute for Convergence recently hosted a seminar featuring Nobel laureate Craig C. Mello, who spoke about the significance of embracing challenges in scientific research. Mello, a 2006 Nobel laureate in physiology or medicine and professor at the University of Massachusetts Chan Medical School, delivered his lecture titled "RNAi: A Molecular Spark in an Information Inferno" on September 10.
Mello traced the journey of RNA interference (RNAi), a groundbreaking "gene-silencing" mechanism that he co-discovered. He explained how this mechanism allows scientists to selectively switch off specific genes within cells, opening up new possibilities for therapeutic interventions. Mello's lecture highlighted the evolution of basic research into practical therapies that have the potential to save countless lives.
Addressing the students and young researchers in attendance, Mello emphasized the importance of embracing challenges without fear of failure. He stressed that great discoveries do not come from finding predetermined answers, but rather from a process of constantly asking questions and overcoming countless obstacles along the way. The university quoted Mello as saying, "Great discoveries do not come from finding predetermined answers, but from a process of constantly asking questions and going through countless failures."
Professor Mello's work on RNAi has been widely recognized and celebrated in the scientific community. His discovery of this mechanism, which provides a means of regulating gene expression, has had a profound impact on the field of molecular biology. By selectively silencing specific genes, researchers can now study gene function in unprecedented detail and explore new avenues for developing targeted therapies for a wide range of diseases.
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