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GU Chenhui, a second-year doctoral student from the School of Medicine, focuses on basic research and technological transformation of naturally derived vesicles in the musculoskeletal system. He has published six papers as the first/corresponding author in high-level journals such as Nature, Nature Nanotechnology, and JACS. He has applied for 17 national invention patents, with three already authorized, and has co-invented the patent Nano Platelets with his advisor, which has entered clinical application. He has been awarded the Chu Kochen Scholarship (the highest honor bestowed upon ZJU students), ZJU Top Ten Outstanding Students, National Scholarship and the gold prize of the 7th China College Students' "Internet Plus" Innovation and Entrepreneurship Competition . During his sophomore year of undergraduate studies, GU developed a strong interest in scientific research. Under the guidance of Professor SUN Qiming from the School of Basic Medical Sciences, he learned molecular experimental techniques. Later, with the assistance of Senior Sister LIU Yijun from the Interdisciplinary Institute of Neuroscience and Technology, he received further guidance in research. Although he didn't publish high-quality articles during his undergraduate studies, this period of research experience became a valuable asset on his research journey. After, he was fortunate to meet Professor FAN Shunwu and Senior Brothers LIN Xianfeng and CHEN Pengfei, who taught him the most important aspect of research: to stay curious and take action. During the research process, GU experienced setbacks and confusion, but he always pursued the path of research with love and interest, guided by curiosity and driven by perseverance. With passion as his guide and persistence as his motivation, he silently accumulated strength, calmly faced challenges, and ultimately shone brightly. GU believes that scientific research should be about doing things that are useful to people. The projects he has been involved in are mostly studies with real clinical or scientific value. When he and the laboratory members witnessed the medical miracle created by nano platelets, the belief in genuinely alleviating patients' suffering further strengthened his sense of accomplishment. This pride in the translation of achievements has always supported him, giving him more motivation to face the difficulties and setbacks in the research process. During the research process, GU believes that writing papers and submitting them for publication play crucial roles. Scientific research is like telling a story, with inspiration coming from solid practice, and the development and conclusion of the story requiring rigorous analysis and strong support. Scientific research is not only reflected in papers but also in the stories we tell ourselves. On the journey of scientific research, we are not only solvers of problems but also creators of questions through self-reflection. Various competitions during his graduate studies have greatly helped his research journey, especially the "Challenge Cup" National College Students' Extracurricular Academic Science and Technology Contest. He has always believed that competitions and research complement each other: competitions make one aware of their shortcomings, while research provides the foundation for competitions. When competitions and research are both pressing, it's difficult to find shortcuts, and the only way is to make time, a process that is painful but fulfilling. Accompanied by like-minded friends, they jointly overcome academic challenges in research, and try to promote the development of medical careers. Adapted and translated from the article written by Doctoral Students' Union of Zhejiang University – India Education | Latest Education News | Global Educational News

GU Chenhui, a second-year doctoral student from the School of Medicine, focuses on basic research and technological transformation of naturally derived vesicles in the musculoskeletal system. He has published six papers as the first/corresponding aut ....

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Improving our understanding of images in cell biology

The Serpico team was created 12 years ago as part of a collaborative project between Institut Curie, the CNRS and Inria. It develops innovative methods for processing microscope images and its algorithms are used by biologists for cancer research, among other purposes. In 2023, the team is restructuring. It is changing its name slightly to Sairpico and is joining the chemical biology unit at Institut Curie. Its team will also be reinforced by researchers from Inserm to explore a new imaging method for biology: polarised optical microscopy. ....

United Kingdom , Institut Curie , University Of Cambridge , French National Research Agency , Max Planck Institute Of Biochemistry , Grenoble Institute Of Neuroscience , Nuclear Safety , Development Institute , Institute For Radioprotection , Interdisciplinary Institute Of Neuroscience , Rennes Genetics , Interdisciplinary Institute , Grenoble Institute , Max Planck Institute , France Bioimaging ,

Improving our understanding of images in cell biology

The Serpico team was created 12 years ago as part of a collaborative project between Institut Curie, the CNRS and Inria. It develops innovative methods for processing microscope images and its algorithms are used by biologists for cancer research, among other purposes. In 2023, the team is restructuring. It is changing its name slightly to Sairpico and is joining the chemical biology unit at Institut Curie. Its team will also be reinforced by researchers from Inserm to explore a new imaging method for biology: polarised optical microscopy. ....

United Kingdom , Institut Curie , French National Research Agency , Development Institute , Grenoble Institute Of Neuroscience , Nuclear Safety , University Of Cambridge , Interdisciplinary Institute Of Neuroscience , Max Planck Institute Of Biochemistry , Institute For Radioprotection , Rennes Genetics , Interdisciplinary Institute , Grenoble Institute , Max Planck Institute , France Bioimaging ,

Alzheimer's disease: an alternative hypothesis based on synaptic alterations

New research suggests that targeting proteins essential to neurotransmission could be a promising alternative to treat Alzheimer’s disease New ....

Richie Kohman , Christophe Mulle , Tomas Jorda , Doctoral Research , Wyss Center , University Of Geneva , European Medicines Agency , Interdisciplinary Institute Of Neuroscience , Journal Of The Alzheimer Association , Interdisciplinary Institute , Post Doctoral Research Associate , Chief Scientific Officer ,