The scientists invited to speak at the 2022 International Symposium on Chemical Biology are leading experts in the field with years and decades of experience. But the event will also bring together many early-stage researchers who make up the future of the field. Of these, we are excited to host two emerging scientists who have recently established their own laboratories. In this article, we introduce one of them: Adai Colom, group leader at the Biophysica Institute in Bilbao, Spain. We were curious to know what aspects of his identity as a scientist have helped him get to where he is today. We talked to Adai’s past and present colleagues to find out.
Adai Kolom’s talks at the 2022 symposium will discuss how His group aims to understand the role of membrane mechanics and protein dynamics involved in various cellular processes, in particular at immunological synapses, for example the nano-scale gap between T cells and antigen presenting cells., but also during viral infection and embryogenesis, Adai has adopted approaches that utilize and combine a wide range of systems (in vitro embryos) and techniques such as HS-AFM and Fast-FLIM.
Former Supervisor of Adai Kolom, Prof. In a discussion with Aurelian Roux, he shared that “Adai”There was no fear of changing direction completely.Addai worked during his PhD with High Speed AFM for Applications in Biology, while working as a postdoc in Geneva “He completely changed and moved to fluorescence imaging of chemical dyes using a technique that hadn’t even been in the lab before”. was paid “Able to lead two projects at the same time: Reconstitution of Dynamin with High-Speed AFM and FLIM with Cells“- he combined FLIM, in vitro And in cellulo Information This demonstrates Adai’s tremendous versatility, an important skill in science, as “If you don’t take the risk of trying, you’ll never get the fruits of it,
Addai Colom’s former Roux Lab colleagues, Pau Gilamat and Joachim Moser von Filsek, and current lab members also shared their appreciation for Adai’s tenacity and versatility as a scientist.
,His ability to make scientific research a beautiful, fun and meaningful sport is great! Always positive and optimistic, versatile and persistent, Adai plays with lipids, cells, glass plates and microscopes. Adding creativity, generosity and openness to the mix makes Adai a full-fledged scientist. Everyone wants to play science with him!” Pow shares. Joachim further remarks that even though sometimes “Adai was definitely disappointed,He had never even thought of giving up. With his creativity and insight, and sometimes pure will, he got things to work. I found that very impressive!”,
Today, as a group leader, Adai’s “Persistence and the ability to build an extensive network have been key to getting his lab to its earlier stages.” Shares Andrea Merino, a PhD student in Adai’s lab. really, “The project he proposed is really ambitious and inspiring“But what has been decisive is the payee”thinks that a group should work where each member of the group has the freedom to propose solutions to the different problems the group is working on and where collaboration and a good working environment are important,
We can learn a lot from Adai and his way of approaching science. their perseverance, their genuine willingness to cooperate, and “His way of accessing experiments and techniques without fear and desire to learn“, has been the recipe for success. Most importantly, “Adai is not only work or science, but also sports, fun, friends and family, and he has managed to stay faithful to all these aspects over the years. It’s not always easy. Science often makes us sacrifice some of the most beloved parts of our lives. When this happens, it is important that the laboratory remains a healthy, positive, and cool place to work. For this, people like Adai are essential in any workplace, especially on the leading edge.“, shares his friend and former colleague Pau.
Adai Colom. about
Adai Colom completed her PhD in structural biochemistry at the University of Aix-Marseille in 2013, during which she contributed to the development of the high-speed atomic force microscope (HS-AFM). In 2013, he joined as a postdoc in Prof. Aurelian moved to Geneva, Switzerland to work in Roux’s laboratory, where he first worked with HS-AFM to study membrane remodeling during cellular trafficking. Addai then turned to optical microscopy and, in collaboration with other members of NCCR Chemical Biology, he helped develop the mechanosensitive probe Flipper-TR. Adai recently established his laboratory at the Biophysica Institute in Bilbao, Spain, where he has combined his expertise of Flipper-TR and his curiosity for membrane mechanics with the aim of better understanding how membrane tension and remodeling immunological synapses and How do you contribute to the virus? infection.