WHO WE ARE
I have been fascinated by chromosome morphology ever since my PhD work where I studied the process of chromosome condensation during nuclear division. I have then moved to Oxford to focus on the problem of sister chromatid cohesion and explore new techniques for acute protein inactivation. After a period abroad, I returned to Portugal in 2012 to start my independent line of research aiming at redefining the role of mitotic chromosomes during nuclear division. My major tasks are to run the lab and support a highly motivated team. My non-academic interests include Argentine tango, creative sewing, cinema and travel.
I am a member of the CHR group since November 2020. After my MSc in Molecular Biology in Italy, I decided to dig deep into chromosome dynamics – and I couldn’t have joined a more stimulating lab! Here I am helping to better decipher how transcription is shut down during mitosis in Drosophila, a surprising model organism.
(co-supervised by inês Milagre)
I am from Almada, and after experiencing many applied sciences areas I decided I wanted to work in fundamental research. I have been at CHR Lab since September 2019, where I was a research technician working with induced pluripotent stem cells chromosome segregation fidelity. In January 2021 I started my PhD following the work I have been doing with a primary focus on chromosome condensation. My main interests outside the lab are cooking confusing and challenging meals and desserts, I enjoy reading books. I love to travel and interact with other cultures, and I really like my video camera, sometimes people say I am annoying for wanting to record every moment.
I joined the CHR Lab in October 2013 but have worked in Cell Biology since 2008. I am here to help Raquel managing the lab and to help other people in whatever they need. I participate in everyone’s work which is a great way to have a broader view of the different projects in the lab.
I joined the CHR in the summer of 2017, seduced by beautiful live imaging videos and the molecular strategy behind them. Couldn't choose a better lab to do my PhD, not only am I always challenged intellectually but found also a group of friends that I will always take with me. My focus is on how histones contribute to mitotic chromosome architecture and maintenance as well as a new research twist: understanding how transcription is shutdown upon mitosis. Outside of the lab I love to go to concerts and travel as much as possible.
After getting my MSc in Biology and Chemistry in Zagreb, I got the opportunity to spend my Erasmus internship at this amazing CHR lab (read: family).
I have always been a person with wide range of interests in my life, and of course one of them was biology (I know, very unpredictable). Although I like many fields of this cool, various, beautiful and sometimes complicated science, molecular biology and genetics have a special place on my list of interests. My task in here is to find a way to inhibit polymerase I which can help my colleagues to understand the mitotic processes better. This is so far one of the best experiences that I had on my educational path.
Besides the research, on my list there are a lot of things (except the free time)... I like doing sports (I am also a national basketball referee), spending time in nature, taking photos with my camera, traveling (of course), cooking (and enjoying food) and having fun with friends.
I joined the CHR lab in 2019. I am a stem cell biologist interested in understanding why pluripotent stem cells (PSCs) are prone to making mistakes during mitosis. I am focusing my research in understanding the control and regulation of the mitotic machinery in PSCs and trying to increase mitotic fidelity in these cells. When I'm not in the lab I am learning a lot with my 3 year old son and his take on life. I also like to be in the kitchen (sometimes with my little helper) trying to veganise typical Portuguese recipes.
(in collaboration with Ivo Telley, IGC)
Joining the CHR lab as a shared PhD student started in 2017. Since I am mesmerized by cell division, I was drawn immediately into the lab by the amazing nuclear divisions in the fly embryo. I started by exploring additional forces acting on mitotic chromosomes besides the microtubule-based spindle. Unexpectedly, this led us to focus on the endoplasmic reticulum (ER) and prompted us to find a way to disrupt this organelle during mitosis. I am currently studying the function of an ER-associated protein on the morphology of the mitotic spindle and how it impacts mitotic progression. I am a beach addict during the summer, and I love nature tours (if the ocean is included, count me in!)
My interest in mitotic chromosomes introduced me to the CHR family, which warmly welcomed me in November 2021. After obtaining my PhD at the Barts Cancer Institute, where I studied chromosome segregation errors and aneuploidy in cancer, I decided to move here to deepen my knowledge on chromosome biology during cell division. In the lab I am under an exciting ERC project focused on how human chromosomes become suddenly transcriptionally silent upon mitosis onset, and every now and then I'm trying to catch some of the interesting features of the fruitfly from the many experts in the lab. If you don't find me at the bench I am probably having a coffee. Loving yoga, but always looking for new lively activities!
I joined the amazing CHR lab in April 2021 to develop my PhD project. After spending two years studying the biology of the malaria parasite Plasmodium, I decided I wanted to switch gears for my PhD. Now at the CHR lab I am interested in studying the impact that mitotic transcription inactivation might have in stem cells and their cell fate decisions, merging the two fantastic worlds of cell biology and developmental biology!
photo credits: IGC