Martino was born in Heidelberg and grew up in Berlin. He studied in Pisa at the University of Pisa and at the Scuola Normale Superiore. During the summer between his second and third year, he worked in G. Cecere’s Lab at the Institut Pasteur (Paris) on the role of piRNAs in gene regulation in C. elegans. For his Bachelor’s thesis, he studied the age-dependent effect of the drug Rotenone on the lifespan of the short-lived killifish N. furzeri under the supervision of A. Cellerino. During his Master’s thesis, he studied the age-dependent regulation of the synaptic transcriptome in mice in A. Cellerino’s Lab (Jena). After discovering the MPI during a summer internship at the Bruguès Lab, he joined the Vastenhouw Lab as a predoc, where he will be studying the chromatin organization during the zygotic genome activation (ZGA). In his free time, he plays the violin, listens to music and watches movies.
Congratulations to our collaborators Yuko and the rest of the Kimura lab for their work on active transcription and histone acetylation dynamics. Twas a wonderful scientific collaboration with Lennart and Nadine, and they are happy to see the published research out in Development!
My paper is finally out! Visualization of active transcription and histone modification dynamics in living zebrafish embryo. Thanks for the collaboration! @NVastenhouw @LennartHilbert @VasilyZaburdaev @successprocess @OHaruka_TITech @Cell_Tokyo_Tech https://t.co/BIxXnirSB0 pic.twitter.com/jV5UuU62tk
— Yuko Sato (@YukoSatoT2) September 30, 2019
Congrats Diana on defending your Master’s thesis!
The Vastenhouw Lab sends off another Master into the world!
Check out our summer cork board below, and you’ll find that the Vastenhouwies took part in many adventures. Even when we’re away from the lab, we like to keep our curious mind active and explore the wonders of science:
Get up close and personal with a tardigrade at Micropia (Museum of Microbes) in Amsterdam, See the showcase of Alfred Nobel and past and current Nobel Laureates at the Nobel Prize Museum in Stockholm, Interact with DNA and nucleosomes at the Health Care Museum in Tallinn, and And when in Moscow, check out Moscow State University.
Summertime also means taking advantage of nice weather and summer events: the annual Elbhangfest festival along the Elbe River, a pleasant journey along Elbewegrad (Elbe River Bike Path) to Pirna, and heading out for lunch together as a bike gang.
Yelyzaveta was born in Kharkiv, the second-largest city in Ukraine. She is currently studying Biotechnology at the University of Wroclaw in Poland. Her Bachelor’s project focused on the genetic disorders causing defective glycosylation and she is now continuing to investigate the role of nucleotide sugar transporters in cellular glycosylation for her Master’s research.
In the meantime, she tries to explore other exciting research directions during her summer breaks. Having spent two wonderful summers studying cyanobacterial Rubisco biogenesis as well as looking into the mechanisms of RNA mobility in plants, she is now ready for new adventures. Eager to get deeper insights into developmental biology and learn to work with zebrafish, she joined the Vastenhouw lab for an internship to explore the main players in zygotic genome activation. If you can’t find Liza at the lab bench, she might be painting, jogging in the city or enjoying an art event.
Our lab’s latest review is now out in Development!
It has been 10 years since Wael Tadros & Howard Lipshitz’s much-loved review “The maternal-to-zygotic transition: a play in two acts“. Now, Nadine, Howard Lipshitz and Wen Xi Cao (PhD student in the Lipshitz lab) revisit the field of maternal-to-zygotic transition (MZT) and take a look at the research conducted over the last decade. They provide an updated description and the current mechanistic understanding of MZT.
Ramya comes from India with training in both computational and experimental techniques. She did her undergraduate engineering degree in Biotechnology from Indian Institute of Technology (IIT), Guwahati, India. For her doctoral work, she joined Prof. Mukund Thattai at National Centre for Biological Sciences (NCBS), India to understand the billion-year-old origins of eukaryotic intracellular compartments. She discovered the role of gene duplications and hybridization in this key evolutionary transition. Diving deeper, she joined Prof. Michael Desai at Harvard to understand the effect of mutation rate on the dynamics and outcome of evolutionary processes. Along the way, her interest was piqued to understand how cells find/activate stimuli-relevant genes within the compacted nuclear genome in a time-sensitive manner. She decided to take on this challenge and joined Nadine at MPI-CBG to address this. Apart from science, she loves nature walks, gardening and theatre.
We are back from lab retreat! This year’s retreat took place in Altenberg, a town in the Erzgebirge (Ore Mountains) about 30 km from Dresden.
Each lab member discussed where the current field is, where their project will lead to, the status of their research project, and their goals and action plans in the upcoming months. We were not only scientifically nourished by our labmates, but also by the friendly hotel staff.
Fun activities in the program included hiking, bowling (aka “kegel” in Germany), ping pong, board games, and alpaca-spotting!
Noémie and Edlyn took part in the “Principles of Light Microscopy” course from April 1-5. Over the course of one week, a tight-knit group of 12 scientists (including PhD students, postdocs, and a BioImage analyst) discussed the basics of microscopy, optics principles, setup and techniques behind the different types of microscopes, digital imaging, and ended with extended resolution in fluorescence microscopy. The program contained a nice mix of theory learning, hands on experience, demos, and short presentations by other imaging specialists in our institute.
This microscopy course is held annually and is organized by our institute’s Light Microscopy Facility (LMF). This year, the course was held in a new venue, in our neighbouring Center for Systems Biology Dresden (CSBD). Great location, making the course seem like a 1-week microscopy retreat!
Photos (top row, left to right): listening to imaging specialists, looking at an image of Edlyn’s hair through polarized light; (bottom row, left to right): studying the effects of refraction and polarization, at our microscope stations in small groups for some hands-on experience and tutoring, what do you see Noémie?