This is a joint NVvM/NEMI workshop where talks will be given by representatives of the major EM Materials Science labs in The Netherlands, organized by Sonia Conesa Boj (TU Delft) and Marijn van Huis (Utrecht University). Please register for this meeting by sending an email to email@example.com. The final program and a link to the hybrid/online meeting will be sent to all participants in January 2022.
Dear super-resolution enthusiasts,
The 30th of June of 2021 a first instalment of the workgroup for super-resolution microscopy of the NVvM meetings was held. Hereby we would like to in invite you to our second meeting where we will focus on the application of Super-Resolution microscopy.
For this second meeting we will organize a ‘mini-symposium’ where all of the workgroup members are invited to give a small 10 minute presentation focused on the application of super-resolution to biological and other problems. After these presentations there will be room for a brainstorm/discussion about where the biological and other challenges lie that super-resolution might solve. This mini-symposium will be held online Wednesday the 3rd of November from 13h ~ 17h (end time depending on the number of speakers). If you are interested in joining this workgroup meeting please let us know by sending an e-mail before Friday the 22nd of October, so we can make a program for the afternoon.
Dimitris Kapsokalyvas, Johan Slotman
For more information click here
Dear Intravital microscopy enthusiasts,
Are you working with, or planning to work with, intravital microscopy? Would you like to share your knowledge, gain experience, and expand your network? Then the Intravital Microscopy workgroup within the NVvM (Dutch Microscopy Organization) is something for you. We organize our first (online) meeting on the 15th of October, from 15.00-17.00. We aim to bring people in the field of Intravital Imaging together.
Since it is our first official meeting, we start with an introduction round and discussion of our proposed mission statement, see the program below. Also, since intravital microscopy does not stop at the border, we have invited speakers associated with the German Bioimaging (Gerbi) Intravital Imaging workgroup, which was initiated 5 years ahead of us. Feel free to invite your colleagues (via spreading the zoom link) within your institute but also potentially interested collaborators elsewhere, possibly abroad.
The zoom link is
Meeting ID: 960 5748 8205, Password: 332449
With best regards,
Gert-Jan Bakker and Marc van Zandvoort
15:00h Introduction round
15:15h Proposed mission statement
15:30h First speaker, Dr. Hans-Ulrich Fried, head of the Light Microscope Facility, DZNE
Hans Fried runs a core facility in the DZNE (Bonn), with 8 out of 30 setups being dedicated to multiphoton imaging, small animal operation tables, and analysis software tools dedicated to intravital microcopy. Within the DZNE, groups study neuro-degeneration and are therefore specialized on intravital imaging of the brain or spinal cord, using imaging techniques ranging from super resolution STED to deep imaging with three-photon excitation.
16:15h Second speaker, Dr. Katrin Roth, chair Intravital Imaging Workgroup Gerbi
Katrin Roth is the head of the Imaging Facility in the University of Marburg, which has a strong focus on intravital imaging with skin and bone models. Within the Gerbi, Kathrin is the chair of the Intravital Imaging (IvMic) workgroup, which she will present during our meeting. The IvMic organized already several meetings, with round table discussions on main themes and presentations on cutting-edge models and imaging methods.
16:45h Mission statement revisited, outlook, questions, and announcements
17:00h closure remarks
Postdoc (3 yr) Intracellular Notch trafficking and stem cell fate
Background: Notch proteins are master regulators of cell fate during development and control cell renewal and differentiation in most adult tissues. Activation of Notch proteins is regulated by successive enzymatic cleavages that release the cell membrane-bound form that acts as a transcriptional regulator. More recently, import roles of intracellular vesicles in regulating Notch activity are being identified (see Pubmed 34572582). We have now identified metal-binding transporters as key mediators of intracellular Notch trafficking and activity.
Key objectives. To identify the importance of metal transport on intracellular Notch localization and activity in vesicles and how this can block Notch activity in tumours or promote regeneration of normal cell types. You will apply gain and loss of function (CRISPR, siRNA pharmacological) in Notch-dependent 2D and 3D models (cell lines, normal and tumour organoids (lung, intestine) and high-resolution fluorescent imaging (confocal, STED) and single-cell analysis to decipher how Dmt1/Notch signaling allocates cell identify and how iron transport is involved. You will use reagents we developed (Ab’s, Tg mouse models) to track the fate of Notch activity in fixed and live tissues.
We are looking for a Postdoc with a PhD in molecular and cell biology and a broad experience and track record with primary cell culture and cellular imaging using confocal fluorescence microscopy. You will be working in a team with a strong expertise in Notch biology.
General Profile: We are looking for an open-minded, independent and result-oriented scientist to join our team with a strong interested in fundamental research into regenerative medicine. You are fluent in English, both in writing and speech.
Conditions of employment: according to the collective labour agreement of Dutch Universities. NWO funded research.
Contract type: Temporary, 36 months.
Organization: Maastricht University, GROW Institute for Oncology and Developmental Biology (www.grow-um.nl). The radiotherapy department (www.maastrolab.com) conducts fundamental and translational research and is closely affiliated with Maastro patient clinic and the Maastricht Comprehensive Cancer Centre. Our research is focused on identifying therapeutic vulnerabilities in the tumour microenvironment to improve treatment response. The lab has four PI’s with research in the area of tumour cell metabolism (Kampen Group), Cell death (Bock group), Extracellular vesicles (Rouschop group) and Notch and Stem cells (Vooijs Group). In addition, we have established a strong expertise in culturing normal, and tumour stem cell models (organoids. ALI) and have access to a large tissue biobank and material from clinical studies. We have high resolution optical and electron microscopy and mass spectomnetry (M4I) at Maastricht University.
Additional information: Marc Vooijs firstname.lastname@example.org
Applications: include a motivation letter, CV and contact information of two references.
do not miss this chance…please, apply now or spread the call to work at DiasproLab. Postdoc position for the Integration of a label-free module based on polarization in an advanced multimodal optical microscope towards biophysical applications.
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