About: Steffen
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- https://biosciences.exeter.ac.uk/staff/index.php?web_id=Steffen_Scholpp
the community site for and by developmental biologists
the community site for and by developmental biologists
Posted by Steffen on September 29th, 2020
Meeting report of the SWZM20 The Southwest Zebrafish Meeting 2020 (SWZM20) took place as an online-only meeting organized by the Scholpp lab at the Living Systems Institute, University of Exeter UK, on September 11th 2020. This meeting brought together 90 scientists, mostly from Southwest of the UK, who work with the zebrafish Danio rerio and[…]
Posted by Steffen on June 22nd, 2020
Dear All We are looking forward to an exciting UK SouthWest Zebrafish Meeting at the 11 Sep 2020! If you have not already, register and also submit your abstracts for either talks or posters. Talks and posters will be given to students, early career researchers and technicians. Our deadline for abstract submission is Friday 24th[…]
Posted by Steffen on May 5th, 2020
We are excited to announce that the UK South West Zebrafish Meeting 2020 will be hosted by the University of Exeter as a virtual meeting to take place on Friday 11th September 2020. The aim of the meeting is to bring together zebrafish researchers and technical staff from research institutions from the South West of[…]
Posted by Steffen on November 22nd, 2019
A BBSRC-funded PhD studentship is available for a joint project between the labs of Steffen Scholpp, Living Systems Institute, University of Exeter (s.scholpp@exeter.ac.uk) and Robert Kelsh, University of Bath (bssrnk@bath.ac.uk). Dissecting the function of Wnt signalling in zebrafish neural crest development. Project Description The neural crest (NC) is a stem-cell-like cell population, which is unique to[…]
Posted by Steffen on November 22nd, 2019
Modern scientific innovation involves the integration of diverse disciplines and the bridging of pure and application-oriented research. This requires a new generation of bioscientists who are trained to think and experiment beyond traditional boundaries. The recently established Living Systems Institute (LSI), University of Exeter, provides this opportunity by housing world-leading Biologists, Physicists, Mathematicians, Computational Scientists[…]
Posted by Steffen on October 30th, 2018
Several MRC-funded positions are available in the Scholpp lab in the Living Systems Institute (LSI) at the University of Exeter to elucidate various aspects of cytoneme-mediated Wnt trafficking in vertebrates. We are looking for a Postdoc (3years, starting in Spring 2019), two PhD students (3.5years, starting in Autumn 2019, UK/EU only), and a Tech (2years,[…]
Posted by Steffen on October 2nd, 2018
by Lauren Porter and Steffen Scholpp Living Systems Institute, University of Exeter, UK The importance of Wnt signalling in developmental processes, wound healing and stem cell control has long been established. Historically, scientists attributed the transport of Wnt proteins from the source to the receiver cell to simple diffusion, however, this explanation did not[…]
Posted by Steffen on October 9th, 2017
The process of subdividing a tissue into functional units represents a classic problem in pattern formation. Signalling proteins – so-called morphogens – orchestrate this process. The traditional view is that morphogens are released from local source and slowly diffuse through a neighbouring tissue to build up a gradient. As Wnt signals act as a key[…]
Posted by Steffen on June 3rd, 2013
8-15 September 2013, Karlsruhe, Germany We would like to welcome applications to the EMBO zebrafish workshop that will take place at KIT, Karlsruhe (Germany) in the fall of 2013. The objective of this EMBO Workshop is to provide theoretical and practical background on the zebrafish model system for direct assessment of open questions using modern[…]
Posted by Steffen on September 21st, 2011
We are looking for a highly motivated PhD student to study development and regeneration of the thalamus in zebrafish. Stroke is a prevalent and devastating disorder, and no treatment is currently available to restore lost neuronal function after stroke. In 10% of all stroke patients, a remote damage of the thalamus has been documented. We[…]