Author: Dierk_Niessing

Staufen2 critically contributes to working memory in the rat

At the cellular level, learning and memory rely on the physical modification of synapses, which are ultimately encoded by transported mRNAs and protein synthesis “onsite”. In previous studies, Michael Kiebler and his team have shown that the RNA-binding protein Staufen2

New review by three FOR2333 labs on mRNA localization in fungal species

The Niessing, Jansen and Feldbrügge labs published a review on recent advances in mRNA localization in different fungal species. The review appeared in WIREs RNA and puts a special focus on the comparison of membrane-free and membrane-bound RNA transport. Niessing,

FOR2333 meeting from September 25th to 27th at the MPI for Developmental Biology in Tübingen

This time our regular network meeting took place in the cozy town of Tübingen in the middle of Baden-Württemberg. It was a wonderful get-together and a great opportunity to discuss the latest scientific results in RNA localization. Thanks to Ralf-Peter

FOR2333 members participate in EMBO “RNA localization” conference in Italy

Lab members of the FOR2333 network participated in the EMBO conference “RNA localisation and local translation” in Barga, Italy. The conference took place from July 23rd to 28th 2017 at the beautiful Il Ciocco Resort in Tuscany and was packed

Feldbrügge lab publishes a novel link between long-distance endosomal transport and endocytic traffic

In particular in highly polarized cells like fungal hyphal early endosomes carry out two distinct functions. Firstly, during endocytosis they function as transport unit to deliver cargo towards the lysosome/vacuole. Secondly, the same early endosomes are used to deliver cargo like

Methods workshop held at EMBL in March 2017

From March 13.-15. 2017 the FOR2333 team held a three-days methods workshop at the Advanced Training Centre of the EMBL Heidelberg. Students of participating groups attended training sessions on “bioinformatics”, “professional preparation of scientific figures”, “introduction to structural biology”, and

Ephrussi lab publishes an unconventional mechanism that loads the kinesin-1 motor onto oskar mRNPs

In this study, the Ephrussi lab shows that an atypical tropomyosin isoform is a direct (m)RNA binding protein that binds preferentially to the dimerizing oskar 3’ UTR and is a component of the transported oskar mRNPs within the female germ-line.

Zarnack publishes a meta-analysis of CLIP data in Genome Biology

In collaboration with Jernej Ule’s group at the Francis Crick Institute in London, UK, the Zarnack lab explores how different experimental steps can constrain the identification of RBP binding sites in CLIP experiments. To this end, they analysed publicly available

Niessing lab publishes structures of ASH1 mRNP in Nature Struct. Mol. Biol.

In this study the Niessing lab solved three X-ray structures to understand how the E3 localization element of the ASH1 mRNA is folded, how it is recognized in the nucleus by She2p, and how highly specific binding in the cytoplasmic is achieved

Helena Jambor now fellow at “Wissenschaftskolleg zu Berlin”

Dr. Helena Jambor (mentee of the DFG-research unit) has recently been accepted as fellow at the Institute for Advanced Studies (Wissenschaftskolleg zu Berlin), were she researches the history of life science visualization. (https://www.youtube.com/watch?v=df2sX4JTscw&feature=youtu.be).

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