New Preprint!!
In this work, microfluidic channels that mimick sediment obstacles were used to study the swimming of magnetotactic bacteria in near-realistic environment.
https://t.co/j6EHZYwVpE @eLife
We have a PhD project starting October to study metal ion incorporation into coccoliths materials and are looking for motivated candidates 🔍 See the following link for more information and please share within your networks. Thank you 🙏
https://t.co/88ogyZCNiN
Enthesis is the interface between tendon and bone🦴. It can't be healed if it ruptures.
Meet Tilman Grünewald, from @InstitutFresnel and @ERC_Research grantee, who uses the ESRF to study enthesis' nanostructure to find ways to fix it.
▶️https://t.co/55rCZu7ao6
@CNRS@ESFRI_eu
After our ID16B beamtime @esrfsynchrotron, safe to say we walk away with amazing images and data! Shown here is one bacteria tree on agarose (S - green🌱, P - red 🍒, Zn - blue🪵) #bacteria#colony#metals
We're pleased to share our latest study on characterizing the magnetic properties and motility of a magnetotactic holobiont. Through a highly collaborative effort, we examined these specimens from micro to nano, using advanced imagery and calculations🧲🦠🔬https://t.co/oYZTLeAHaj
New PhD position (FPI)‼️@MagNanomat_UB on "Multifunctional hybrid nanostructures with enhanced optical and magnetic properties". Deadline AEI: 26/01/2023. For further details check https://t.co/htc8Ci9Wc3 and DM @arantxell if you are interested
@gefes_rsef@CEMagnetismo@In2Ub
We are excited to share our group's latest efforts on understanding trace element incorporation into magnetite nanoXtals @DiamondLightSou@CanLightSource @cerege_officiel
!! Postdoc for two years available in the MEM !! The project involves the study of coccolithophore biomineralization in microfluidic devices. Starting date ASAP. Contact us for more info.
A retweet among your own networks would be greatly appreciated 🙏 Thank you!
#postdocjobs
Last Friday was European Researcher Night in Marseille. @dan_chevrier shared his research on biominerals and coccolithophores to the curious science goers 👨🔬👩🔬🔭🔬🧪🧫 What a great event! #EU#Research#Outreach
MEMbers were fortunate to participate in the development of an open-source (via GitHub) automated optical density meter with controllable x, y and z magnetic fields. What a great tool for MTB! Thank you @LeonAbelmann and coworkers! #magnets#bacteria
https://t.co/VDPKPL7zRz
MTB2022 comes to a close. Many thanks to the host and organizing group from Bayreuth University! It was stimulating, engaging and enjoyable for all. #bacteria#magnets#research#bayreuth
Great first day at MTB2022 in Bayreuth! Dr. Sandra Prévéral and Dr. Emilie Gachon presented their respective work on MTB biosensors and magneto-aerotaxis. #Magnet#research#biam
New paper now available in Advanced Science on an unexpected biomineralization of copper sulfide in a magnetotactic bacteria (BW-1) that occurs in the periplasm. Congrats to Dr. Yeseul Park and co-authors!
https://t.co/0KeaaaslTf
#biomineralization#bacteria#copper#biomineral
Memorable talks and exchanges at the GRC Biomineralization in Castelldefels, Spain! Daniel Chevrier is sharing his work on magnetotactic bacteria and magnetite formation @dan_chevrier
New research fresh off the press!
Investigating MTB under spatial confinement and external magnetic fields to understand how these steerable magnetic microswimmers can be controlled in micro-environments
🚗🦠🚗
https://t.co/50o1GiQPDF
Congratulations Dr. Yeseul Park, who defended her PhD! 10 years after its discovery and cultivation by @CTLefevre, Yeseul revealed an interesting case of copper sulfide #biomineralization in the Desulfamplus magnetovallimortis BW-1 periplasm.