Defended my PhD thesis and went to the Gänseliesel on 14.12.2023 🎓 It has been a wonderfully productive and fulfilling 4 years in @KlausNave’s lab and I can’t wait for what comes next
We're thrilled to introduce @SynapticSystems as our regional premium sponsor based in Göttingen. With their specialization in antibody production, they play a vital role in advancing various realms of microscopy techniques. #encephalon2023#microscopy#goettingen#conference
We are excited to reveal our 3rd microscopy speaker: Dr. Benjamin H. Cooper @mpi_nat , who is researching on the molecular and structural mechanisms underlying synaptic transmission and plasticity by means of high-pressure freezing, electron tomography and more. #encephalon2023
We are excited to announce that Prof. Stefan W. Hell @StefanHellLabs will be our first keynote speaker in our Encephalon symposium 2023! Read more on our website. Follow us: https://t.co/KZGSc7TDlq! #encephalon2023
Super happy & proud to finally see this in print! @CarloBevil‘s fantastic work on fast, 3D & high-resolution Brillouin microscopy. Finally live-imaging of mechanical properties of sensitive processes such as embryo development over time & in-toto are possible! Congrats everyone!
Joining the @NeuroforumNWG together today, our excitement grows about the organization of our own Encephalon symposium 2023! Follow us to stay up to date! #encephalon2023#GoeMe23
A part of our organisation team @LornyaRe and @jekriste just participated at the 7th Schram Foundation Symposium, a satellite event of the @NeuroforumNWG. We had a great time discussing our science and look forward to see you! #GoeMe23
We are excited to announce the 6th Encephalon Symposium – Revealing the Hidden: Advancements in Microscopy and Neurodevelopment, on 7th Dec, 2023 in Göttingen (DE). We are looking forward to an inspiring time in organizing an amazing event. Follow us: https://t.co/o9Tvqfw2mF!
Thrilled and extremely proud of👇. Our exceptionally talented postdoc, @JCBneuro, found that inferior colliculus neurons can effectively encode sound localization in mice. Enabled by our fast volumetric Ca2+-imaging method, scanned temporal focusing! https://t.co/21CX1Xpyh4
We’re thrilled to present a very collaborative work about nanobodies today at morning poster session poster number 696! We’re waiting for you from 11:30-13:00. #FENS2022