Professor of Neuroanatomy, Hannover Medical School
Joined October 2020
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Maximilian Lenz retweeted
Mind blowing Presidential lecture by @erin_schuman at #SfN2023 @SfNtweets, who has harnessed nearly every major biotech breakthrough for biological discovery in neurons: sequencing, structural biology, single-cell technology, advanced imaging, proteomics, chemical bio @MpiBrain – at Washington, DC
Our new preprint on human brain plasticity is now available: biorxiv.org/cgi/content/shor… Learn more about the opportunities of a neurosurgery-neuroanatomy research axis in translational neuroscience! @VlachosLab @piakruse8
Maximilian Lenz retweeted
📢📚Our latest research paper is out now!🧠🔬 Paired-recordings in slice cultures to investigate the role of APP at EC-DG synapses by @NeuroLenz et al. Interesting implications on Alzheimer's disease. Check out the paper for more! #Anatomy #Freiburg jneurosci.org/content/43/29/…
Maximilian Lenz retweeted
Discover our new study on TMS and microglia, the unsung hero of rTMS-induced synaptic plasticity! 😉 Fantastic job Amelie and team. #Neuroscience #BrainStimulation #SynapticPlasticity #TMS
jneurosci.org/content/43/17/…
Maximilian Lenz retweeted
Neural networks undergo structural, functional and molecular changes when denervated. Not all lesions, however, which activate microglia will also trigger denervation-induced homeostatic synaptic plasticity. Check out this nice work by @Neurolenz et al.! frontiersin.org/articles/10.…
New times ahead! I am honored to serve as Full Professor of Neuroanatomy @MHH_life. So grateful to the support in the past years by my team @UniFreiburg and especially by my mentor @VlachosLab. Stay tuned for exciting updates in Anatomy and Neuroscience!
NWG-Meeting 2023 just started in Göttingen! If you are interested in homeostatic synaptic plasticity in the human brain, come to my poster on Thursday (March-23), T8-6B, 10:15-11:00h. Looking forward to see you there!
Our recent advances in understanding the mechanisms of neural network homeostasis: biorxiv.org/content/10.1101/… Great collaboration and work with @Miss_abN. Looking forward to future work! Exciting science @VlachosLab
Non-invasive brain stimulation (rTMS) and microglia! biorxiv.org/content/10.1101/… Time to wake up in San Diego at SfN Annual Meeting 2022 with a great talk from Amelie Eichler about a role for microglia in mediating synaptic plasticity after non-invasive brain stimulation! @VlachosLab
Excellent talk by @piakruse8 at the SfN Annual Meeting presenting our recent data on a novel function of the spine apparatus organelle. biorxiv.org/content/10.1101/… So proud of my team members!!! And there is more to come...@VlachosLab
Stay tuned for the Nanosymposium 'Mechanisms Underlying Synaptic Plasticity: Structural, Metabolic and Gene Regulation Changes' at this year's SfN Meeting in San Diego (Nov-13, 1 pm)! Two presentations from our lab about synaptic homeostasis across species. @piakruse8 @VlachosLab
Great opportunity to connect anatomy and clinics!!! Hands-on ultrasound training with peer-teaching for medical students during anatomy classes! @VlachosLab
Excited to share our new manuscript on synaptopodin-associated ribosomal hubs that mediate synaptic homeostasis after lesion. biorxiv.org/cgi/content/shor… First Pia Kruse et al. and there is more to come. Next generation of anatomists!!! @VlachosLab
Maximilian Lenz retweeted
Prof. Dr. med. Eveline Baumgart-Vogt @jlugiessen receiving the Anton-Waldeyer-Preis at the 116th Annual Meeting of the Anatomische Gesellschaft in Berlin. Congratulations!!! #anatomy
UPDATE: Microglia and non-invasive brain stimulation! biorxiv.org/content/10.1101/… Great work by the team (first Amelie Eichler et al. manuscript!), tomorrow presented at the exciting NGI-Meeting in Freiburg! @NGIFreiburg @VlachosLab
Maximilian Lenz retweeted
Paired recordings of entorhinal-hippocampal projections (including mossy cell-to dentate granule cell synapses). Great job @NeuroLenz! This one was inspired many years ago in the Deller-lab by the 1995 work of Helen @scharfmanlab. OTCs rock 😁
The perforant path – a well-stablished target of Alzheimer’s disease – elucidated at the level of individual connected neuron pairs with the amyloid precursor protein (APP) as essential transmission regulator. Our new preprint is now avaiable: biorxiv.org/content/10.1101/…. @VlachosLab