Wolf, Fred

Authors Häring M, Zhang Y, Zhang N, Allgeyer ES, Richens JH, Sirinakis G, Lv Z, St Johnston D, Wolf F, Großhans J, Kong D Journal Biophysical Journal Citation Biophys J. 2026 Jan 16:S0006-3495(26)00041-X. Abstract Cell junction remodeling is central to epithelial morphogenesis and tissue rheology, and depends on the interplay

Authors Kapoor R, Kim H, Garlick E, Lima MADRBF, Esch K, Ruhwedel T, Möbius W, Wolf F, Moser T Journal Science Advances Citation Sci. Adv.11,eady4344(2025). Abstract The cochlea encodes sounds into neural signals at the synapses of inner hair cells (IHCs) and spiral ganglion neurons (SGNs) with remarkable fidelity. To

Authors Voorn RA, Sternbach M, Bourien J, Komiyama N, Rankovic V, Wolf F, Grant SGN, Vogl C Journal BioRxiv Citation bioRxiv 2025.08.19.671016 Abstract Sound detection occurs in the cochlea, where sensory inner hair cells (IHC) accurately convert auditory stimuli into neurochemical signals. Presynaptically, IHCs harbor synaptic ribbons, specialized scaffolds that

Authors Harris SS, Rajani RM, Zünkler J, Ellingford R, Yang M, Rowland JM, Schmidt A, Lee BI, Kehring M, Hellmuth M, Lam FKW, Fässler D, Erdinger S, Wolfer DP, Sala Frigerio C, Wolf F, Hyman BT, Müller UC, Busche MA Journal Cell Reports Citation Cell Rep. 2025 Jun 11;44(6):115801. Abstract

Authors Harris SS, Ellingford R, Hartmann J, Dasgupta D, Kehring M, Rajani RM, Graykowski D, Quittot N, Sivasankaran D, Commins C, Fan Z, Bond SA, Wolf F, Dupret D, Dolan RJ, Konnerth A, Neef A, Hyman BT, Busche MA Journal Cell Citation Cell. 2025 Apr 23:S0092-8674(25)00408-8. Abstract Tau accumulation is

Authors Richa P, Häring M, Wang Q, Choudhury AR, Göpfert MC, Wolf F, Großhans J, Kong D Journal Current Biology Citation Curr Biol. 2025 Apr 11:S0960-9822(25)00382-3. Abstract Coordination of cell behavior is central to morphogenesis, when arrays of cells simultaneously undergo shape changes or dynamic rearrangements. In epithelia, cell shape

Authors Revah O, Wolf F, Gutnick MJ, Neef A Journal Biorxiv Citation bioRxiv 2024.02.15.580451. Abstract Cortical function reflects the activities of populations of neurons. How accurately they can encode information depends on the speed with which each neuron can respond to input, as revealed by dynamic gain analysis. Theory predicts

Authors Feyerabend M, Pommer S, Jimenez-Sosa MS, Rachel J, Sunstrum JK, Preuss F, Mestern S, Hinkel R, Mietsch M, Viyajraghavan S, Everling S, Treue S, Arnsten AFT, Lewis DA, Wolf F, Murray J, Muller L, McCarroll S, Krienen F, Datta D, Jing Wang X, Tripathy S, Gonzalez-Burgos G, Inoue W,

Authors Engelken R, Monteforte M, Wolf F   Journal Arxiv   Citation arXiv:2412.21188.   Abstract Nerve impulses, the currency of information flow in the brain, are generated by an instability of the neuronal membrane potential dynamics. Neuronal circuits exhibit collective chaos that appears essential for learning, memory, sensory processing, and

Authors Schmidt A, Hiemeyer P, Wolf F Journal Arxiv Citation arXiv:2305.13420. Abstract Distributions of neuronal activity within cortical circuits are often found to display highly skewed shapes with many neurons emitting action potentials at low or vanishing rates, while some are active at high rates. Theoretical studies were able to