Poster layout


The posters are coded as #[Day] - [Poster room letter] [Poster board number].
The poster room letters and the poster board numbers can be seen in the above layout picture.


  • #THU-A1: Jonathan Oesterle (online poster)
    Data-driven simulation of retinal bipolar cell responses to electrical stimulation

  • #THU-A2: Christophe P Ribelayga
    A biophysical model of the photoreceptor network in mouse retina

  • #THU-A3: Akane Yamashita
    Modeling and simulation of the rod photoresponse mechanisms

  • #THU-A4: Matthew Yedutenko
    The role of a calcium-dependent chloride current in early vision signal processing

  • #THU-A5: Cornelius Schröder (online poster)
    Approximate bayesian inference for a mechanistic model of vesicle release at a ribbon synapse

  • #THU-A6: Robert M Duvoisin
    Regulation of ON bipolar cell light response by mGluR5

  • #THU-A7: Helene Marianne Schreyer
    When 1-1 ≠0 for bipolar cells – Nonlinear spatial integration under artificial and natural stimuli

  • #THU-A8: Jen-Chun Hsiang
    Processing of natural scenes by retinal bipolar cells

  • #THU-A9: Sarah Strauss
    A new role for bipolar cells in direction selectivity?

  • #THU-A10: Lea Ankri
    Temporal dynamics of inhibitory circuits shape the directional code of the retina

  • #THU-A11: Amurta Nath
    Dendritic computation of orientation selectivity in a novel amacrine cell

  • #THU-A12: Maj-Britt Hölzel
    A retinal origin of nystagmus in nyx-/- mice

  • #THU-A13: Neda Shahidi
    Comparing filter-based models of ganglion cell responses across cell types

  • #THU-A14: Alexandra Kling
    Stochastic model of parasol ganglion cell receptive fields at cone resolution

  • #THU-A15: Fernando Rozenblit
    Carving out functional types of retinal ganglion cells from large-scale recordings of marmoset retinas

  • #THU-A16: Yunus Can Erol
    Encoding of fixational eye movements by marmoset retinal ganglion cells

  • #THU-A17: Marcus Howlett
    Ganglion cell function in adult zebrafish

  • #THU-A18: Paul A Roberts (online poster)
    What does the adult zebrafish retina tell the brain?

  • #THU-A19: Yanli Ran (online poster)
    Type-specific dendritic integration in mouse retinal ganglion cells

  • #THU-A20: Larissa Höfling
    Functional properties of mouse ganglion cells across retinal space

  • #THU-A21: Dimokratis Karamanlis
    Nonlinearities in spatial input integration underlie the diversity of mouse retinal responses to natural stimuli

  • #THU-A22: Ulisse Ferrari
    Predicting synchronous firing of large neural populations from sequential recordings

  • #THU-A23: Kiersten Ruda
    The impact of cell type and light adaptation on correlations and decoding retinal output

  • #THU-A24: Baptiste Lefebvre
    Retinal ganglion cells can rapidly change polarity in natural contexts

  • #THU-A25: Danica Despotović (online poster)
    Encoding of surprise by ganglion cells

  • #THU-B26: Benjamin James
    When size outweighs speed: synaptic information transmission using rate and amplitude codes

  • #THU-B27: Selma Souihel
    A model for anticipation in the retina and the primary visual cortex

  • #THU-B28: Sören J Zapp
    Advances in spike-triggered nonnegative matrix factorization

  • #THU-B29: Markku J Kilpeläinen
    Human vision trades single photons for optimal contrast coding at the sensitivity limit

  • #THU-B30: Yunmin Wu
    Neural basis of motion perception: what can illusions tell us?

  • #THU-B31: Stephane Deny
    A unified theory of early visual representations from retina to cortex through anatomically constrained deep CNNs

  • #THU-B32: Yang Yue
    Retina gap junctions strengthen the generalization of deep neural networks

  • #THU-B33: Paul Maximov
    A model explaining colour-specific responses of the goldfish retinal ganglion cells

  • #THU-B34: Karl Farrow
    Functional organization of orientation and direction selective retinal inputs to the superior colliculus

  • #THU-B35: Adrian Smedowski
    Electrical synapses interconnecting axons in the optic nerve head – a novel model of optic nerve function

  • #THU-B36: Gerrit Hilgen
    A novel approach to the functional classification of retinal ganglion cells

  • #THU-B37: Evgenia Kartsaki
    Probing retinal function with a multi-layered simulator

  • #THU-B38: Jean de Montigny
    Neonatal retinal waves: evidence for a novel, transient population of hyper-connected cholinergic cellular clusters

  • #THU-B39: Chas Nelson
    Using graph theory to explore organisational changes during retinal development

  • #THU-B40: Denes Viktoria
    The neuroprotective peptide, PACAP signaling could be critical in retinoblastoma through induction of horizontal cell proliferation

  • #THU-B41: Adrienn Mester
    Effect of pituitary adenylate cyclase-activating polypeptide on cytokine expressions in postnatal retinal development in rat

  • #THU-B42: Joshua M Tworig (online poster)
    Impact of retinal waves on Müller glial calcium transients and morphology during retinal development

  • #THU-B43: Tudor C Badea
    Combined Dre and Cre recombination for characterization of Brn3c+ Retinal Ganglion Cell dendritic arbors

  • #THU-B44: Isabel Ortuño-Lizarán
    Neurogenesis in the Adult Human Retina

  • #THU-B45: Nina Milosavljevic
    Photoreceptive retinal ganglion cells control the information rate of the optic nerve

  • #THU-C46: Michael Berry
    Color sensitivity of a dorsally located sub-population of melanopsin ganglion cells

  • #THU-C47: Corinne Beier
    Rod circuits that influence the pupillary light reflex and photoentrainment

  • #THU-C48: Ely Contreras
    Melanopsin phototransduction in M2 ipRGCs

  • #THU-C49: Sabrina Duda
    The spatial distribution of regular and displaced ipRGC types in the mouse retina

  • #THU-C50: Shai Sabbah
    Luxotonic signals and effects of light history in human prefrontal cortex

  • #THU-C51: Teemu Turunen
    Capacitive and Ih-currents shape the onset of the mouse ex vivo ERG responses

  • #THU-C52: Johan Pahlberg
    The role of Frmpd1 in the transport of transducin to outer segments and rod synaptic transmission

  • #THU-C53: Peter D Calvert
    An intrinsic compartmentalization code for peripheral membrane proteins in rod photoreceptors

  • #THU-C54: Irina Ignatova
    Adaptation of elementary responses in photoreceptors of diurnal fly Protophormia terraenovae and nocturnal cockroach Periplaneta americana

  • #THU-C55: Stuart C Mangel
    GABA inhibitory feedback from horizontal cells to cones is strongest at night in the dark and suppressed by light

  • #THU-C56: Silvia C Finnemann
    RPE-photoreceptor communication controlling outer segment renewal

  • #THU-C57: Julia K Johansson
    The gap junctional coupling of retinal pigment epithelium

  • #THU-C58: Emmanuelle Clérin
    Development of a therapy for retinitis pigmentosa based on the nucleoredoxin like-1 gene

  • #THU-C59: Enrica Strettoi (online poster)
    Retinal inflammation affects cone survival in a Retinitis Pigmentosa mouse model

  • #THU-C60: Laura Fernández-Sánchez
    Model Antioxidant Coenzyme Q10 delay retinal degeneration in retinitis pigmentosa mice

  • #THU-C61: Oksana Kutsyr
    Effects of environmental light intensity on retinal degeneration in rd10 mice

  • #THU-C63: Ossi Kaikkonen
    Electroretinogram as a retinal thermometer - a potential control for non-damaging retinal laser therapy

  • #THU-C64: Zhuoyi Song
    Quantal refractory adaptive information sampling maximises sensory information in a biophysically limited neural channel

  • #THU-C65: Mattia Di Paolo
    Cord blood serum eye drops and saffron treatment in a model of retinal neurodegeneration

  • #THU-D66: Margaret Maes
    Mitochondrial dynamics as an indicator of microglia activity in retinal degeneration

  • #THU-D67: Rosa Fernandes
    Protective effect of Exendin-4 on diabetes-induced retinal vascular dysfunction and microglia activation

  • #THU-D68: Xavier Sánchez-Sáez
    Retinal Ganglion Cell Degeneration, Optic Nerve Remodeling and Microglia Activation in Patients with Parkinson Disease

  • #THU-D69: Sandra Siegert
    Ketamine-induced perineuronal net removal via microglia in the visual cortex

  • #THU-D70: Francisco M Nadal-Nicolas
    Functional and anatomical characterizations of retinal ganglion cell degeneration in a murine model of Neurofibromatosis type 1

  • #THU-D71: Joaquin Araya
    The physiological activity and expression of neurotransmitters in the retina of the 5xFAD Alzheimer’s disease mouse.

  • #THU-D72: Maria Vähätupa
    Systemically administered Aflibercept protects against the development of neovascular lesions on the mouse laser-induced choroidal neovascularization

  • #THU-D73: Nicholas W Oesch
    Trade-offs between electrode size and dynamic range for subretinal prosthetic planar stimulating electrodes

  • #THU-D74: Magdalena Renner
    Cell types of the human retina and its organoids at single cell resolution: developmental convergence, transcriptional identity, and disease map

  • #THU-D75: Cameron S Cowan
    Cell types of the human retina and its organoids at single cell resolution

  • #THU-D76: Sonja Kleinlogel
    ON-bipolar cell targeted gene therapy of the human and degenerated retina to restore pattern vision

  • #THU-D77: Mark W Hankins
    Probing the functional capacity of optogenetic gene therapy for vision restoration

  • #THU-D78: Michael J Gilhooley
    Melanopsin: targeted ectopic expression for optogenetic visual restoration


  • #FRI-A1: Anja Günther
    The chicken double cone and its synaptic contacts

  • #FRI-A2: Marvin Seifert (online poster)
    The retinal basis of colour vision in chicks

  • #FRI-A3: Vincent Kunze
    Genetic determination of S- and M-cone identity in the ground squirrel retina

  • #FRI-A4: Maxime Zimmermann (online poster)
    Spatio-chromatic processing in the zebrafish inner retina

  • #FRI-A5: Noora E Nevala (online poster)
    The roles of UV vision in zebrafish natural behaviours

  • #FRI-A6: Philipp Bartel (online poster)
    Colour channels in the larval zebrafish eye and brain

  • #FRI-A7: Tessa Herzog (online poster)
    Information encoding at the first synapse in the visual pathway

  • #FRI-A8: Takeshi Yoshimatsu (online poster)
    Optimal rotation of colour space by zebrafish cones in vivo

  • #FRI-A9: Klaudia Szatko
    Chromatic processing in mouse retinal ganglion cells

  • #FRI-A10: Maria Magdalini Korympidou (online poster)
    Chromatic processing at the first synapse of the mouse visual system

  • #FRI-A11: Norianne T Ingram (online poster)
    Patch-clamp recording of mouse cones: photoresponses and ionic conductances

  • #FRI-A12: Mohammad Khani
    Linear and nonlinear chromatic integration: A new dimension of signal integration in the mouse retina

  • #FRI-A13: Paul R Martin
    Blue-OFF cells in marmoset lateral geniculate nucleus show suppressed-by-contrast properties

  • #FRI-A14: Juan Angueyra
    Identification of genes involved in photoreceptor recognition and synapse formation

  • #FRI-A15: Stephen C Massey
    Reconstruction of mouse photoreceptor terminals

  • #FRI-A16: Henri Leinonen
    Exploring neural compensation to sensory defect in the mammalian retina

  • #FRI-A17: Pedro de la Villa
    Regulation of the glutamate release at the axon terminal of rod photoreceptors

  • #FRI-A18: Christian Behrens (online poster)
    Horizontal cells use different synaptic sites for global and local signaling

  • #FRI-A19: Arlene A Hirano
    Mouse horizontal cells express subunits of rho-containing GABA(A) receptors

  • #FRI-A20: Nicholas C Brecha
    Silencing of horizontal cells in mouse retinal slices using HaloTagTM and AMPA-DART

  • #FRI-A21: Lena Nemitz
    Synaptic remodeling in the cone pathway after early postnatal horizontal cell ablation

  • #FRI-A22: Rémi Fournel
    Compartmental models of bipolar cells in rat retina developed from quantitative morphological reconstructions

  • #FRI-A23: Oliver Schmachtenberg (online poster)
    Cannabinoid signaling modulates gabaergic feedback inhibition of OFF bipolar cells in rat retina

  • #FRI-A24: Sofie-Helene Seibel
    Divergence of ON- and OFF-signals transmitted from a retinal bipolar cell

  • #FRI-A25: Berat S Sermet
    Selective stimulation of rod bipolar cell suggest a contribution to ganglion cell surround

  • #FRI-B26: Francesco Trapani
    Dissecting the contribution of rod bipolar cells to retinal ganglion cells in the mouse retina

  • #FRI-B27: Shubhash Chandra Yadav (online poster)
    Knock connexin 45 down: AII gap junctions would still talk to bipolar cells

  • #FRI-B28: José Moya-Díaz
    Neuromodulation of an amplitude code at a visual synapse

  • #FRI-B29: Luis Pérez de Sevilla Müller
    Characterization of the VIP-1 amacrine cell in the mouse retina

  • #FRI-B30: William N Grimes
    Exploring the connectivity and function of a high-density narrow-field amacrine cell

  • #FRI-B31: Espen Hartveit
    The AII amacrine cell: dendritic morphology optimized for simultaneous local and global synaptic integration

  • #FRI-B32: Morgan A Musgrove
    Serial block-face electron microscopy analysis of noncanonical synaptic connectivity in the rod pathway

  • #FRI-B33: Elaine Orendorff
    The AII amacrine cell as a target for vision restoration with optogenetics

  • #FRI-B34: Ildikó Telkes
    Eccentricity dependence of electrical synapse density in the mammalian retina

  • #FRI-B35: Alma Ganczer
    Gap junction coupled amacrine cell networks mediate synchronized oscillatory spiking in mouse retinal ganglion cells

  • #FRI-B36: Gergely Szarka (online poster)
    Electrically coupled amacrine cells mediate the correlation of ganglion cell spike bursts

  • #FRI-B37: Juan Diego Prieto Ramírez
    Probing a presumptive retinal circuit motif with tailor-made visual stimulation

  • #FRI-B38: Sophia Wienbar
    Intrinsic properties shape a feature selectivity computation in a novel RGC

  • #FRI-B39: Tamas Kovacs-Oller
    New method to modulate Ca2+-transients in spatially separated, gap junction coupled retinal ganglion cells

  • #FRI-B40: Sam Cooler
    Gap junctions mix ON and OFF polarity signals in the inner retina

  • #FRI-B41: Lina Smeds
    Paradoxical rules of spike train decoding revealed at the sensitivity limit of vision

  • #FRI-B42: Sanna Koskela
    Mice have better performance at night in a photon detection task

  • #FRI-B43: Miloslav Sedlacek
    Novel synaptic connectivity determines OFF transient and OFF sustained ganglion cell receptive field properties

  • #FRI-B44: Alisa A Zaichikova
    Spot detectors in fish tectum: properties of their receptive fields, comparison with other animals

  • #FRI-B45: Akihiro Matsumoto
    Spatiotemporally asymmetric excitation supports mammalian retinal motion sensitivity

  • #FRI-C46: Alexey Aliper
    Fine structure of receptive fields of orientation-selective ganglion cells in goldfish retina

  • #FRI-C47: Ulrike Grünert
    Non-classical ganglion cell types in primate retina

  • #FRI-C48: László Albert
    Expression of transcription factors divides avian retinal ganglion cells into distinct subpopulations

  • #FRI-C49: Sebastian Ströh
    Towards complete structural and functional classification of retinal ganglion cells

  • #FRI-C50: Balint Nagy
    The role of microglia in postnatal retinal circuit refinement

  • #FRI-C51: Vidhyasankar Krishnamoorthy
    The role of glutamatergic Stage 3 spontaneous waves in shaping ganglion cell receptive fields in the developing mouse retina

  • #FRI-C52: Steffen Krüppel
    Diversity of response patterns in the marmoset retina under simulated saccades

  • #FRI-C53: Saad Idrees
    Differential response modulation across ON and OFF type ganglion cells following saccade-like image translations

  • #FRI-C54: Serena Riccitelli
    Clock gene Bmal1 deletion in adult retinal GLAST+ cells alters visual information processing

  • #FRI-C55: Ádám Jonatán Tengölics
    Opposite effects of inhibitory and gap junction mediated excitatory microcircuits on ganglion cell population code

  • #FRI-C56: Richard H Kramer
    Inhibiting retinoic acid signaling reverses remodeling and improves vision in retinal degenerative disease

  • #FRI-C57: Xiaolin Huang
    Motion-induced sensitization in the mouse direction-selective circuit

  • #FRI-C59: John Bear
    Regional specializations among retinal ganglion cells in the larval zebrafish

  • #FRI-C60: António F Ambrósio
    Impact of α-adducin absence on the retinal structure and function

  • #FRI-C61: Luba A Astakhova
    Is there a magnetic compass in the pigeon’s retina?

  • #FRI-C62: Christian Puller
    Light responses and morphological properties of alpha ganglion cells in the guinea pig retina

  • #FRI-C63: Mingyi Zhou (online poster)
    What the larval zebrafish's eye tells the zebrafish's brain

  • #FRI-C64: Chen Li
    A projection specific logic to sampling visual inputs in mouse superior colliculus

  • #FRI-C65: Alina Heukamp
    The role of acetylcholine in retinal processing

  • #FRI-D66: Rebekah A Warwick
    Histaminergic projections from the brain shape retinal output

  • #FRI-D67: Tom Boissonnet (online poster)
    Physiological characterization of retinal output in vivo

  • #FRI-D68: Zhijian Zhao (online poster)
    Fast axial imaging of glutamate dynamics in the mouse inner plexiform layer

  • #FRI-D69: I-Wen Chen (online poster)
    In vivo sub-millisecond two-photon optogenetics with temporally focused patterned light

  • #FRI-D70: Filip Janiak (online poster)
    An ultra-low-cost module for large field-of-view 3D random access 2-photon microscopy

  • #FRI-D71: Timm Schubert
    Super-resolution imaging in the mouse retina

  • #FRI-D72: Meng-Jung Lee
    Electrically imaging signal propagation across retinal layers using high-density micro-electrode array

  • #FRI-D73: Gloria Colombo
    A topological descriptor to classify retinal microglia

  • #FRI-D74: Etelka Pöstyéni
    Analysis of mir-9 and mir-23a expression pattern in postnatal rat retina

  • #FRI-D75: Sabrina Asteriti
    Morphological and functional characterisation of liposomes as a vehicle to deliver molecules to photoreceptors

  • #FRI-D76: Tian Xue
    Vision restoration and enhancement

  • #FRI-D77: Nataliia Martyniuk
    Four-electrode patch clamp recordings for quantifying correlated activity in retinal ganglion cells

  • #FRI-D78: Jillian Goetz
    Establishing a comprehensive ganglion cell typology using FuncSeq

  • #FRI-D79: Jan Lause (online poster)
    A framework for automatic cell density estimation in the mouse retina

  • #FRI-D80: Yongrong Qiu
    Video capture and analysis of the mouse’s natural visual environment

  • #FRI-D81: Tuomas Turunen
    Quantum Behavior: Tools for linking visually-guided behavior to retinal spike codes in freely-moving mice

  • #FRI-D82: Riccardo Storchi
    Robust reconstruction of mouse poses during visual experiments