Schedule > Posters
Poster Session 1
P1-1: Shrinking brains and compressed neural networks of squid reared in hypercapnia may contribute to climate change associated behavioral changes.
Allen G.J.P., Kuan P.-L., Yan J.-J., Chen Y.-W., Hwang D.W., Tseng Y.-C.
P1-2: Withdrawn
P1-3: A Head-Fixed Camouflage Behavioral Paradigm for Cuttlefish
Barlow G T(1)., Garcia-Rosales D(1)., Montague T(1,2). Axel R(1,2)
P1-4: Unique Skin Microbiome: Insights to Understanding Octopus Health in Two Tropical Octopuses
Bennice C.O., Krausfeldt L., Brooks W.R., Lopez J.V.
P1-5: Deciphering the role of neuromodulators in Octopus arm regeneration
Pizzulli F.*, Bergamini G.*, Fiorito G., Ponte G., Imperadore P.
P1-6: Calcium Imaging of the Octopus Vulgaris Vertical Lobe
Boligin D, London M, Hochner B
P1-7: Comparing Sex-Specific Hematopoietic Signatures in Euprymna scolopes, a Model Cephalopod of Host-Microbe Symbioses
Briseño J., Beilinson V., Rogers., T., Ruby, E., McFall-Ngai, M., Simakov, O., Nyholm, S.
P1-8: Dominance Hierarchies in Dwarf Cuttlefish
Castagna, E.C., Garcia-Rosales, D., Gibbons, C., Shook, E., Barlow, G.T., Montague, T., Axel, R.
P1-9: Observed behaviors during captive conditioning of the Pacific pygmy octopus Paroctopus digueti
Ceballos-Vázquez B.P., Martínez-Morales M.G., Contreras-Olguín M., Flores-Montijo L.G., Estrada-Gonzalez M.C., López-López, S.
P1-10: Genetic tools for studying Euprymna scolopes symbiosis with Vibrio fischeri
Chen, GY, Briseno, J, Nyholm, SV, McFall-Ngai, MJ
P1-11: Analogies for central nervous system computation in Pleurobranchaea, octopus and vertebrates
Cui J, Gribkova E D, Norekian T, Gillette R
P1-12: Measuring effects of stress on Sepia bandensis through the Judgment Bias Task
Detmering S, Crook R
P1-13: Adenosine Deamination and Protein Recoding in Cephalopods: Characterizing the Role of sqADAR1 in the Euprymna berryi
Diaz Sanchez P., Voss G., Grasse B., Sakmar T., Vogt M., Murphey H., Rosenthal J.J.C.
P1-14: Contrast Enhanced µCT Anatomical Atlas of Coleoid Cephalopods: Octopus chierchiae
Dickerson, D., Albertin, C., Goff, L., Dolen, G.
P1-15: Cuttlefish use dynamic visual cues to inform camouflage decisions
Drerup C (1), Dunkley K (1,2), How MJ (3), Herbert-Read JE (1,4)
P1-16: Neurogenesis and Neural Cell Fate Determination in the Octopus Arm
Elagoz, AM; Van Dyck M; Van Rooij E; Seuntjens E
P1-17: Early visual coding in Sepia officinalis
Evans D, Karimi A, Laurent G
P1-18: Internal models in Sepiotheutis lessionana during prey hunting.
Olivier Fernandez, Makoto Hiroi, Sam Reiter
P1-19: Unraveling ADAR expression and RNA editing activity in adult and embryonic tissue in the squid Euprymna berryi
Friedman K, Voss G, Rosenthal J
P1-20: Social skin patterns in the dwarf cuttlefish, Sepia bandensis
Garcia-Rosales D, Shook E, Telerman N, Barlow GT, Montague T, Axel R
P1-21: The Cellular and Molecular Landscape of the Octopus chierchiae Central Brain
Hally A., Sriworarat C., Dickerson D., Dölen G, Albertin C, Goff L.A.
P1-22: Modeling Octopus Arm Coordination with Recurrent Inhibition and Serial CPG Circuitry
Gribkova ED, Gillette R
P1-23: Characterizing the SLC17 gene family expansion in Cephalopoda: Neurogenomic insights into octopus intelligence
Gustafson TM, Fitak RR
P1-24: Neurophysiological Mechanisms of Arm Coordination and Rhythmic Arm Muscle Activity in Octopus bimaculoides
Chang, W and Hale, M. E.
P1-25: Withdrawn
P1-26: Spectral Sensitivity Variation in Ogeopsid Squids: Insights into Visual Adaptations for Deep-sea Environments
Howard, R.B.; Bolstad, K.S.R; Acosta, M.L.
P1-27: Gene regulation of synaptic strengthening in the octopus vertical lobe
Hwaun E1*, McCoy MJ2*, Chai C3, Wang B3,4, Fire AZ2,5, and Soltesz I1
P1-28: A winnerless competition transient dynamic can specify Cephalopod chromatic skin displays
Iskarous, K., Mather, J.
P1-29: Connectomic analysis of early visual circuitry in the cuttlefish Sepia officinalis
Karimi A., Evans D., Laurent G.
P1-30: Eyes on the prize: Prey capture by hummingbird bobtail squid is enhanced by stereopsis
Kaspar, R. E., Vetter, K., Pangilinan, M. & Wardill, T. J.
P1-31: Adaptation of conserved molluscan 5-HT-mediated synaptic plasticity mediates long-term potentiation (LTP) in the Octopus learning and memory network
Katz I, Nesher N, Bidel F, Meirovitch Y, Shomrat T, Hochner B
P1-32: A cuttlefish cinema – a novel method for unobstructed observations of the brachial crown of cuttlefish during prey capture
Koehnsen A., Klaassen van Oorschot B., Pieters R., Amador G. J.
P1-33: Sex Differences in the Agonistic Behavior of the Stumpy-Spined Cuttlefish Sepia bandensis (Mollusca: Cephalopoda)
Koenigsmark A, Crook R
P1-34: Inter-arm pathways of the oral intramuscular nerve cords in coleoid cephalopods
Kuuspalu A., Hale M.
P1-35: Fundamental insights from Octopus vulgaris to generate bilaterian neurons
Lassnig M, Rodriguez-Diaz S C, Abaffyová D, De Winter S, Aerts S, Ranga A, Seuntjens E
P1-36: A Three Dimensional Model of the O. bimaculoides Brain
Lemke K, Dickerson D, Fields J, Crook R, Onthank K, Sivitilli D
P1-37: A distributed gain-control of chromatophore via skin light-sensing
Liang X.
P1-38: 3D Texture Control in the Dwarf Cuttlefish (Sepia bandensis)
Lucas, E. H., Deheyn, D.D.
Poster Session 2
P2-1: A search for the germline in Doryteuthis pealeii
Manganella, E., Lucey, J., Albertin, C.
P2-2: The impact of a unique, intrinsically disordered domain on subcellular localization of cephalopod ADAR1
Martin N, Voss G, Singer R, Rosenthal J
P2-3: Octopus arm action program choices for a coordinated task
Mather J, Iskarous K
P2-4: What role do Hox genes have in cephalopod neurodevelopment?
McCarthy-Taylor J. B., Albertin C.
P2-5: Parallel gene size and isoform expansion of ancient neuronal genes
McCoy MJ, Fire AZ
P2-6: Hair bundle variation in the squid lateral line
Wang H, Wolff C, McDermott B
P2-7: Scales in camouflage
Meshulam L., Pophale A., Shimizu K., Mano T., Asada K., Reiter S.
P2-8: Further Examination into RNA Editing Sites as a Result of Ocean Acidification in Octopus rubescens
Mindlin, M., Wright, R., Sereewit, J., Onthank, K.L.
P2-9: The intricate motor functions of the octopus arm are carried out by three to four distinct motor neuron systems
Orel Benita, Tal Shomrat, Nir Nesher, Letizia Zullo, Binyamin Hochner
P2-10: Cracking the Code; Evaluating the Influence of Behavior and Substrate on Skin Patterning in Octopus briareus
O'Brien, C.E., Humphrey J., Peters, K.
P2-11: Characterization of the quiescent behavioral state with half-and-half skin pattern in Octopus insularis
Oliveira CM, Medeiros SLS , Paiva MMM , Leite TS , Ribeiro S .
P2-12: Exploration of neuromodulatory fingerprint in Octopus brain
Pizzulli F, Fiorito G, Ponte G
P2-13: Developing High Dimensional Motion Tracking Method for Octopus Research
Radawiec Ryan, Pelled Galit
P2-14: Investigating the Neural Substrate of Visual Learning in Sepia bandensis
Raha A, Garcia-Rosales D, Gibbons C, Shook E, Montague T, Axel R
P2-15: Development of the Chromatophore Motor Control System
Renard M. D. M., Ukrow J., Laurent G.
P2-16: Cell types and Circuits Underlying Cuttlefish Camouflage
Rencken S., Hain D., Tushev G., Ciirdaeva E., Kapuruge T., Laurent G
P2-17: Comparisons of brain organization across decapodiform cephalopods with different lifestyles.
Rhodes, H.J., Chung, W-S, Cortesi, F.
P2-18: Cellular diversity in the visual learning and memory system of cephalopods
Gustavo Sanchez, Tomoyuki Mano, Daniel S. Rokhsar, Sam Reiter
P2-19: Long-distance axon innervation is an early event in octopus arm regeneration
Schulz NG, Ragsdale CW
P2-20: Protocadherin gene diversity and function in Octopus vulgaris
Styfhals R, Elagoz AM, Aerts T, Almansa E, Ponte G, Fiorito G, Aerts S and Seuntjens E
P2-21: Quantifying cuttlefish camouflage
Shook E, Garcia-Rosales D, Castagna E, Barlow GT, Montague T, Abbott L, & Axel A
P2-22: Peripheral Learning and Memory in the arms of dwarf cuttlefish, Sepia bandensis
Bowers J, Wilson J, Nimi T and Sittaramane V
P2-23: The Role of Sucker Recruitment in Soft-Bodied Control
Sivitilli D.M., Gire D.H
P2-24: A gene expression atlas of optic lobe cell type markers across the octopus central brain
Songco-Casey JO(1), Langford W(1), Casey NM(1), Chung WS(2), & Niell CM(1)
P2-25: The Persistence of Memory: Behavioral Analysis and Arm Usage of a 9-Armed Octopus vulgaris.
Sam Ellington Soule1,3*, Miguel Cabanellas-Reboredo2, Ángel F. González1 and Jorge Hernández-Urcera1*
P2-26: Investigating the role of cell migration in the neural development of Doryteuthis pealeii
Stewart R, Stock J, & Albertin CB
P2-27: Cellular characterization of the cephalic tentacles of the nudibranch mollusc Berghia stephanieae
Tait CC, Misuraca G, Quinlan PD, Watkins KL, Ramirez MD, Katz PS
P2-28: Electrical Excitability and Topography of the Posterior Chromatophore Lobe in Sepia bandensis
Telerman N, Shook E, Barlow G T, Montague T, Axel R
P2-29: Behavioral characterization of muscle stretching at the interface between sleep and waking in Octopus insularis
Trindade JB, Paiva MMM, Medeiros SLS , Ribeiro S.
P2-30: Methodologies for exploring cephalopod anatomy and physiology at cellular resolution
Konstantinos Tsaridis, Tomoyuki Mano, Yutaka Kojima, Thi Thu Van Dinh, Sam Reiter
P2-31: From Uncharted Waters to Standardized Model: Octopus maya in Neuroscience
Vergara-Ovalle F, González-Navarrete A, Rosas C, León M, Pellicer F, Sánchez-Castillo H
P2-32: Octopus use odor plumes to find food
Weertman, W., Gopal, V., Sivitilli D, Scheel, D., Gire, D.
P2-33: Regional distribution of the GC content in cephalopods and molluscs
Vohnoutová Marta, Zifcakova Lucia, Lajbner Zdeněk, Miller Jonathan, Symonová Radka
P2-34: Withdrawn