POSTERS
POSTERS
Please see schedule overview for poster set-up and break-down times.
| Day | Poster Number | First Name | Last Name | Poster Title |
|---|---|---|---|---|
| Wednesday, April 26 | 1.3.1 | Jamie | Snytte | Contributions of the medial temporal-prefrontal circuit to episodic memory in healthy aging |
| Wednesday, April 26 | 1.3.2 | Erica | Ward | Brain network dynamics for navigational learning and memory |
| Wednesday, April 26 | 1.3.3 | Nora | Harhen | Temporal representation adaptation as a computational link between early life unpredictability and anhedonia |
| Wednesday, April 26 | 1.3.4 | Luz | Bavassi | Memory consolidation under a network-based perspective follows an inverted U-shape malleability function |
| Wednesday, April 26 | 1.3.5 | Eitan | Schechtman | Reap while you sleep: consolidation of memories differs by how they were sown |
| Wednesday, April 26 | 1.3.6 | HaoRan | Chang | Coordinated reactivation of spatial and non-spatial features in the neocortex is temporally graded |
| Wednesday, April 26 | 1.3.7 | Jason | Lee | Associative memory encoding of lateral entorhinal cortex layer 5 |
| Wednesday, April 26 | 1.3.8 | Clara | Nguyen | Localizing spontaneous memory reprocessing during human sleep using MEG data |
| Wednesday, April 26 | 1.3.9 | Xinxu | Shen | The role of hedonic utility in curiosity-related memory enhancements |
| Wednesday, April 26 | 1.3.10 | Gerardo | Sandoval | Updating the synaptic AMPAR trafficking model: Role of extracellular interactions |
| Wednesday, April 26 | 1.3.11 | Zaneta | Navratilova | Pattern completion and rate remapping in retrosplenial cortex |
| Wednesday, April 26 | 1.3.12 | Heather | Collett | Perirhinal GABAergic signalling supports object category learning on a mouse object category recognition (OCR) task, possibly through sparser cortical representations |
| Wednesday, April 26 | 1.3.13 | Gregory | de Carvalho | Early life adversity alters corticostriatal glutamatergic transmission |
| Wednesday, April 26 | 1.3.14 | Sabrina | Maoz | Dynamic neural representations of space and memory in freely-moving humans |
| Wednesday, April 26 | 1.3.15 | Federico | Stella | State-dependent temporal coding of place cells in mouse CA1 |
| Wednesday, April 26 | 1.3.16 | Martina | Hollearn | The effects of direct amygdala stimulation in humans on retrieval-based declarative memory networks across the whole brain |
| Wednesday, April 26 | 1.3.17 | Marike Christiane | Maack | Memory formation of sequence-specific crossmodal associations is facilitated by dynamic changes in wide-spread alpha/beta power differences. |
| Wednesday, April 26 | 1.3.18 | Can | Fenerci | Aging reduces cross-hemisphere hippocampal subregion connectivity while encoding complex events |
| Wednesday, April 26 | 1.3.19 | Sharon | Noh | Memory encoding ability interacts with training interventions to improve memory-guided inference decisions |
| Wednesday, April 26 | 1.3.20 | Ido | Maor | Representations of contradictory schemas in the orbitofrontal cortex during continuous learning |
| Wednesday, April 26 | 1.3.21 | Jing | Zhang | The Dream Affect: Dreaming enhances the emotional saliency effect in sleep-dependent memory |
| Wednesday, April 26 | 1.3.22 | Kirk | Geier | Analysis of memory and executive function performance and cortico-cortical connectivity after stroke to higher order thalamic nuclei |
| Wednesday, April 26 | 1.3.23 | Tammy | Tran | Object-in-context representations in the lateral and medial entorhinal cortex |
| Wednesday, April 26 | 1.3.24 | Chaodan | Luo | Planning and learning in a goal-oriented maze task and its potential neural correlates |
| Wednesday, April 26 | 1.3.25 | Mantong (Mable) | Zhou | Outdoor navigation: learning, strategies, and influence of distal landmarks |
| Wednesday, April 26 | 1.3.26 | Mulatwa | Haile | A novel role of neurexin-2 in sleep regulation |
| Wednesday, April 26 | 1.3.27 | Sophie | Peterson | Role of the orbitofrontal cortex and dorsal hippocampus in the contextual control over cued reward seeking |
| Wednesday, April 26 | 1.3.28 | Celina | Yang | An analysis of throughput across the primary hippocampal circuit |
| Wednesday, April 26 | 1.3.29 | David | Halpern | Covert reinstatement predicts recall probability and organization |
| Wednesday, April 26 | 1.3.30 | Lucius | Wilmerding | Exploring the contribution of dentate gyrus to memory guided spatial navigation in mice |
| Wednesday, April 26 | 1.3.31 | Claire | Chen | The CPEB3 ribozyme modulates hippocampal-dependent object location memory |
| Wednesday, April 26 | 1.3.32 | Luke | Chi | The influence of labeled graphs, turns, and environmental properties on navigational behavior |
| Wednesday, April 26 | 1.3.33 | Matthew | McGregor | Insular cortex subregions have distinct roles in cued heroin seeking after extinction learning and prolonged withdrawal in rats |
| Wednesday, April 26 | 1.3.34 | Magdalena | Miranda | A novel thalamic circuit for the learning of a relative aversive value in mice |
| Wednesday, April 26 | 1.3.35 | Simon | Kern | Measuring human replay using temporally delayed linear modelling |
| Wednesday, April 26 | 1.3.36 | Olivia | O'Neill | Investigating the role of dopamine at D1-receptors on object memory destabilization |
| Wednesday, April 26 | 1.3.37 | Sanad | El-Khatib | BDNF augmentation using Riluzole reverses chemotherapy- and cranial radiation therapy-induced decline in cognitive function and neurogenesis |
| Wednesday, April 26 | 1.3.38 | Zahara | Keulen | Neuronal Tau pathology alters human microglial morphology and function |
| Wednesday, April 26 | 1.3.39 | Daniel | Pacheco | Representational dynamics during acquisition and extinction of human fear memories |
| Wednesday, April 26 | 1.3.40 | Ashley | Williams | A computational account of how hippocampal-prefrontal interactions reduce interference between overlapping memories |
| Wednesday, April 26 | 1.3.41 | Benedict | Pruess | Theta initiated self-sustained activity in hippocampal field CA3 |
| Wednesday, April 26 | 1.3.42 | Amir | Tal | Out with the old? How the schedule of encountering conflicting regularities affects their storage in memory |
| Wednesday, April 26 | 1.3.43 | Casper | Kerren | Phase separation of competing memories along the human hippocampal theta rhythm. |
| Wednesday, April 26 | 1.3.44 | Patricia | Pirbhoy | Targeted endocannabinoid modulation ameliorates abnormal behavioral phenotypes in a mouse model of Fragile X syndrome |
| Wednesday, April 26 | 1.3.45 | Tatsuki | Nakagawa | Impaired associative memory encoding in the lateral entorhinal cortex of amyloid precursor protein knock-in mice |
| Wednesday, April 26 | 1.3.46 | Kenny | Yu | Multiple pathways to widespread fears: Disentangling human fear generalization mechanisms using computational modelling |
| Wednesday, April 26 | 1.3.47 | Alice | Zhang | Development of non-local planning behavior |
| Wednesday, April 26 | 1.3.48 | Marc | Yanguez Escalera | Aerobic fitness and math achievement (the odd couple): examination of cognitive mechanisms underlying their relationship |
| Wednesday, April 26 | 1.3.49 | Yangzi | Chen | Dynamic perturbation manipulates ordinal performance in human sequential working memory |
| Wednesday, April 26 | 1.3.50 | Siobhon-Elora | Weber | The effect of early life environmental enrichment on multisensory integration and anxiety performance in the triple transgenic Alzheimer's disease mouse model |
| Wednesday, April 26 | 1.3.51 | Avery | Mizrahi | Tau accumulation in Braak stages is associated with neurofilament light chain in adults with Down syndrome and dementia |
| Wednesday, April 26 | 1.3.52 | Wenqiang | Huang | A prefrontal-raphe-hippocampus pathway controls memory specificity during consolidation |
| Wednesday, April 26 | 1.3.53 | Samantha | Smith | Compensation or competition: striatal-hippocampal dynamics in old age |
| Wednesday, April 26 | 1.3.54 | Michael | Starrett Ambrose | Domain generality and specificity across egocentric and allocentric distance ratings |
| Wednesday, April 26 | 1.3.55 | Keiland | Cooper | Does the prefrontal cortex use an ordinal schema to learn non-spatial sequences? |
| Wednesday, April 26 | 1.3.56 | Michalina | Dudziak | In and out of control: the impact of having and losing control over threat on the acquisition and extinction of conditioned fear |
| Wednesday, April 26 | 1.3.57 | Jacky | Au | Neural and behavioral correlates of tDCS-enhanced memory consolidation |
| Wednesday, April 26 | 1.3.58 | Naiara | Demnitz | Characterising the covariance pattern between lifestyle factors and structural brain measures: a multivariable study of two ageing cohorts |
| Wednesday, April 26 | 1.3.59 | Joshua | Koh | Event structure modulates hippocampal and thalamic activity during encoding of complex naturalistic events |
| Wednesday, April 26 | 1.3.60 | Katelyn | McVeigh | In here and out there: In-laboratory autobiographical memory specificity predicts the specificity of naturalistically observed, everyday autobiographical thought sharing |
| Wednesday, April 26 | 1.3.61 | Frank | van Schalkwijk | Coordination of alpha oscillations and sleep spindles shapes information coding |
| Wednesday, April 26 | 1.3.62 | marjan | Rashidi | The role of chronic stress in spatial learning in humans |
| Wednesday, April 26 | 1.3.63 | Elle | Giovanni | Traumatic brain injury reduces the preference for flexible instrumental control |
| Wednesday, April 26 | 1.3.64 | Azara | Lalla | Remembering what was not chosen: The influence of option similarity and strategy |
| Wednesday, April 26 | 1.3.65 | Nellie | Nelson | Persistent neural epigenetic signatures of early-life adversity and exercise intervention reveal molecular candidates for intervention. |
| Wednesday, April 26 | 1.3.66 | Ricky | Chow | Individual differences in mismatch negativity predict mnemonic discrimination |
| Wednesday, April 26 | 1.3.67 | Daniela | Cossio | White matter structural integrity is associated with specific white matter navigation abilities in midlife adults |
| Wednesday, April 26 | 1.3.68 | Boris | Konrad | Mnemonic training leads to distinct neural representations that align with memory champions and support durable memory |
| Wednesday, April 26 | 1.3.69 | Laura | Koek | Changes in CA1 spine size following plasticity evoked by spaced trains of TBS |
| Wednesday, April 26 | 1.3.70 | Kelsey | Canada | Household socioeconomic status influences hippocampal subfield volumes across development |
| Wednesday, April 26 | 1.3.71 | Lea | Stith | Redesigning Highly Superior Autobiographical Memory (HSAM) assessment tools with confidence: The Event Recognition Task |
| Wednesday, April 26 | 1.3.72 | Lingqi | Zhang | Endogenous and exogenous memory reactivation during human sleep |
| Wednesday, April 26 | 1.3.73 | Ishani | Ray | Characterization of auditory physiology in FXS in critical developmental timepoints |
| Wednesday, April 26 | 1.3.74 | Daniela | Rugeti | Associations between statistical learning, episodic memory, and other cognitive domains |
| Wednesday, April 26 | 1.3.75 | Chantelle | Cocquyt | Neural correlates of transfer of emotional valence |
| Wednesday, April 26 | 1.3.76 | Karim | Abdelaal | Leveraging machine learning to elucidate an opioid withdrawal network |
| Wednesday, April 26 | 1.3.77 | Ruiyi | Chen | The role of emotional content in segmenting naturalistic videos into events |
| Wednesday, April 26 | 1.3.78 | Katharine C. | Simon | Navigation behaviors, but not spatial memory, change in concordance with menstrual cycle hormone phases |
| Wednesday, April 26 | 1.3.79 | Itamar | Lerner | Sleep promotes assimilation of separately encoded events into false composite memories |
| Wednesday, April 26 | 1.3.80 | Omri | Raccah | Prior category knowledge promotes sequence memory |
| Thursday, April 27 | 2.4.1 | Carlos Alexandre | Gomes | Predicting inter-individual differences in extinction learning efficacy from a combination of functional, structural and effective connectivity |
| Thursday, April 27 | 2.4.2 | Theodoros | Kapogianis | Impact of graph metrics on non-spatial navigational learning |
| Thursday, April 27 | 2.4.3 | Jessica | Childs | Impairing medial habenula NR4A2 function alters the transcriptome and reduces relapse to cocaine-seeking |
| Thursday, April 27 | 2.4.4 | Maha | Aldubayan | Comparative effects of pioglitazone and metformin on improving cognitive dysfunction caused by diabetes type 2 on rats' models |
| Thursday, April 27 | 2.4.5 | Casey | Vanderlip | Aging common marmosets show domain-specific cognitive impairment |
| Thursday, April 27 | 2.4.6 | Bess | Glickman | Posttraining optogenetic inhibition of basolateral amygdala projections to the nucleus accumbens shell impairs inhibitory avoidance retention in rats |
| Thursday, April 27 | 2.4.7 | Weizhen | Xie | Pre-existing semantic associations contribute to memorability of visual changes in a scene |
| Thursday, April 27 | 2.4.8 | Jun | Liu | Emerging Many-to-One weighted mapping in the hippocampus-amygdala circuitry underlies memory formation |
| Thursday, April 27 | 2.4.9 | Laura | Lueckemann | The use of taste-immune associative learning for optimizing treatment of immune related diseases |
| Thursday, April 27 | 2.4.10 | Pamela | Riviere | Mechanisms of hippocampal olfactory information processing for successful goal-directed behavior |
| Thursday, April 27 | 2.4.11 | Kyrie | Varieur | Sex differences in sleep apnea-related hypoxemia during non-rapid eye movement sleep contribute to worse overnight memory retention in older adults |
| Thursday, April 27 | 2.4.12 | Lindsay | Rait | Investigating the effects of goal-relevance on free recall organization |
| Thursday, April 27 | 2.4.13 | Luca Anna | Varhegyi | The role of the bed nucleus of the stria terminalis in extinction and reconditioning of contextual fear in rats |
| Thursday, April 27 | 2.4.14 | Jasmine | Chavez | Microglia elimination reveals involvement in long term potentiation and learning |
| Thursday, April 27 | 2.4.15 | Ian | Ballard | Dopamine D2 receptors control the tradeoff between explicit and implicit behavioral control |
| Thursday, April 27 | 2.4.16 | Naoki | Yamamoto | Ephrin-B2 controls organization of the island structure and modular grid coding |
| Thursday, April 27 | 2.4.17 | Benjamin | Griffiths | Enhancing recall with imperceptible sensory stimulation |
| Thursday, April 27 | 2.4.18 | Renaud | Coppalle | Learning by distraction as a mean to facilitate encoding in older adults,Superior or equivalent to explicit learning? |
| Thursday, April 27 | 2.4.19 | Mansi | Saraf | Awake hippocampal replay reflects stimuli information during a nonspatial sequence memory task |
| Thursday, April 27 | 2.4.20 | Susan | Walling | A further examination of the effects of locus coeruleus pretangle tau on cognition and neurophysiology |
| Thursday, April 27 | 2.4.21 | Marta | Garcia Huescar | Enhanced focal cerebral perfusion in superagers |
| Thursday, April 27 | 2.4.22 | Christopher | Heyman | Dentate gyrus representations of spatial and sensory cue conjunctive information |
| Thursday, April 27 | 2.4.23 | Sarvia | Aquino | Sleep's role in context-object binding: a functional MRI study using targeted memory reactivation |
| Thursday, April 27 | 2.4.24 | Anne | Willems | The pleasure of absent danger: VTA and striatal responses to the unexpected omission of threat |
| Thursday, April 27 | 2.4.25 | Sophie | Yount | Defining functionally distinct neuron populations within the orbitofrontal cortex |
| Thursday, April 27 | 2.4.26 | Sina Sophia | Wiese | The structure of experience: Examining the emergence of schematic representations in the medial prefrontal cortex |
| Thursday, April 27 | 2.4.27 | Kyle | Kurkela | Limited evidence for an association between intrinsic functional brain connectivity and episodic memory ability |
| Thursday, April 27 | 2.4.28 | Victoria | Wardell | Changes in visual perspective predict the consistency of autobiographical memory over time |
| Thursday, April 27 | 2.4.29 | Frank | Raven | Roles of dorsal hippocampus interneuron subtypes in distinct phases of spatial memory processing |
| Thursday, April 27 | 2.4.30 | Gergely | Tarcsay | Developing a novel automatized task for testing behavioral discrimination and grouping |
| Thursday, April 27 | 2.4.31 | Yitzhak | Norman | Hippocampus-speech cortex coupled theta oscillations support verbal memory formation |
| Thursday, April 27 | 2.4.32 | Linda | Palmer | Context-dependent encoding of unsupervised episodic memory in mice |
| Thursday, April 27 | 2.4.33 | Laura | Vercammen | Probing the rewarding properties of safety signals established by an active avoidance task in rats. |
| Thursday, April 27 | 2.4.34 | Kristin | Sanders | What does sleep prioritize: The effect of sleep on the emotional memory trade-off task |
| Thursday, April 27 | 2.4.35 | Raffael | Kalisch | Extinction learning success is coupled with a neural prediction error-like signal in the human ventral striatum |
| Thursday, April 27 | 2.4.36 | Lu | Leng | No joy - why bother? Higher anhedonia relates to reduced pleasure from and motivation for threat avoidance |
| Thursday, April 27 | 2.4.37 | Tarek | Amer | An eye-tracking investigation of task demand effects on pattern separation |
| Thursday, April 27 | 2.4.38 | Molly | Rowlands | Reframing extinction: Testing the retrieval stopping model of fear extinction via human fMRI meta-analyses |
| Thursday, April 27 | 2.4.39 | Francesca | Aria | Altered protein metabolism in the hippocampus underlies memory impairment of Angelman syndrome mice |
| Thursday, April 27 | 2.4.40 | Jeremy | Biane | Neural dynamics of associative learning across the dorsoventral hippocampus |
| Thursday, April 27 | 2.4.41 | Rachael | Hokenson | Spatial and emotional memories are impacted by acute, multiple concurrent stresses in an estrogen dependent manner |
| Thursday, April 27 | 2.4.42 | Johleen | Seedansingh | Cognitive effects of AAV-mediated human wild-type tau overexpression in the perirhinal cortex of rats |
| Thursday, April 27 | 2.4.43 | Xinran | Niu | Preliminary evidence of the effects of sleep and internalizing symptoms on emotional memory |
| Thursday, April 27 | 2.4.44 | Lisa | Taylor | Longitudinal Amyloid, Tau, and Neurodegeneration in Braak staging in Down syndrome |
| Thursday, April 27 | 2.4.45 | Futing | Zou | Hippocampus and vmPFC contribute to spacing effects at long timescales |
| Thursday, April 27 | 2.4.46 | Evgeny | Amelchenko | Radiation-induced impairment of cognitive flexibility |
| Thursday, April 27 | 2.4.47 | Emma | Laurent | Systematic cognitive load and its influence on episodic memory |
| Thursday, April 27 | 2.4.48 | Emily | Mankin | Single unit responses in the human MTL (and beyond) during targeted memory Reactivation |
| Thursday, April 27 | 2.4.49 | Troy | Houser | Successful generalization of conceptual knowledge after training to remember specific events |
| Thursday, April 27 | 2.4.50 | Naomi | Carpentier | Optimizing extinction with approach behavior |
| Thursday, April 27 | 2.4.51 | Elizabeth | Horwath | Characterizing granular versus higher-order representations of value in the brain |
| Thursday, April 27 | 2.4.52 | Aleyna | Ross | Validation of an operant-based touchscreen test of mnemonic similarity for rodent models of cognitive aging |
| Thursday, April 27 | 2.4.53 | Desiree | Macchia | Mapping entorhinal cortex circuitry in mouse models of Alzheimer's disease |
| Thursday, April 27 | 2.4.54 | Catherine | Tallman | Human brain activity and functional connectivity as a function of memory age from one hour to one month for verbal memories |
| Thursday, April 27 | 2.4.55 | Ari | Khoudary | Characterizing dynamic effects of memory on perceptual decisions |
| Thursday, April 27 | 2.4.56 | Seetha | Krishnan | Synchronous ensembles of hippocampal CA1-CA3 neurons support memory encoding and retrieval |
| Thursday, April 27 | 2.4.57 | Jordan | Carter | Modulation of estradiol signaling in the basolateral amygdala impacts heroin extinction memory recall in a sex-specific manner |
| Thursday, April 27 | 2.4.58 | Svenja | Klinkowski | Different specializations of human declarative memory subsystems for detailed and conceptual information assessed with multimodal MRI |
| Thursday, April 27 | 2.4.59 | Novelle | Meza | Amyloid-β status disrupts the emotional trade-off effect in sleep-dependent memory |
| Thursday, April 27 | 2.4.60 | Joel | Reithler | Mapping memory encoding of naturalistic episodes using multi-echo fMRI at 7T |
| Thursday, April 27 | 2.4.61 | Erica | Ramirez | Beyond reward: The role of GABAergic ventral pallidum neurons in aversive motivation and fear memory |
| Thursday, April 27 | 2.4.62 | Wouter | Cox | Episodic memory enhancement versus impairment is determined by contextual similarity across events |
| Thursday, April 27 | 2.4.63 | Destiny | Berisha | Sleep apnea-related hypoxemia, not sleep fragmentation, are associated with white matter hyperintensities in older adults |
| Thursday, April 27 | 2.4.64 | Kate | Lawson | Using ultrasonic vocalizations to interrogate rat subjective states: Drug intoxication and chemogenetic manipulations of VTA dopamine neurons |
| Thursday, April 27 | 2.4.65 | Amy | Monasterio | Two-photon imaging of c-Fos tagged CA1 populations before and after learning |
| Thursday, April 27 | 2.4.66 | Aubrey | Demchuk | Learned spatial representations in the neocortex are modulated by the hippocampus in a regional and layer-specific manner |
| Thursday, April 27 | 2.4.67 | Asim | Rashid | Engrams for recent and remote fear memory in the lateral amygdala form concurrently and competitively interact to regulate behavioral output. |
| Thursday, April 27 | 2.4.68 | Neslihan | Onay | What adults and children share in common: sad faces reduce memory coherence |
| Thursday, April 27 | 2.4.69 | Lizzy | Hubbard | A whole-brain, viral-genetic approach to accessing neuron populations important for opioid withdrawal |
| Thursday, April 27 | 2.4.70 | Alexandra | Rogers Beasley | Recapitulating adolescent nicotine susceptibility in adult rats by kappa opioid receptor antagonism |
| Thursday, April 27 | 2.4.71 | Miranda | Chappel-Farley | A graph theoretical approach to study sleep-dependent memory consolidation in older adults |
| Thursday, April 27 | 2.4.72 | Alison | Comrie | The hippocampus dynamically engages nonlocal spatial representations in a value-guided spatial foraging task |
| Thursday, April 27 | 2.4.73 | Lotte | Stemerding | Learning from the unexpected: The role of expectancy violations in human fear extinction |
| Thursday, April 27 | 2.4.74 | Qingxing | Liang | CoQ10 supplementation in management of cognitive fatigue in post-acute sequelae of COVID-19 |
| Thursday, April 27 | 2.4.75 | Frieda Josefine | Born | Long-term effects of working memory retrieval from prioritized and deprioritized states |
| Thursday, April 27 | 2.4.76 | Dan | Denis | Enhancing emotional components of memory during sleep using targeted memory reactivation |
| Thursday, April 27 | 2.4.77 | Ashley | Keiser | Exercise parameters that open a 'molecular memory window' for cognitive enhancement shine light on key memory mechanism in the adult, aging, and Alzheimer's Disease brain |
| Thursday, April 27 | 2.4.78 | Michael | Hahn | Aperiodic activity in the hippocampal-frontal network reflects computational efficiency during rodent and human sleep |
| Thursday, April 27 | 2.4.79 | Jun | Yokose | Neuronal ensembles crucial for visual self-image in mouse hippocampus |
| Thursday, April 27 | 2.4.80 | Alina | Tu | The relationship between hippocampal subfield volumes and individual differences in navigation |
| Friday, April 28 | 3.4.1 | Sabrina | Karjack | Home Sweet Home: Relations between episodic and semantic memory in childhood. |
| Friday, April 28 | 3.4.2 | Joshua | Gills | Hypertension is associated with reduced medial temporal lobe neural flexibility in older African Americans |
| Friday, April 28 | 3.4.3 | Nicholas | Krohn | Microstructural properties of the hippocampus and individual differences in path integrationability in humans |
| Friday, April 28 | 3.4.4 | Tamas | Tompa | 3D Acousto-optical multiphoton imaging with real-time motion correction and behavior in virtual reality as an appropriate tool to study learning-related neural phenomena |
| Friday, April 28 | 3.4.5 | Heidrun | Schultz | Facilitating episodic memory with pre-existing knowledge: Complementary memory representations in the prefrontal cortex and medial temporal lobe. |
| Friday, April 28 | 3.4.6 | Busra | Tanriverdi | Encoding repetition leads to hippocampal differentiation |
| Friday, April 28 | 3.4.7 | Tugce | Belge | Converging lines on the horizon: The impact of linear perspective cues on spatial memory |
| Friday, April 28 | 3.4.8 | Nora | Bradford | Metacognition and learning: bridging the gap between the lab and the classroom |
| Friday, April 28 | 3.4.10 | Elham | Ghanbarian | Environmental enrichment can obviate hippocampal memory deficits induced by early life adversity |
| Friday, April 28 | 3.4.11 | Aditya | Singh | Long-term consequences of traumatic brain injury on functional neurovascular recovery and exploratory social behavior |
| Friday, April 28 | 3.4.12 | Jenna | Adams | Dynamic brain states are related to age and cognition across the Alzheimer's disease spectrum |
| Friday, April 28 | 3.4.13 | Marielena | Sosa | Dynamic updating of the hippocampal reward representation |
| Friday, April 28 | 3.4.15 | Batool | Rizvi | Posterior cerebral artery-defined white matter hyperintensities are associated with memory and transentorhinal volume independently of global beta-amyloid burden |
| Friday, April 28 | 3.4.16 | Cagatay | Guersoy | Validation of an fMRI-based olfactory cue reactivity task to measure the learned association between alcohol cues and addictive behaviour |
| Friday, April 28 | 3.4.17 | Jonas | Zaman | The idiosyncratic nature of how individuals perceive, represent, and remember their surroundings and its impact on learning-based generalization. |
| Friday, April 28 | 3.4.18 | Anastasia | Chalkia | Disrupting emotional associative memories through instructions to forget |
| Friday, April 28 | 3.4.19 | Cory | Rebmann | Contextual modulation of declarative-procedural interactions |
| Friday, April 28 | 3.4.20 | Nidhi | Banavar | Decomposing behavioral pattern separation: A model-based analysis |
| Friday, April 28 | 3.4.21 | Justin | Palmer | The impact of context on memory for short stories among older and younger adults |
| Friday, April 28 | 3.4.22 | Sander | van Bree | The Brain Time Toolbox: A software library to retune electrophysiology data to brain dynamics |
| Friday, April 28 | 3.4.23 | Ingrid | Esteves | Consolidation of cellular memory representations in superficial neocortex |
| Friday, April 28 | 3.4.24 | Ali | Ozgur | Neuronal population dynamics for learning in the posterior parietal cortex |
| Friday, April 28 | 3.4.25 | Vinicius | Duarte | Neurons rely on calcium to detect and respond to dendrite injury |
| Friday, April 28 | 3.4.26 | Alexa | Tompary | A neural basis of distortions in episodic memories due to semantic knowledge |
| Friday, April 28 | 3.4.27 | Catherine | Cornwell | Social mixing with controls counteracts environmental enrichment benefits on recognition memory in adolescent maternally separated CD-1 mice |
| Friday, April 28 | 3.4.28 | Dominika | Varga | The effect of surprise on processing everyday events |
| Friday, April 28 | 3.4.29 | Sean | Lee | Effect of environmental enrichment on representational complexity of hippocampus and motor cortex neurons |
| Friday, April 28 | 3.4.30 | Arya | Vagadia | Targeting CNS complement cascade to alleviate cranial irradiation-induced cognitive dysfunction |
| Friday, April 28 | 3.4.32 | Hisayuki | Osanai | Identification of pathway-specific local field potentials in the entorhinal cortical-hippocampal networks |
| Friday, April 28 | 3.4.33 | Nandita | Tuteja | Higher age of menopause onset in older women is associated with worse memory and lower entorhinal cortical thickness |
| Friday, April 28 | 3.4.34 | Jie | Zheng | Combined phase-rate coding of human medial temporal lobe neurons at cognitive boundaries shapes episodic memory representations |
| Friday, April 28 | 3.4.35 | Petra | Sandberg | Transfer after mnemonic training in smart phone application for adults across the life span |
| Friday, April 28 | 3.4.36 | Tia | Donaldson | The effects of acute ethanol exposure on path integration |
| Friday, April 28 | 3.4.37 | Gabriel | Elias | Persistent and dynamic codes in prefrontal cortex maintain and update a neural index of ordinal position within a sequence of events |
| Friday, April 28 | 3.4.38 | Ziqing | Yao | Reactivating positive personality traits during sleep impacts self-evaluative memories |
| Friday, April 28 | 3.4.39 | Marshall | Dalton | New insights into anatomical connectivity along the anterior-posterior axis of the human hippocampus using in-vivo quantitative fibre-tracking |
| Friday, April 28 | 3.4.40 | David | Gregory | PTSD-related symptoms and high arousal-related threat during movie watching. |
| Friday, April 28 | 3.4.41 | Anna-Maria | Grob | Imagining is not seeing: Lower insight-driven memory reconfiguration when imagining the link between separate events |
| Friday, April 28 | 3.4.42 | Matthias | Stangl | Spatial representations for self and others in the medial temporal lobe of freely-moving humans |
| Friday, April 28 | 3.4.43 | Karim | Abouelnaga | The role of muscarinic cholinergic receptors in destabilizing strongly encoded fear memories |
| Friday, April 28 | 3.4.44 | Alyssa | Harris | Testing hippocampal subfields as a more sensitive marker of neurodegeneration in the A/T/N framework in cognitively normal and impaired older adults |
| Friday, April 28 | 3.4.45 | Andrew Ethan | Huff | Activation of M1 muscarinic cholinergic receptors alleviates deficits in memory destabilization and subsequent memory modification in the 3xTG mouse model of Alzheimer's disease |
| Friday, April 28 | 3.4.46 | John | Sakon | Human hippocampal ripples signal encoding of episodic memories |
| Friday, April 28 | 3.4.47 | Kaitlyn | Deen | Money talks: The impact of psychopathic tendencies on incentivized memory-based decisions |
| Friday, April 28 | 3.4.48 | Jessica | Knoetzele | Presenting rose odor during learning, sleep and retrieval helps to improve memory consolidation- a real-life study |
| Friday, April 28 | 3.4.49 | Andrew | Lazarus | Revealing the temporal dynamics of memory reactivation during sleep |
| Friday, April 28 | 3.4.50 | Kristen | Jardine | Object memory updating deficits in aging male mice can be restored by systemic muscarinic acetylcholine receptor activation |
| Friday, April 28 | 3.4.51 | Christine | Smith | News event memory predicts white matter hyperintensity burden in individuals at risk for Alzheimer's disease |
| Friday, April 28 | 3.4.52 | Mahek | Kirpalani | Prefrontal-thalamic pathways underlying inhibitory control over the hippocampus: the role of the Nucleus Reuniens |
| Friday, April 28 | 3.4.53 | Krista | Wahlstrom | Direct electrical stimulation of the human amygdala enhances recognition memory for objects compared to scenes |
| Friday, April 28 | 3.4.54 | Alessandra | Shuster | Identifying novel markers of memory in REM sleep |
| Friday, April 28 | 3.4.55 | Mariam | Hovhannisyan | Age-related alterations in representational forms of imagination: A novel scoring protocol applied to autobiographical memory and future thoughts |
| Friday, April 28 | 3.4.56 | Madelyn | Castro | Multiple approaches towards the modulation of emotional memory in depression |
| Friday, April 28 | 3.4.57 | Jennifer | Yonan | PTEN deletion-induced growth of adult dentate gyrus granule cells increases network connectivity without drastically disrupting connectional specificity |
| Friday, April 28 | 3.4.58 | Ayat | Abdurahman | Understanding the effects of spatial attention on age-related mnemonic fidelity deficits |
| Friday, April 28 | 3.4.59 | Justin | Campbell | Closed-loop direct electrical stimulation to optimize amygdala-mediated memory enhancement in humans |
| Friday, April 28 | 3.4.60 | Nicole | Colchete | Traversing minecraft with story: examining the effect of narrative on spatial memory and navigation in a video game setting |
| Friday, April 28 | 3.4.61 | Anne | Bierbrauer | Stress shapes long-term memories of real-life episodes |
| Friday, April 28 | 3.4.62 | Francesco | Savelli | Spontaneous remapping of hippocampal place fields as a result of combinatorial competition among spatial inputs - a model |
| Friday, April 28 | 3.4.63 | Natalie | DiProspero | Medial temporal lobe functional connectivity and pathological tau spread in people with Down syndrome |
| Friday, April 28 | 3.4.64 | Janna | Lendner | Human REM sleep controls neural excitability in support of memory formation |
| Friday, April 28 | 3.4.65 | Danni | Chen | N400 during social norms learning predicts delayed social conformity |
| Friday, April 28 | 3.4.66 | Soyun | Kim | Cerebellar-cortical functional connectivity and mnemonic discrimination in preclinical Alzheimer's disease |
| Friday, April 28 | 3.4.67 | Mia | Utayde | The role of spontaneous emotion regulation strategies on the emotional memory trade-off effect |
| Friday, April 28 | 3.4.68 | Sebnem | Tuncdemir | Functional and developmental diversity of hippocampal circuits supports contextual memory discrimination |
| Friday, April 28 | 3.4.69 | Mason | McClay | Dynamic emotional fluctuations induced by music shape the temporal structure of episodic memory |
| Friday, April 28 | 3.4.70 | Mariya | Vodyanyk | Feasibility of a novel arts-based cognitive training program for older adults |
| Friday, April 28 | 3.4.71 | Sabrina | Zequeira | Chronic oral administration of delta-9-tetrahydrocannabinol (THC) enhances working memory in aged but not young rats |
| Friday, April 28 | 3.4.72 | Emine Seyma | Caglar Kurtulmus | Dysfunctional effect of episodic counterfactual thinking on emotion regulation |
| Friday, April 28 | 3.4.73 | Dustin | Fetterhoff | Neuronal spiking patterns during human emotional memory processing |
| Friday, April 28 | 3.4.74 | Shuran | Tang | (How) Do narratives influence associative inference and memory integration? |
| Friday, April 28 | 3.4.75 | Kasia | Bieszczad | Epigenetic regulation of transcription early during associative learning alters the temporal dynamics of learning-induced cortical plasticity to support the consolidation of highly precise cue memory revealed weeks later |
| Friday, April 28 | 3.4.76 | Andrew | Maurer | Theta dominates cross-frequency coupling in hippocampal-medial entorhinal circuit during awake-behavior in rats |
| Friday, April 28 | 3.4.77 | Samantha | Soares | Cognitive impairments in a mouse model of bipolar disorder |
| Friday, April 28 | 3.4.78 | Abigail | Flores | Stressing cognition: Adolescent stress-induced alterations in adult cognitive function |
| Friday, April 28 | 3.4.79 | Kyle | Kainec | Storing new information modifies existing memories according to the strength of shared associations. |
| Friday, April 28 | 3.4.80 | Christina Anna | Vallianatou | Retrieving fear memories through the basal amygdala-accumbens pathway. |
| Saturday, April 29 | 4.3.1 | Nicholas | DiCola | Age-related changes to hippocampal local field potentials are lamina specific |
| Saturday, April 29 | 4.3.2 | Molly | Baumhauer | Neural dynamics in the human brain underlying successful memory formation and retrieval |
| Saturday, April 29 | 4.3.3 | Tai | Donnell-Louis | White Matter Structure and Sex Differences in Spatial Navigation Ability |
| Saturday, April 29 | 4.3.4 | Sebastian | Michelmann | Tracking the reinstatement of event representations during continuous memory search with human ECoG |
| Saturday, April 29 | 4.3.5 | Cody | Wolfe | Differential activity of anterior and posterior entorhinal cortex during human episodic memory |
| Saturday, April 29 | 4.3.6 | Guillermo | Aquino-Miranda | Prelimbic cortex transmission of reward cue information to the paraventricular nucleus of the thalamus during approach-avoidance conflict. |
| Saturday, April 29 | 4.3.7 | Mariana | Pais | HPA-axis dysregulation induces generalization deficits of fear extinction and alters underlying brain structure and resting-state connectivity in rats |
| Saturday, April 29 | 4.3.8 | Paola | Malerba | Global and non-global slow oscillations differentiate in their depth profiles |
| Saturday, April 29 | 4.3.9 | Darya | Frank | Human hippocampal ripples reflect generative processing in uncertain visual contexts |
| Saturday, April 29 | 4.3.10 | Munir Gunes | Kutlu | Accumbal D1 and D2 medium spiny neurons encode distinct types of information during associative learning |
| Saturday, April 29 | 4.3.11 | Kelsey | Sundby | Testing the role of the subthalamic nucleus in memory-guided decisions |
| Saturday, April 29 | 4.3.12 | Yoshiyuki | Omura | Hippocampal neural representation of food intake episode |
| Saturday, April 29 | 4.3.13 | Domenico | Tullo | Does the distribution of cognitive training sessions explain differences in task learning? |
| Saturday, April 29 | 4.3.14 | Merve | Kutlu | Identifying sequential memory reactivation during sleep in humans |
| Saturday, April 29 | 4.3.15 | Jungsun | Yoo | Humans build configural representations for planning in complex environments |
| Saturday, April 29 | 4.3.16 | Anisha | Babu | Adaptive memory biases revealed by verbal recall of highly similar naturalistic scene images |
| Saturday, April 29 | 4.3.17 | Carmen | Rasmussen | The association between sleep and learning difficulties among children with perinatal stroke |
| Saturday, April 29 | 4.3.18 | Nawel | Cheriet | Age differences in story recall: Comparing the narrative similarities in memories for a TV episode |
| Saturday, April 29 | 4.3.19 | Indraja | Jakhalekar | Spatial representations of large spaces |
| Saturday, April 29 | 4.3.20 | Ananth | Kolli | Impact of GluA1 CTD deletion on AMPA receptor trafficking, neuronal activity, learning, and memory |
| Saturday, April 29 | 4.3.21 | Marta | Silva | Hippocampal ripple concurrence with movie event boundaries |
| Saturday, April 29 | 4.3.22 | Christopher | Postzich | Tracking the spatial-temporal course of naturalistic images encoding and retrieval with MEG-fMRI representational similarity fusion analysis |
| Saturday, April 29 | 4.3.23 | Hannah | Baumeister | Two progression patterns in Alzheimer's disease identified from structural MRI in a memory clinic-based cohort |
| Saturday, April 29 | 4.3.24 | Ludovico | Saint Amour di Chanaz | Gamma amplitude is coupled to opposed hippocampal theta phase states during the encoding and the retrieval of episodic memories in humans |
| Saturday, April 29 | 4.3.25 | Omer | Sharon | Lonely" NREM slow waves, tau pathology, and overnight forgetting in older adults |
| Saturday, April 29 | 4.3.26 | Matthieu | Bernard | How does the stability of environmental landmarks affect head direction signals in the human brain? |
| Saturday, April 29 | 4.3.27 | Benjamin | Chaloupka | Hippocampus differentially modulates representations of overlapping information to facilitate new learning |
| Saturday, April 29 | 4.3.28 | Alyssa | Rodriguez | Phosphorylation state of histone deacetylase 3 (HDAC3) modulates long-term memory formation and synaptic plasticity |
| Saturday, April 29 | 4.3.29 | Caroline | Chwiesko | Cerebrovascular reactivity in the hippocampus predicts mnemonic discrimination performance |
| Saturday, April 29 | 4.3.30 | Julia | Schaefer | Reactivation of sequential head direction memory traces in humans |
| Saturday, April 29 | 4.3.31 | Kaitlyn | Dorst | Hippocampal engrams alter both behavioral and brain fear states |
| Saturday, April 29 | 4.3.32 | Robert | Krattli Jr | Comparing functional consequences of iPSC-microglia- and human neural stem cell-derived extracellular vesicles in mitigating the cognitive decline in Alzheimer's disease |
| Saturday, April 29 | 4.3.33 | Elias | Rau | Functions of the medial temporal lobe in memory and navigation of conceptual spaces |
| Saturday, April 29 | 4.3.34 | Flavia | De Luca | Neural representation of people's goals during event perception |
| Saturday, April 29 | 4.3.35 | Antonia | Lenders | Rapid memory for complex episodic narratives in the parietal cortex |
| Saturday, April 29 | 4.3.36 | Vaisakh | Puthusseryppady | Alterations to spatial exploration behavior and its effect on spatial memory in early aging |
| Saturday, April 29 | 4.3.37 | Matthew | Sandoval | Characterizing the localization and role of MDGA1 in hilar mossy cells of the hippocampus |
| Saturday, April 29 | 4.3.39 | Silvia | Papalini | The effects of fasting on the neuro-mechanisms of relief during avoidance and fear extinction learning |
| Saturday, April 29 | 4.3.40 | Kayla | Clark | Post-encoding music administration during a mnemonic discrimination task |
| Saturday, April 29 | 4.3.41 | Mohammad | Dastgheib | The effect of handgrip-induced stress on perceptual and visual memory |
| Saturday, April 29 | 4.3.42 | Quynh Theresa | Do | Axonal degeneration is associated with impaired sleep-dependent consolidation of negative emotional memories in older adults |
| Saturday, April 29 | 4.3.43 | Gordon | Feld | Structure matters: how local and global connectivity shape sleep-dependent memory consolidation |
| Saturday, April 29 | 4.3.44 | Zhenghao | Liu | Time-resolved representational similarity analysis reveals integrated and separated neural patterns of overlapping events |
| Saturday, April 29 | 4.3.45 | Kerri | Lyons | Dynamic neural signaling in the extended amygdala encodes early cued fear learning |
| Saturday, April 29 | 4.3.46 | Yueqi | Ren | Integrating multimodal biomarkers to predict Alzheimer's diagnosis with minimal expert involvement |
| Saturday, April 29 | 4.3.47 | Nghi (Nick) | Hoang | Behavioural pattern separation and behavioural pattern completion performance are positively correlated in healthy young and older adults |
| Saturday, April 29 | 4.3.48 | Taylor | Le | The impact of making predictions when learning during active and passive navigation |
| Saturday, April 29 | 4.3.49 | Weijia | Cao | The mnemonic basis of taxonomic and thematic conceptual relations |
| Saturday, April 29 | 4.3.50 | Courtney | Glavis-Bloom | Lost scaling between synaptic components in the dorsolateral prefrontal cortex may underlie aging-related working memory impairment in the common marmoset (Callithrix jacchus) |
| Saturday, April 29 | 4.3.51 | Nazek | Queder | Association between regional tau accumulation and memory performance in adults with Down syndrome |
| Saturday, April 29 | 4.3.52 | Monika | Riegel | How emotion influences memory of complex events and space and time? |
| Saturday, April 29 | 4.3.54 | Shireen | Parimoo | Characterizing the macrostructure of frontoparietal white matter across the adult lifespan |
| Saturday, April 29 | 4.3.55 | Humza | Zubair | Saccadic modulation of human medial temporal lobe activity during memory-driven real-world spatial navigation |
| Saturday, April 29 | 4.3.56 | Olivier | de Vries | Episodic Conditioning: a novel approach to study the intersection of Pavlovian threat conditioning and episodic memory |
| Saturday, April 29 | 4.3.57 | Julie | Loritsch | The association between amyloid and tau Alzheimer's disease pathology in adults with Down syndrome |
| Saturday, April 29 | 4.3.58 | Zoe | Fowler | The future we imagine together: fostering social connection through co-imagination |
| Saturday, April 29 | 4.3.59 | Maayan | Gadot | Tactile perception mechanisms in the cortex of behaving mice |
| Saturday, April 29 | 4.3.60 | Kiran | Pandey | Insulin-like growth factor 2 regulates immediate early gene metabolism |
| Saturday, April 29 | 4.3.61 | Juliane | Nagel | Reward-related memory improvements: Due to strengthened memory traces, or based on reward-association learning? |
| Saturday, April 29 | 4.3.62 | Kristin | Nordin | Maintained topography of hippocampal connectivity gradients contributes to episodic memory in older age |
| Saturday, April 29 | 4.3.63 | Jessica | McMaster | Lifestyle and memory in older adults: the influence of dementia risk and the COVID-19 pandemic. |
| Saturday, April 29 | 4.3.64 | Ata | Karagoz | The influence of rule-based event boundaries on item memory |
| Saturday, April 29 | 4.3.65 | Jayanth | R Taranath | Awake hippocampal replays occur more during correct than error trials in a spatial delayed match-to-sample task |
| Saturday, April 29 | 4.3.66 | Robin | Hellerstedt | Uncertainty modulates integration of new information with existing episodic memories |
| Saturday, April 29 | 4.3.67 | Peter | Vento | Conditioned avoidance induced by repeated stimulation of rostral tegmental projections to the VTA |
| Saturday, April 29 | 4.3.69 | Janet | Ronquillo | Effects of early life stress on BNST-modulated learning and memory |
| Saturday, April 29 | 4.3.70 | Joshua | Nguyen | The relationship between neurofilament light, hippocampal subfield volume, and verbal memory measures |
| Saturday, April 29 | 4.3.71 | Justin | Shobe | Context influences dynamic visual object representations across hierarchical regions in the mouse visual cortex |
| Saturday, April 29 | 4.3.72 | Maya | Geva-Sagiv | Proximity to boundaries reveals spatial context is differentially reflected in human hippocampal subfields |
| Saturday, April 29 | 4.3.73 | Olivia | Cooper | Walking out of time: comparing time estimation and spatial navigation abilities |
| Saturday, April 29 | 4.3.74 | Anna | Gillespie | Neurofeedback training can modulate task-relevant memory replay in rats |
| Saturday, April 29 | 4.3.75 | Xiongbo | Wu | Distinct encoding and post-encoding representational formats contribute to episodic sequence memory formation |
| Saturday, April 29 | 4.3.76 | Andre | Sousa | Top-down control of memory integration in the hippocampus |
| Saturday, April 29 | 4.3.77 | Malia | Bautista | Lynx2 protein knockout mediate nicotine seeking following abstinence |
| Saturday, April 29 | 4.3.78 | Jillian | Fu | Precision in episodic memory - unfolding the event narrative across the lifespan |
| Saturday, April 29 | 4.3.79 | Kate | Nussenbaum | Sensitivity to environmental volatility during learning changes across development |
| Saturday, April 29 | 4.3.80 | Antonella | Facundo | Nicotine-induced dopamine release in adolescent humanized CHRNA6 3'UTRC123G mutant rats |
| Sunday, April 30 | 5.4.1 | Brandon | Forys | Using a novel form of pattern component modeling with representational similarity analysis to model information learned in active and inhibitory avoidance and reward-seeking |
| Sunday, April 30 | 5.4.2 | Helena | Gellersen | Brain network changes associated with object and scene mnemonic discrimination along the course of the Alzheimer's disease spectrum |
| Sunday, April 30 | 5.4.3 | Alba | Lopez-Moraga | Male and female rats show differences in fear generalization across levels of threat control |
| Sunday, April 30 | 5.4.4 | Emma | Robson | CA2 place cells that respond to social odors are preferentially reactivated during sharp-wave ripples in subsequent rest. |
| Sunday, April 30 | 5.4.5 | Wing Yin Winny | Yue | Would we lose our memory of event duration when we have forgotten the event content? |
| Sunday, April 30 | 5.4.6 | Dhruba | Banerjee | Generation of position correlated cells in primary sensory cortices requires bottom-up inputs |
| Sunday, April 30 | 5.4.7 | Franklin | Garcia | CREST can manipulate memory processes in the adult hippocampus via its CBP binding domain and bidirectional acetyl-CoA metabolism |
| Sunday, April 30 | 5.4.8 | Bianca | Leonard | Anhedonia is associated with increased resting-state functional connectivity of paraventricular nucleus of thalamus to reward and emotion processing areas |
| Sunday, April 30 | 5.4.9 | Javiera | Oyarzun | Episodic memory is associated with gut microbiota composition in humans |
| Sunday, April 30 | 5.4.10 | Kshitij | Kumar | Learning in dynamic environments |
| Sunday, April 30 | 5.4.11 | Riley | DeHaan | Transfer learning identifies common and distinct networks supporting episodic memory and arithmetic performance. |
| Sunday, April 30 | 5.4.12 | Allison | Morehouse | Does cardiac autonomic variation across sleep stages differentially impact emotional and neutral memory consolidation? |
| Sunday, April 30 | 5.4.13 | Yicong | Zheng | Generalization or pattern separation? A biologically based computational model of the entorhinal cortex contributions to memory |
| Sunday, April 30 | 5.4.14 | Sepideh | Kiani Shabestari | Age related neuropathology in a novel mouse model of adult-onset leukoencephalopathy (ALSP) |
| Sunday, April 30 | 5.4.15 | Angelique | Delarazan | Age-related changes in representing and remembering complex events |
| Sunday, April 30 | 5.4.16 | An | Do | Human neural stem cell-derived extracellular vesicles attenuate cognitive impairment and neuroinflammation induced by cranial irradiation and chemotherapy |
| Sunday, April 30 | 5.4.17 | Ringo | Huang | Event boundaries suppress hippocampal encoding of item representations |
| Sunday, April 30 | 5.4.18 | Justin | Pastore | Prefrontal network dynamics controls fear modulation |
| Sunday, April 30 | 5.4.19 | Carol | Seger | How the tail of the caudate underlies rewarded classification learning and visual attentional learning |
| Sunday, April 30 | 5.4.20 | Sarah | Morse | Event boundaries at encoding enhance mnemonic discrimination of end-event items |
| Sunday, April 30 | 5.4.21 | Elizabeth | Siefert | Reactivation order during sleep differentially impacts structured and idiosyncratic knowledge |
| Sunday, April 30 | 5.4.23 | Wanjia | Guo | Activity patterns in CA3/dentate gyrus diverge when spatial routes were most similar |
| Sunday, April 30 | 5.4.24 | Krista | Mitchnick | Object, tactile, and spatial oddity judgements are impaired in DG-compromised rats but enhanced in CA1-compromised rats |
| Sunday, April 30 | 5.4.26 | Omran | Safi | Immersive affective dilation: Investigating temporal-duration for emotional events using virtual reality |
| Sunday, April 30 | 5.4.27 | Kelsey | McDermott | Stability in locus coeruleus cell populations in cognitively impaired rhesus macaques |
| Sunday, April 30 | 5.4.28 | Ben | Gunn | Age-related deficits in hippocampal throughput and episodic processing are associated with perturbations in GABAergic transmission |
| Sunday, April 30 | 5.4.29 | Karla Gabriela | Medina-Medina | Establishment of conditioned taste preference induced by glucose requires glutamatergic and catecholaminergic signaling within the insular cortex |
| Sunday, April 30 | 5.4.30 | Oded | Bein | The relationship between mental illness and event segmentation |
| Sunday, April 30 | 5.4.31 | Tanvika | Vegiraju | Macrophages inhibit axon degeneration in mammalian neurons |
| Sunday, April 30 | 5.4.32 | Katherine | Karayianis | The moderating effect of attention: examining children's learning from educational dialogic television programming |
| Sunday, April 30 | 5.4.33 | Brock | Kirwan | The mnemonic similarity task is insensitive to target-lure similarity at a 1-week delay |
| Sunday, April 30 | 5.4.34 | Alba | Peris-Yague | Gamma responses to spatial frequency manipulations in the medial temporal lobes: an intracranial EEG study |
| Sunday, April 30 | 5.4.35 | Tao | Xia | Reactivating competing emotional memories during sleep differentially modulates consolidated unwanted memories and their affect responses |
| Sunday, April 30 | 5.4.36 | Ahmad | Alhowail | Nilotinib treatment induced cognitive impairment in rats |
| Sunday, April 30 | 5.4.37 | Ilana | Bennett | Effect of associative load on recognition memory and its neural substrates |
| Sunday, April 30 | 5.4.38 | Barbara | Sorg | Perineuronal net removal in the rat medial prefrontal cortex attenuates prefrontal-hippocampal coupling during cocaine cue acquisition |
| Sunday, April 30 | 5.4.39 | Rebecca | Suthard | Basolateral amygdala astrocytes are engaged by the acquisition and expression of a contextual fear memory. |
| Sunday, April 30 | 5.4.40 | Ayesha | Musa | The Shallow Cognitive Map Hypothesis: A hippocampal framework for thought disorder in Schizophrenia |
| Sunday, April 30 | 5.4.41 | Kevin | Campion | When are individual elements of naturalistic events encoded? |
| Sunday, April 30 | 5.4.42 | Nikhita | Kaushik | Individual differences in navigation: survey and graph knowledge |
| Sunday, April 30 | 5.4.43 | Diana | Ortega-Cruz | Informing in vivo brain MRI atrophy patterns with post-mortem neuropathology in dementia |
| Sunday, April 30 | 5.4.44 | Jacqueline | Peters | The role of re-encountering the feared situation after a reconsolidation intervention in initiating cognitive changes in fear |
| Sunday, April 30 | 5.4.45 | Matt | Birnie | A novel stress-sensitive amygdala projection is primed to mediate emotional memory deficits following early life stress |
| Sunday, April 30 | 5.4.46 | Daniela | Ramirez Butavand | Physical exercise improves long-term spatial memory in a virtual reality environment |
| Sunday, April 30 | 5.4.47 | Arron | Hall | Anterior Cingulate Cortex preferentially drives dorsal CA1 deep neuronal activity during sharp-wave ripples for memory consolidation |
| Sunday, April 30 | 5.4.48 | Lidiette | Angeles-Perez | Investigating the contributions of cerebellar-hippocampal circuitry to social behaviors and cognition |
| Sunday, April 30 | 5.4.49 | Rujuta | Pradhan | Event boundaries as gateways or Indexes? Investigating the mechanism of access to information bound within an event. |
| Sunday, April 30 | 5.4.50 | Kristen | Jardine | Object memory updating deficits in aging male mice can be restored by systemic muscarinic acetylcholine receptor activation |
| Sunday, April 30 | 5.4.51 | Audrey | Phan | Reinstatement of neural connectivity patterns supports memory retrieval |
| Sunday, April 30 | 5.4.52 | Tobias | Sommer | Associative interference resolved in advance |
| Sunday, April 30 | 5.4.53 | Jacinda | Taggett | Semantic relatedness in word pairs influences learning enhanced by error generation |
| Sunday, April 30 | 5.4.54 | Karienn | Souza | Development of an age-dependent cognitive index: Relationship between impaired learning and disturbances in circadian time keeping |
| Sunday, April 30 | 5.4.55 | Anna | Wester | Fear to approach; identifying behavioural and neurological mechanisms underlying excessive avoidance behaviour |
| Sunday, April 30 | 5.4.56 | Marit | Petzka | Identifying individual replay events during waking rest in humans |
| Sunday, April 30 | 5.4.57 | Margaret | Donahue | Changes in the duration and temporal compression of hippocampal replay events as rats learn reward locations in a delayed match-to-sample task |
| Sunday, April 30 | 5.4.58 | Emily | Cowan | Contributions of the spacing effect and variability to memory across multiple timescales |
| Sunday, April 30 | 5.4.59 | Gergely | Szabo | Ripple-selective hippocampal TORO cells controlling local and extra-hippocampal interneurons |
| Sunday, April 30 | 5.4.60 | Dionisio | Amodeo | Effect of 5-HT1A receptor agonist treatment on behavioral flexibility in the BTBR mouse model of autism spectrum disorder |
| Sunday, April 30 | 5.4.61 | Courtney | Durdle | Bribing the witness? Investigating the effect of monetary incentives as criterion manipulations for freely recalled episodic events |
| Sunday, April 30 | 5.4.62 | Arturo | Hernandez-Matias | Artificial early and late memory signals induce taste avoidance memory, plastic and neurochemical changes |
| Sunday, April 30 | 5.4.63 | Anna | Leshinskaya | Computational principles of relational memory formation in mind and brain: not simple co-occurrence |
| Sunday, April 30 | 5.4.65 | Brittney | Boublil | Impaired CA3 place coding in a rodent model of temporal lobe epilepsy |
| Sunday, April 30 | 5.4.66 | Valentina | Krenz | Unraveling the semantic nature of memory transformation over time |
| Sunday, April 30 | 5.4.67 | Zachary | Pennington | Multiple memory systems support the divergent consequences of acute traumatic stress |
| Sunday, April 30 | 5.4.68 | Mohamady | El-Gaby | Internally organized abstract task maps in the mouse medial frontal cortex |
| Sunday, April 30 | 5.4.69 | Ellen | Streitwieser | Neural mechanisms supporting rapid learning and cognitive flexibility in a nonhuman primate version of the Wisconsin Card Sorting Task |
| Sunday, April 30 | 5.4.70 | Kenneth | Amaya | Basolateral amgydala parvalbumin-expressing interneurons mediate reward value encoding and use |
| Sunday, April 30 | 5.4.71 | Manuela | Costa | Different amygdala - hippocampal dynamic between encoding and retrieval of aversive memories |
| Sunday, April 30 | 5.4.72 | Katia | Gonzalez Galdamez | Effect of moderate learning on retrieval, corticosterone, and glucocorticoid receptor activation levels in the hippocampus |
| Sunday, April 30 | 5.4.73 | Shraddha | Shah | Investigating the relationship between attentional modulation and task-relevant feature selectivity among V1 neurons |
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LEARNMEM™2023 is held in celebration of the 40th anniversary of the
