Opening event (Tuesday June 13)
15:30 Registration opening
17:00-18:30 Welcome address and IBAGS-MDS honorary lectures
(Supported by MDS – The International Parkinson and Movement Disorders Society).
17:00-17:10 Welcome to IBAGS XIV (Angela Cenci Nilsson)
17:10-18:25 Honorary lectures (Chairpersons: Per Svenningsson, Jim Surmeier
17:10-17:35 Judie Walters (USA)
“Probing motor circuit dynamics for insight into movement disorder pathophysiology
17:35-18:00 Atsushi Nambu (Japan)
“In search of a unified view for the pathophysiology of movement disorders”
18:00-18:25 José Obeso (Spain)
“Focused ultrasound for movement disorders and neurodegeneration”
18:25-18:30 Short meeting information (Gilberto Fisone)
Scientific programme synopsis
The meeting will consist of 10 plenary lecture sessions and 3 poster sessions. Most lecture sessions will include an oral presentation selected from the submitted abstracts.
III. Plenary session programme
Wednesday, 14 June
08.45-10.20 – Session 1
Dopamine cell types and functions
10.20-10.45 – Coffee break
10:45-12.20 – Session 2
Cortical and thalamic interplay with the basal ganglia
12.20-13.30 – Lunch
13.30-15:05 – Session 3
The basal ganglia network and maladaptive behaviors
15:05-15:30 – Coffee break
15:30-16:40 – Session 4
Cell types, connections, and functions of the intrinsic basal ganglia nuclei
16:40-16:50 – highlighted posters – authors’ presentation
16:50 – 18:20 – POSTER SESSION 1
posters can be removed by 10:00 AM on June 15
(Title and poster Nr can be found here)
18:30:19:00 transportation to the Gala Dinner
19:00-23:00 – GALA DINNER
Thursday, 15 June
08:45-10:20 – Session 5
Glial-neuronal interactions at basal ganglia circuits
10.20-10.45 – Coffee break
10:45-12:25 – Session 6
Synaptic plasticity and behavioral reinforcement
12.25-13.35 – Lunch
13.35-14:45 – Session 7
External inputs to the basal ganglia
14:45-15:10 – Coffee break
15:10-16:20 – Session 8
Basal ganglia neurochemistry revisited using new sensor technology
16:20-16:30 – highlighted posters – authors’ presentation
16:30 – 18:00 – POSTER SESSION 2
A light buffet will be offered during this session
(Title and poster Nr can be found here)
18:00-18:30 – posters removal
Friday, 16 June
09:00-10.10 – Session 9
Striatal microcircuits and compartments
10.10-10:35 – Coffee break
10:35-12:10 – Session 10
Utilising circuit dynamics and oscillations to treat basal ganglia disorders
12:10-12:20 – highlighted posters – authors’ presentation
12.20-13.30 – Lunch
13:30 -15:00 – POSTER SESSION 3
(Title and poster Nr can be found here)
15:00-15:30 – poster removal
15:30-16:00 General assembly;
new council member election
16.00-16.30 – Wrap-up
–End of meeting–
Wednesday, June 14th
Session 1. Dopamine cell types and functions (08.45-10:20)
Chairpersons: Konstantinos Meletis, Louise Parr-Brownlie
Marisela Morales, NIDA (USA)
Differential dopamine signaling achieved by co-release of other neurotransmitters
Thomas Perlmann, Karolinska Institute (Sweden)
Interrogating dopamine neuron diversity and vulnerability at the single cell level
Hauibin Cai, National Institutes of Health(USA)
Endocannabinoid signaling in dopaminergic neurons and Parkinson’s disease
Guendalina Bastioli, Vita-Salute San Raffaele University (Italy)
Exercise increases striatal dopamine release and improves motor behavior in aging mice
Session 2: Cortical and thalamic interplay with the basal ganglia (10:45-12:20)
Chairpersons: Per Petersson, Jeanette Hellgren Kotaleski
Yoland Smith, Emory University, Atlanta (USA)
Comparative Anatomy of Thalamocortical and Corticofugal Systems
Pavel Rueda-Orozco, UNAM Mexico City (Mexico)
Role of corticostriatal systems in bilaterally coordinated movements and their disruption in PD models
Hayriye Cagnan, University of Oxford (UK)
Thalamocortical dynamics and the emergence of basal ganglia oscillations
Emmett Thompson, University College London (UK)
Procedural replay in dorsolateral striatum is revealed using an unsupervised point process model
Session 3: The basal ganglia network and maladaptive behaviors (13.30-15:05)
Chairpersons: Ledia F. Hernandez, Rosario Moratalla
Christiane Schreiweis, Sorbonne Université & Hôpital de la Pitié Salpêtrière (France)
Behavioural features and synaptic dysfunctions in mouse models of OCD
Cristina Alcacer, Champalimaud Neuroscience Programme (Portugal)
Behavioural features and striatal pathways in mouse models of L-DOPA-induced dyskinesia
Alexandra Nelson, UCSF (USA)
PD-related impulse control disorders: models and mechanisms
Anastasia Diamantopoulou, Goethe University Frankfurt(Germany)
Dopaminergic hyperactivity in a 22q11.2 genetic high risk mouse model of schizophrenia
Session 4: Cell types, connections, and functions of the intrinsic basal ganglia nuclei
(15:30-16:40) Chairpersons: Åsa Mackenzie, Yoland Smith
Nicolas Mallet, University of Bordeaux (France)
On the functions and connections of GPe cell types
Yoni Kupchik, The Hebrew University of Jerusalem (Israel)
Cells and connections of the ventral pallidum
Elina Nagaeva, University of Helsinki (Finland)
The somatostatin neurons in the ventral tegmental area (VTA) send long-range projections and are implicated in stress-related behaviours
16:40-16:50 Highlighted posters – authors’ presentations Chairperson: Angela Cenci Nilsson
16:50-18:20: POSTER SESSION 1
(Title and poster nr can be found here)
Thursday, June 15th
Session 5: Glial-neuronal interactions at basal ganglia circuits (08:45-10:20)
Chairpersons: Raffaella Tonini, Elaine Del Bel
Baljit Khakh, UCLA (USA)
Astrocytic functions in the regulation of basal ganglia physiology and behaviors
Stephanie Cragg, University of Oxford (UK)
Astrocyte role in signal integration
Marta Navarrete-Llinas, Institute Cajal CSIC (Spain)
Input-specific astrocyte activation in the ventral striatum
José Luis Lanciego, University of Navarra (Spain)
Development and characterization of a novel animal model of Parkinson’s disease in non-human primates based on neuromelanin accumulation
Session 6: Synaptic plasticity and behavioral reinforcement (10:45-12:25)
Chairpersons: Arvind Kumar, Hagain Bergman
Ann Graybiel, MIT McGovern Institute (USA)
Behavioural consequences of neural plasticity in nigro-striato-nigral loops
Sho Yagishita, University of Tokyo (Japan)
Multimodal systems-level interrogations of striatal plasticity
John Reynolds, University of Otago (New Zealand)
Dopamine effects on basal ganglia systems and plasticity – a translational perspective
Peter Dayan, University of Tübingen (Germany)
A computational approach to study basal ganglia plasticity in reinforcement learning
Session 7: External inputs to the basal ganglia (13.35-14:45)
Chairpersons: Gilberto Fisone, Alexandra Nelson
Kamran Khodakhah, Albert Einstein College of Medicine (USA)
Cerebellum and basal ganglia interplay
François George, University of Bordeaux (France)
Amygdala and basal ganglia interplay
Nadine K. Gut, Rutgers University, Newark, NJ (USA)
Pedunculopontine connections to the basal ganglia
Session 8: Basal ganglia neurochemistry revisited using new sensor technology (15:10-16:20)
Chairpersons: Jill Crittenden, John Reynolds
Jun Ding, Stanford University (USA)
Voltage sensitive indicators in striatal neurons
Alan Pradip Jasanoff, MIT Dept. Biological Engineering (USA)
Functional dissection of striatal circuitry using molecular fMR
Guy Yona, University of Oxford (UK)
Movement-related dopamine signaling in mouse dorsal striatum in health and Parkinsonism
16:20-16:30: Highlighted posters – authors’ presentation (Chairperson Åsa McKenzie)
16:30-18:00: POSTER SESSION 2
(Title and poster nr can be found here)
Friday, June 16th
Session 9: Striatal microcircuits and compartments (09:00-10.10)
Chairpersons: Josh Goldberg, Gilad Silberberg
Maxime Assous, Cardiff University (UK)
Striatal microcircuits organization
Joshua Plotkin, SUNY Stony Brook (USA)
New vistas on striosome and matrix
Nathalie Dehorter, University of Queensland (Australia)
Molecular Control of the Striatal microcircuits during Development
Session 10: Utilising circuit dynamics and oscillations to treat basal ganglia disorders
(10:35-12:10) Chairpersons: Julian Neumann, Thomas Boraud
Aryn Gittis, Carnegie Mellon University Pittsburgh (USA)
Translating cell-specific interventions from optogenetics to deep brain stimulation
Andrew Sharott, University of Oxford (UK)
Utilising phase information from beta oscillations for adaptive neuromodulation
Roxanne Lofredi, Charité Universitätsmedizin Berlin (Germany)
Oscillatory and behavioural mechanisms of neuromodulation in patients with basal ganglia disorders
Jared Cregg, University of Copenhagen(Denmark)
Basal ganglia-spinal cord pathway that commands locomotor gait asymmetries
12:10-12:20: Highlighted posters – authors’ presentation (Chairperson: John Reynolds)
13:30-15:00: POSTER SESSION 3
(Title and poster nr can be found here)
Highlighted posters
Poster session 1
(Title and poster nr can be found here)
Natalia Lopez-Gonzalez del Rey ”Selective ablation of Sox6+ dopaminergic neurons results in parkinsonism-like behaviors” (Dopamine cell types and functions)
Nir Asch ”Basal Ganglia and Prefrontal Cortex Complementary Roles in Exploratory Learning of the Healthy and Phencyclidine Non-Human Primate Model of Schizophrenia” (BG and maladaptive behaviors
Mathilde Bertrand “Subthalamic nucleus electrophysiological biomarkers as predictors of symptoms onset in a non-human primate model of Parkinson’s disease” (Utilising circuit dynamics and oscillations to treat BG disorders)
Julian Cheron “Histone H2A monoubiquitination in the thalamus regulates cocaine effects and addiction risk” (BG and maladaptive behaviors)
Isaac Greennan “Encoding of reward, effort and decision by neuronal ensembles in the cortico-basal ganglia network” (Cell Types, Connections, & Functions of the Intrinsic BG Nuclei)
Mark Humphries “The computational bottleneck of basal ganglia output, and how to overcome it” (Cell Types, Connections, & Functions of the Intrinsic BG Nuclei)
Laureen McElvain “Organization of parallel basal ganglia output pathways” (Cell Types, Connections, & Functions of the Intrinsic BG Nuclei)
Poster session 2
(Title and poster nr can be found here)
Dieter Jaeger “Thalamic and Cortical Activity Dynamics in a Decision Lick Task With Optogenetic Basal Ganglia Stimulation ” (Cortical and thalamic interplay with the basal ganglia)
Charlotte Collingwood “Habits Through Temporal-Difference Action Learning” (Synaptic plasticity and behavioural reinforcement)
Daniel Trpevski ”Calcium- and reward-based local learning rule for feature binding” (Synaptic plasticity and behavioural reinforcement)
Maya Molinari “Ionic plasticity of midbrain GABAergic synapses in PD models” (Synaptic plasticity and behavioural reinforcement)
Martina Montanari “Synaptic alterations in the dorsal striatum of the R451C-Nlgn3 mouse model of autism: role of group I metabotropic receptors” (Synaptic plasticity and behavioural reinforcement)
Gabriela Rodriguez “Cell-type specific cue representations in the dorsomedial striatum emerge during learning and support the selection of visually guided actions” (Synaptic plasticity and behavioural reinforcement)
Adriana Galvan “Use of chemogenetic ligand-gated ion channels to modulate the activity of the internal globus pallidus in monkeys” (Basal ganglia neurochemistry revisited using new sensor technology)
Poster session 3:
(Title and poster nr can be found here)
Ingo Willhun “Towards a map of the striatal landscape of dopamine signals for motivational stimuli” (Striatal microcircuits and compartments
May-Anh Vu “Striatum-wide monitoring of DA release reveals contributions from distinct action, sensory, and reward-related spatiotemporal dynamics” (Striatal microcircuits and compartments)
Patricia Bonnavion “Unexpected inhibition of motor function by dopamine activation of D1/D2 co-expressing striatal neurons” (Striatal microcircuits and compartments)
Chang Li “Time course of neuronal and glial adaptations in the dopamine-denervated striatum” (Striatal microcircuits and compartments)
Meera Chickermane “Connectivity links beta oscillations with dopamine in the healthy brain” (Utilising circuit dynamics and oscillations to treat BG disorders)
Alessia Cavallo “Reinforcement of movement velocity through movement triggered adaptive deep brain stimulation in Parkinson’s disease” (Utilising circuit dynamics and oscillations to treat BG disorders)