- You are here:
- Connecting minds. Advancing neuroscience.
- Events
- Members' Meeting 2026
- Programme Day 2
Thursday 23 April
9.35am – 9.50am
Rapid fire 1: 5-HT and Antipsychotic Modulation of Insular Cortex Neurons: Exploring Pathways for Psychedelic-Based Treatments by Noemi Castello
Morning Session
9.50am – 10.15am
Research comms 1: Reduced reliance on partner reciprocity drives lower trust in schizophrenia by Gabriele Bellucci
Morning Session
11.15am – 11.30am
Rapid fire 2: Investigating the Impact of Tau Pathology on Synaptic RNA by Nathasia Muwanigwa
Morning Session
11.30am – 11.45am
Rapid fire 3: Altered cortical synaptome architecture in patients with schizophrenia by Wen Chyi Quah
Morning Session
11.45am – 12pm
Rapid fire 4: Resting-state fMRI to characterise the temporal dynamics of functional connectivity following repetitive subconcussive head impacts by Holly Holden Rowley
Morning Session
12pm – 12.15pm
Rapid fire 5: Do all visual centres tick alike? Divergent diurnal control of the Superior Colliculus by Abigail Pienaar
Afternoon Session
12.15pm – 12.30pm
Rapid fire 5: Do all visual centres tick alike? Divergent diurnal control of the Superior Colliculus by Abigail Pienaar
Afternoon Session
1.15pm – 1.35pm
Research comms 2: Exploiting our understanding of selective vulnerability of dopamine axonal subpopulations to identify α2δ as a promising target for Parkinson’s by Katherine Brimblecombe
Afternoon Session
1.35pm – 2pm
Research comms 3: Compensatory mechanisms in NaV1.7 embryonic null neurons by Eva Villalba-Riquelme
Afternoon Session
2pm – 2.15pm
Rapid fire 6: The Association between Childhood Maltreatment and Conduct Disorder: A Pre-Registered Systematic Review and Three Level Random Effects Meta-Analysis by Lorna Almond
Afternoon Session
2.15pm – 2.30pm
Rapid fire 7: Towards an EEG bedside assessment of speech comprehension for diagnosis after severe brain injury by Sonia Gascon Lopez
Afternoon Session
2.45pm – 3.10pm
Research comms 4: Disruption of perineuronal nets and diffuse extracellular matrix in ventral-intermediate hippocampus does not affect rapid place learning, novel object recognition or locomotor activ
Afternoon Session