1 3D Forebrain-like Organoids Mimic Fetal Brain Development and Provide a Platform of Studying the Effect Autism-Associated Mutations on Corticogenesis and Chromatin Dynamics
R. M. Mulqueen B. A. DeRosa F. J. Steemers A. J. Fields A. C. Adey B. J. O'Roak

Dr (Withdrawn)
D. Adhya

3 Atypical Neurogenesis and Excitatory-Inhibitory Progenitor Generation in Induced Pluripotent Stem Cell (iPSC) from Autistic Individuals
D. Adhya V. Swarup K. M. Jozwik L. Dutan Polit N. J. Gatford D. G. Murphy J. Carroll J. Price D. Geschwind D. P. Srivastava S. Baron-Cohen

4 Combining iPSC Derived Neural Cultures and Organoids with Deep Evolutionary Biochemical Mapping and Endogenous Tagging for ASD Associated Genes
K. L. Uhl S. M. Bilinovich T. A. Watkins E. M. Mendenhall D. Vogt D. B. Campbell J. W. Prokop

5 Development of Human Stem Cell Pre-Clinical Models to Understand Novel ASD Genes Identified in Multigenerational Families
K. Bozaoglu M. Fanjul-Fernandez H. Rafehi N. Brown P. Hickey P. Diakumis S. J. Wilson E. G. Stanley M. Delatycki M. Bahlo I. E. Scheffer P. J. Lockhart

6 A Novel Cost-Effective Approach to Derivation of Induced Pluripotent Stem Cells from Epstein-Barr Virus Immortalized β-Lymphoblastoid Cell Lines
S. J. Walker D. Leavitt A. Wagoner D. Mack

7 Geneotype-to-Phenotype Landscape of the Methyl CpG Binding Domain Highlights a Critical and Novel Role in Neuron Enhancer Regulation and ASD
J. W. Prokop S. M. Bilinovich S. Chhetri K. L. Uhl S. A. Duncan D. B. Campbell D. Vogt D. C. Williams E. M. Mendenhall

8 High Throughput Screening of Human Induced Pluripotent Stem Cell (hiPSC)-Derived Organoids Reveals Cellular and Electrophysiological Phenotypes in Idiopathic Autism
M. Durens J. E. Nestor A. Phillips M. W. Nestor

9 Idiopathic ASD Patient Derived Neural Precursor Cells (NPCs) Exhibit Dysregulated Proliferation and Altered Response to bFGF Stimulation
M. Williams S. Prem R. J. Connacher X. Zhou A. Markov M. Mehta P. G. Matteson J. H. Millonig E. DiCicco-Bloom

10 Induced Pluripotent Stem Cell Modelling for the Role of NRXN1 Deletion in Autism Spectrum Disorder
S. Avazzadeh J. Reilly S. Boomkamp V. McInerney J. Krawczyk J. Fitzgerald E. Forman S. A. Lynch S. Ennis N. Cosemans P. Dockery L. R. Quinlan L. Gallagher S. Shen

Investigating the Neurodevelopment of FOXG1 Haploinsufficiency Syndrome in Urine-Derived iPSCs (Withdrawn)
N. Hettige H. Peng H. Wu X. Zhang C. Ernst

12 Molecular Consequences of Rare Cask Mutations Found in Autism and Neurological Disorders
M. Becker I. Rabkina M. Kele C. Willfors S. Bolte B. M. Anderlid A. Falk K. Tammimies

13 Understanding the Role of Autism Related Presynaptic NRXN1 and Postsynaptic SHANK3 in Regulation of Activity Dependent Plasticity Using hiPSC Derived Cortical Neurons
A. Paul A. T. Massrali L. Dutan Polit N. J. Gatford D. Adhya D. P. Srivastava M. R. Kotter S. Baron-Cohen

14 Understanding the Role of Neurexin1 in Early Human Neurodevelopment: Implications for Autism Spectrum Disorder
N. J. Gatford V. Higgs L. Dutan Polit D. Adhya R. Nagy A. T. Massrali A. Paul M. R. Kotter J. Price S. Baron-Cohen D. P. Srivastava

15 Valproic Acid Induced Expression Changes in Developing Cortical Neurons Provide Genetic Link to Autism Risk
T. Fryland P. Qvist J. Pallesen H. S. Ooi S. Glerup T. J. Corydon K. Lage J. H. Christensen A. Bøglum