|
Presenting Author |
Abstract Title |
Talk/Poster |
|
Aerts, Stein |
Modeling genome regulation using single-cell atlases |
talk |
|
Ahrend, Franziska |
Modeling nucleotide-resolution piRNA production from precursor sequences across species using machine learning |
poster |
|
Ak, Cigdem |
scMKL—Interpretable integration of single-cell multi-omics for cancer biology |
poster |
|
Akmese, Safa Mert M |
Modeling terpene synthase biochemistry with machine learning |
poster |
|
Alam, Shahul |
STeep—A toolkit for graph-aware subsampling of spatially-resolved transcriptomics data |
poster |
|
Ali, Hira |
Scalable single-cell segmentation and morphological profiling of microglial states |
poster |
|
AlQuraishi, Mohammed |
Some observations on how AlphaFold predicts structures and how it learns to predict structure |
talk |
|
Angelo, Murphy C |
Addressing the generalization gap in RNA dynamics with differentiable folding |
poster |
|
Aninta, Sambina Islam |
Position-dependent variant effects reveal importance of context in genomic regulation |
poster |
|
Avsec, Ziga |
Advancing regulatory variant effect prediction with AlphaGenome |
talk |
|
Azizi, Elham |
Generative AI models of cellular dynamics in the tumor microenvironment |
talk |
|
Baali, Ilyes |
Bridging the Gap—Recalibrating in vitro models for accurate in vivo RBP binding predictions |
poster |
|
Baral, Jessika |
Advancing peptide-HLA class I prediction with active and iterative deep learning for improved cancer vaccine design |
poster |
|
Barbosa, Leonardo S |
Learning to calibrate—Few-shot cross-probe generalization for sub-second neurochemical decoding in humans |
poster |
|
Bear, Daniel |
Solving clinical translation with foundation models of human biology |
talk |
|
Benegas, Gonzalo |
Data curation strategies for genomic language models |
poster |
|
Benjamin, Ari |
TissueFormer—Extending single-cell foundation models to predict population-level phenotypes |
poster |
|
Berreby, Yohai-Eliel |
CanViT—Toward active-vision foundation models |
poster |
|
Bhalodia, Aashik |
Determining heterogeneously active regulatory elements using entropy |
poster |
|
Bhattacharyya, Nirjhar |
System-level mapping of antimalarial drug responses reveals conserved stress programs, lineage-specific rewiring, and a multiomics multimodal architecture in Plasmodium falciparum |
poster |
|
Birney, Ewan |
Genomics, imaging and AI—Three technologies which are changing our understanding of living systems |
talk |
|
Blainey, Paul C |
High content interventional data resources for training cellular models |
poster |
|
Bonneau, Richard A |
Integrating generative AI with active learning to power next-generation drug discovery |
talk |
|
Bono, Hidemasa |
AI-based meta-analysis of omics data from public databases |
poster |
|
Booeshaghi, A. Sina |
Automatic extraction and evaluation of marker genes |
poster |
|
Booeshaghi, A. Sina |
Science should be machine-readable |
poster |
|
Bossel Ben-Moshe, Noa |
Integrative single-cell analysis reveals hypoxic immune states following Salmonella Typhi gut invasion associated with disease outcome |
poster |
|
Bowman, Derek |
scVIGR—Interpretable single-cell variational inference of gene regulation for perturbation prediction |
poster |
|
Brady, Lauren K |
SCOPE-MIA—Scale-consistent PDE-optimized encoding in 3D medical imaging analysis |
poster |
|
Brandes, Nadav |
Genomic heterogeneity inflates the performance of variant pathogenicity predictions |
poster |
|
Braun, Rosemary |
Variational inference reveals dynamics and hidden topological structures in single-cell RNAseq data |
poster |
|
Brbic, Maria |
Many views, one cell—Multimodal models for decoding cellular complexity |
talk |
|
Bronstein, Michael |
Black box data in the AI era |
talk |
|
Buckler, Edward S |
Using artificial intelligence to learn across flowering plant genomes |
talk |
|
Bunne, Charlotte |
Virtual patient labs—AI-driven simulation and diagnostics for precision oncology |
talk |
|
Cao, Peijian |
iPscDB—A versatile platform of plant cell atlases at the single-cell level |
poster |
|
Casco-Rodriguez, Josue |
Modular computation in multi-area cortical-like networks |
poster |
|
Chakraborty, Monoswi |
Integrative functional population genomics for predictive engineering of next-generation yeast chassis for chemical production |
poster |
|
Chapfuwa, Paidamoyo |
Mechanisms matter—Transportability in cellular perturbation response prediction |
poster |
|
Char, Erin |
PRC2 loss rewires 3D genome to activate druggable imprinted genes in cancer |
poster |
|
Chen, Leo Tianlai |
Centaur—Bridging continuous and discrete generation for protein sequence structure co-design |
poster |
|
Chen, Szu-Ping |
Cross-species modeling of nucleosome positioning in plants |
poster |
|
Chen, Tingjun |
Integrating DNA sequence priors and morphological context via feature-wise linear modulation for spatial transcriptomics prediction |
poster |
|
Chklovskii, Dmitri |
Toward biologically inspired AI—Predicting and controlling a dynamical world |
talk |
|
Chougule, Kapeel M |
An incremental multi-agent AI pipeline for marker knowledge extraction and ontology harmonization to support sorghum genotyping array design |
poster |
|
Christensen, Trevor |
Iterative design of training datasets for generalizable sequence-to-function models |
poster |
|
Chu, Shane |
Identifying motif combinations with extreme expression |
poster |
|
Chyr, Jacqueline |
Deep learning meets high-throughput CRISPR editing—Utilizing novel CHANCE-net and CHANCE-seq platforms for safe and precise genome editing |
poster |
|
Clarke, Joseph |
Gigascale in silico and megascale experimental discovery and testing of splicing regulatory mechanisms |
poster |
|
Conde Paredes, Margaret-Estefani |
Inferring interneuron molecular identity from functional correlation structure using AI-driven model discovery |
poster |
|
Cong, Le |
Building LabOS AI co‑scientists to accelerate biomedical innovation from molecules to machines |
talk |
|
Cool, Jonah |
Frontier AI as a thinking partner for biological discovery |
talk |
|
Creeggan, Finn |
Multi-omic regulatory modelling defines a novel reactive ependymal cell state in multiple sclerosis |
poster |
|
Cunha, Cesar |
AlphaGenome unveils non-CNS etiology of Alzheimer's disease |
poster |
|
Daakour, Sarah |
Experimental and AI-augmented interactome of the high-light-adapted cyanobacterium Prochlorococcus marinus MED4 |
poster |
|
De, Subhajyoti |
Interactive, personalized summarization of cancer diagnostics data |
poster |
|
Debnath, Tanmay |
Decoding mammalian regulatory grammar—Deep learning sequence-to-function models trained on large-scale cross-species MPRA data |
poster |
|
DeGroat, William B |
Learning transferable cis-regulatory grammar across neuronal cell types from massively parallel reporter assays |
poster |
|
Demetci, Pinar |
Generative modeling of multi-scale tissue remodeling dynamics with flow matching reveals niche-mediated drivers of cell state transitions |
poster |
|
Deng, Pan |
Modeling and navigating cell state transitions with deep learning |
poster |
|
Deng, Wei |
PGx-3D—A structure-guided framework for pharmacogenomic phenotype prediction |
poster |
|
Dimitrova, Nevenka |
Discrete representation learning for spatial tissue modeling in multiplex imaging |
poster |
|
Diplock, Nathan |
Simple models outperform AI when predicting the fitness of highly diverse, new-to-nature protein sequences |
poster |
|
Dobbins, Sarah |
Characterizing noncoding variant effects in amyotrophic lateral sclerosis through deep learning models |
poster |
|
d'Oelsnitz, Simon |
Using enantioselective biosensors to evolve asymmetric biocatalysts |
poster |
|
Doudna, Jennifer |
Design of functional unnatural RNA-guided nucleases |
talk |
|
Du, Yuanqi |
Accelerating scientific discovery with autonomous goal-evolving agents |
poster |
|
Dufault, Cameron |
Learning functional representations of bacterial regulatory sequences with contrastive promoter-protein pretraining |
poster |
|
Dyer, Eva |
Multimodal foundation models for neural data |
talk |
|
El-Shimy, Ismail |
Cell-type-resolved mapping of disease mechanisms and therapeutic rescue in SMA using single-nucleus RNA sequencing |
poster |
|
Eraslan, Gokcen |
Disease vector fields—An agentic experiment in disease transport modeling from single-cell atlases |
poster |
|
Eschbach, Ethan |
Sequence-based evolutionary models conditioned on structure identify mutations that affect enzyme activity |
poster |
|
Escola, Sean |
Cognitive dark matter and human-like AI |
talk |
|
Farh, Kyle |
A quick progress update on the 1 billion cell atlas—Findings from the first 300 million cells of genome-wide perturb-seq |
talk |
|
Farooq, Hammad |
Linking noncoding variants to target genes through polymer modeling of 3D genome architecture and sequence-based modeling |
poster |
|
Fenske, Sam |
Decoding vascular tissue architecture through multimodal representation learning of histology |
poster |
|
Fife, James |
Systematic evaluation of protein language models highlights strengths and limitations |
poster |
|
Ford, Willard W |
From residuals to risk—Beyond linear PRS with interpretable machine learning of common and rare genetic interactions |
poster |
|
Forster, Duncan T |
The CellMap 2.0—An integrated model of yeast gene function |
poster |
|
Ganguli, Surya |
From explainable AI to conceptual understanding in neuroscience |
talk |
|
Ganguly, Aniruddha |
LUMPS—Leveraging uncertainty for morphological priors in smoothing improves quality of spatial transcriptomics data |
poster |
|
Garcia Busto, Sergio |
evedesign—Accessible biosequence design with a unified framework |
poster |
|
Guckelberger, Philine P |
AI-guided discovery of selective enhancer-gene regulatory rewiring in cancer |
poster |
|
Guo, David |
Lightweight sequence to conservation modeling for causal variant prediction |
poster |
|
Guo, Juanru |
Benchmarking diffusion-based models for cross-context generalization in single-cell response prediction |
poster |
|
Gupta, Kavi |
Improved modeling of RNA-binding protein motifs in an interpretable neural model of RNA splicing |
poster |
|
Gupta, Saumya |
Weakly-supervised topology-preserving 3D mitochondria segmentation |
poster |
|
Gurev, Sarah |
Learning from prepandemic data to design and test future-proof vaccines |
poster |
|
Gurev, Sarah |
Pitfalls of current protein-protein interaction predictors for viral spillover risk prediction |
poster |
|
Gurevitch, Oren |
Investigation of long COVID effects on the central autonomic network using 7T multi-contrast MRI and deep learning |
poster |
|
Hang, Shengqi |
Puget predicts gene expression across cell types using sequence and 3D chromatin organization data |
poster |
|
Harsh, Moshir |
Multi-cancer risk prediction from large-scale longitudinal EHR data |
poster |
|
He, Chujun |
Multimodal framework for the joint analysis of single-cell RNA and T cell receptor sequencing data predicts T cell response to cancer immunotherapy |
poster |
|
He, Yichun |
An agentic AI spatial molecular foundation model of the mouse brain |
poster |
|
Healy, Shawn |
Synthera—An agentic AI system for blood-brain barrier permeability prediction |
poster |
|
Hermosillo, Dylan G |
From birth mode to feeding status—Benchmarking LLM-based metadata extraction strategies across a difficulty gradient in infant gut metagenomics |
poster |
|
Higgs, Aidan |
Recurrent neural networks with heterogenous time constants adapt efficiently to tasks with diverse timescales |
poster |
|
Hill, Barnaby |
Accurately modelling gapmer ASOs across the preclinical pipeline |
poster |
|
Hou, Chao |
Understanding language model scaling on protein fitness prediction |
poster |
|
Huo, Bing-Xing |
multiVIB—A unified probabilistic contrastive learning framework for atlas-scale integration of single-cell multi-omics data |
poster |
|
Hwang, Yunha |
Linear-time prediction of proteome-scale microbial protein interactions |
talk |
|
Ikonomova, Svetlana P |
Probing mutability of TEV protease through comprehensive deep mutational scanning with GROQ-Seq |
poster |
|
Issa, Habon |
Scaling laws of biological insight—Quantifying the interpretability and diversity of neural population codes |
poster |
|
Ivancevic, Atma |
Virtual CRISPR—Benchmarking sequence-to-function models on complex regulatory elements |
poster |
|
Jain, Navami |
Designing Long-lasting flu vaccines with AI |
poster |
|
Jakimo, Alan L. |
Validating an integrated organoid/machine intelligence non-clinical new approach methodology for drug development |
poster |
|
Jaureguy, Jeff. |
Single-cell sequence-to-function modeling of pancreas and immune cells for large-scale variant effect prediction in type 1 diabetes |
poster |
|
Jeon, Eun Young |
Bridging the gap in rare neurological disease treatment—Pharmacoscopy enables systematic drug repurposing for MELAS and sphingolipidoses |
poster |
|
Jeong, Chang-Uk |
CytoJEPA—Interpretable immune phenotyping via inducing point joint embedding predictive architecture |
poster |
|
Jha, Anupama |
ChromeZoo reveals chromatin organization across mammalian evolution |
poster |
|
Jhutty, Anjeet |
Orion’s belt by Prima Mente and Automata—The first end-to-end agentic biological intelligence platform applied to neurodegenerative disease and liquid biopsy |
poster |
|
Jiang, Jialong |
Inferring dynamic regulatory network models from time-course scRNA-seq data |
poster |
|
Jiang, Shaowen |
Protein language models for adaptive immune repertoire analysis via spatial transcriptomics |
poster |
|
Jimenez, Daniel |
AI-guided enzyme specificity modulation and property optimization |
poster |
|
Jonsson, Benedikt |
Training on 13,000 transcriptomes increases prediction accuracy in sequence-to-function models |
poster |
|
Jony, Saifur |
Modeling epigenetic drug-induced transposable element expression from pre-treatment genomic and epigenomic landscape |
poster |
|
Kang, Yijie |
Decoding the sequence basis of Pol II elongation with deep learning |
poster |
|
Kanpa, Vivek N |
Multi-task learning to identify pan-cancerous and tissue-specific plasma protein biomarkers in a pre-diagnostic multi-cancer cohort |
poster |
|
Karbalayghareh, Alireza |
Causal transformer for gene perturbation |
poster |
|
Karim, Shaamil |
Virtual cells via discrete diffusion—From perturbation prediction to patient stratification |
poster |
|
Kasukawa, Takeya |
A ground-truth atlas of active cis-regulatory elements (CREs) in human and mouse |
poster |
|
Kato, Daniel D |
Contrastive self-supervised learning in high-level visual cortex |
poster |
|
Kedzierska, Kasia Z |
Benchmarking sequence-to-function models for designing cell-type-specific synthetic enhancers across species |
poster |
|
Kelley, David |
Borzoi—A sequence-to-expression model for gene regulation and genetic variant interpretation |
talk |
|
Khan, Mohammad Asif |
Multi-cancer risk stratification from longitudinal health records using parameter-efficient fine-tuning of a generative foundation model |
poster |
|
Kim, Minju |
Integrative machine learning and deep learning framework for rice phenotype prediction—generalization tests and consilience with association studies |
poster |
|
Kimmel, Jacob C |
In silico design of epigenetic reprogramming payloads |
talk |
|
Kinger, Savik |
Inferring active neural circuits using diffusion scores |
poster |
|
Kobos, William C |
Predicting perturbation-induced program shifts in glioma-infiltrating T cells |
poster |
|
Kodali, Vamsi |
Scaling eukaryotic genome annotation using NCBI EGAP and EGAPx |
poster |
|
Kohli, Pushmeet |
Leveraging AI to advance biology |
talk |
|
Koo, Peter |
Improving genomic deep learning with perturbation data |
talk |
|
Koulakov, Alexei |
Grounding olfactory perception in language—Benchmarks and models for generating natural language odor descriptions |
talk |
|
Kubilius, Jonas |
Systematic engineering of guide RNA repeats to optimize Cas12a editing efficiency |
poster |
|
Kudo, Shuichi N |
Systematic identification of Cis-regulatory motifs modulating gene expression in fluctuating environments |
poster |
|
Kundaje, Anshul B |
Decoding regulatory DNA with deep learning models |
talk |
|
Kwon, Ohbin |
Modeling stem cell niche dependencies and their bypass in gastric tumorigenesis |
poster |
|
Lai, Ben |
De novo design of antigen-specific T cell receptors using compositional protein language modeling |
poster |
|
Lakhani, Chirag |
Integration of deep learning annotations with functional genomics improves identification of causal Alzheimer's disease variants |
poster |
|
Lash, Blake |
Multi-agent reasoning for automated exploration of the protein universe |
poster |
|
Lee, Alice Eunjung |
Predicting Alu-mediated loop-out exon skipping events with deep learning |
poster |
|
Lee, Jodi |
Structural variants in human congenital heart disease disrupt distal genomic regulatory contacts of developmental genes |
poster |
|
Lee, Matthew E |
Deep learning representations of human Immune Health for precision immunology |
poster |
|
Lee, Su-In |
Explainable AI for biomedicine—Where we are and how to move forward |
talk |
|
Lehner, Ben |
Mutate everything—Mapping the energetic and allosteric landscapes of proteins at scale |
talk |
|
Lei, Bo |
Brainμ—Toward a universal foundation model for neuroscience through pre-trained multimodal world models |
poster |
|
Li, Dongshunyi |
Unraveling tissue assembly with hierarchical transformers |
poster |
|
Li, Jiada |
Leveraging the fine-tuned vision foundation model for precise mycobacterial cell segmentation and fluorescence event classification in multi-channel time-lapse microscopy images |
poster |
|
Li, Qianzi |
Allele-specific sequence modeling with Siamese training improves regulatory variant prediction |
poster |
|
Li, Ronghan |
Benchmarking diffusion models of single-cell perturbation prediction for generalization to unseen perturbations |
poster |
|
Lightstone, Felice |
MuMMI—A machine learning-driven modeling infrastructure for coupling different scales, showcased for RAS-RAF activation |
poster |
|
Liu, Changchang |
Improving molecular glue ternary complex reconstruction via integrative finetuning of co-folding models using structural and proteomics data |
poster |
|
Liu, Fan |
Building structural interactomics by cross-linking mass spectrometry |
talk |
|
Liu, Feng |
Epilepsy domain adapted large language models enhance epileptogenic zone prediction from seizure semiology |
poster |
|
Liu, Sunny |
Superposition confounds representational alignment in neural systems |
poster |
|
Liu, Yunhe |
A unified framework for cross-platform spatial omics analysis and deep spatial profiling |
poster |
|
Liu, Zhihan |
S2F—A package for deep and mechanistic sequence-to-function modeling |
poster |
|
Liu, Zong-Yan |
GeneCAD—Biologically constrained decoding for plant gene annotation with DNA foundation models |
poster |
|
Lo, Yucheng |
GO2Symptom—A path-based causal GNN on biological knowledge graphs bridges molecular function to clinical phenotype |
poster |
|
Londhe, Shubhankar |
Assessing variant deleteriousness using whole genomes and phenotypes of half a million individuals |
poster |
|
Lorenzi, Valentina |
Learning spatial structure in endometriosis lesions |
poster |
|
Lundberg, Emma |
Decoding human cell architecture – from spatial proteomics to cell modeling |
talk |
|
Lwin-Munger, Pancy T |
Harnessing the single-cell RNA-seq data for immune digital twins |
poster |
|
Ly, Kevin Chi Hao |
Predicting how perturbations reshape cellular trajectories with PerturbGen |
poster |
|
Lyman, Edward |
Predicting membrane protein localization by deep learning on structure and chemistry |
poster |
|
Ma, Jian |
AI for cellular organization and function across scales |
talk |
|
Mahmood, Faisal |
Multimodal, generative, and agentic AI for pathology |
talk |
|
Mahood, Elizabeth |
Multi-objective flow matching for generation and optimization of plant enhancers |
poster |
|
Majila, Kartik |
Disobind—A sequence-based, partner-dependent contact map and interface residue predictor for intrinsically disordered regions |
poster |
|
Maneshgar, Behnam |
GeneExpert—A foundation model for gene expression understanding |
poster |
|
Mantilla Puccetti, Pablo J |
Dissecting the cis-regulatory code beyond motif syntax with genomic AI as virtual platforms |
poster |
|
Manzo, Gaetano |
DeepFootprinting—Motif-level inference of transcription factor co-occupancy across active enhancers |
poster |
|
Marks, Debora S |
AI methods to solve protein engineering and human genetics |
talk |
|
Martí-Gómez, Carlos |
Inference of fitness landscapes with heterogenous patterns of epistasis across sites |
poster |
|
Martinez-Carrasco, Alejandro |
A deep learning framework to identify drugs that restore cellular states |
poster |
|
Martín-Zamora, Francisco M |
PARTHENON—Virtual cell models for causal discovery in Alzheimer's disease |
talk |
|
Martín-Zamora, Francisco M |
Pleiades—Human whole-genome epigenomic foundation modelling for clinical diagnostics and biological discovery |
poster |
|
Mathis, Mackenzie |
Measuring and modeling behavior with AI |
talk |
|
Matthias, Jan |
A systematic benchmark evaluation of 3D tissue alignment algorithms for spatial omics |
poster |
|
Mazzarella, Luca |
Seed variation impacts clustering stability in Single-Cell RNA-Seq and can be mitigated by StAbility-BasEd-Reassignment (SABER) |
poster |
|
Meza-Llamosas, Jose |
Spatiotemporal mapping of the pancreatic ductal adenocarcinoma microenvironment under treatment using fused gromov-wasserstein divergences |
poster |
|
Miller, David |
ContrasTED—Resolving protein dark matter with supervised contrastive learning |
poster |
|
Mishra, Reet |
Decoding microglial state dynamics via CRISPR perturbations and multi-modal single-cell modeling |
poster |
|
Molen, Ricky |
Pathway-resolved spatial niche analysis via graph-based masked autoencoding |
poster |
|
Mosso, Carson |
From GWAS to function—Gaussian copula haplotype perturbations and AlphaGenome predictions validated by scRNA-seq |
poster |
|
Murphy, Alan |
Modular transfer of AlphaGenome to short regulatory sequences |
poster |
|
Nagai, Masayuki |
Causal refinement—Improving genomic deep learning models with perturbation data through continual learning |
poster |
|
Nagle, Roma |
Evaluating mutagenesis strategies for inferring higher-order sequence–Function relationships |
poster |
|
Nair, Surag |
Agentic systems are adept at solving well-scoped problems in computational genomics |
poster |
|
Nargund, Siddhi |
Deep learning models of transcription factor activity in human immune aging |
poster |
|
Narykov, Oleksandr |
Contrastive transfer learning on small datasets—Uncovering common representations for biological models |
poster |
|
Nawaz, Urwah |
Towards proteome-driven precision oncology—Large-scale standardized cancer proteomics and AI modelling at ProCan |
poster |
|
Nelson, David R |
Protein language model classification and satellite embeddings reveal microalgal genome-environment coupling across 221 million sequences on a global manifold |
poster |
|
Nishimura, Toru |
Practical use of LLM-based AI agents for data analysis in drug discovery |
poster |
|
Nordenstorm, Olof |
Mechanism constrained deep learning model for pan cancer drug responses |
poster |
|
Norman, Thomas |
Reconstructing cellular transcriptional states using systematic transcription factor perturbations |
poster |
|
Ogden, Pierce |
Toward the virtual organism—Predicting in vivo biology from millions of de novo protein designs |
poster |
|
Oku, Ali |
DECONVersation—Single cell foundation model-derived embeddings for robust cell type deconvolution of bulk RNA-seq Data |
poster |
|
Olson, Andrew |
AI agents for plant genomics research via model context protocol integration with Gramene and complementary biological databases |
poster |
|
Oneto, Alessandro |
Establishing an empirical neutral model of endosymbiont evolution using Bayesian machine learning |
poster |
|
Orenbuch, Rose |
A multi-modal approach to cancer risk prediction |
poster |
|
Pang, Kuan |
PULSAR—A foundation model for multi-scale and multicellular biology |
poster |
|
Pang, Minxing |
Query-driven generative AI synthesizes multi-modal spatial omics from histology |
poster |
|
Pasani, Satwik |
How many DNN features are needed to predict neural responses? |
poster |
|
Pauli, Andrea |
Life's first kiss—New insights into the mechanism of fertilization |
talk |
|
Peikon, Evan |
A multi-layered biological knowledge graph framework for phenotype prediction following physiological perturbation |
poster |
|
Peng, Jiahui |
A neuroscience discovery paradigm for mechanistic interpretability of neural networks |
poster |
|
Pielies Avelli, Marc |
Modeling nascent transcription from chromatin landscape and structure with CLASTER |
poster |
|
Pierrot, Thomas |
NTv3—A foundational model for joint sequence-function multi-species modeling at scale for long-range genomic prediction |
talk |
|
Pinello, Luca |
Chorus—Agentic AI meets sequence-to-function oracles for comparative regulatory genomics |
poster |
|
Pinello, Luca |
ChromCodes—Interpretable discrete representations enable controllable design of cell-type-specific regulatory DNA sequences |
poster |
|
Piva, Annamaria |
Synthetic transcriptomic augmentation for robust prognostic signature discovery in small cohorts |
poster |
|
Podobedov, Nikita |
Characterizing cellular functional landscapes with label-free imaging in optical pooled screening |
poster |
|
Poon, Hoifung |
Towards virtual patient—AI for accelerating medical discovery |
talk |
|
Pratt, Nicholas B |
Identifying learnable structure in genomic sequence with compute bounded models |
poster |
|
Priyadarshi, Satyam |
GAME—Genomic API for model evaluation |
poster |
|
Qin, Yue |
Towards functional maps of human cells by bridging molecular and morphological profiles |
poster |
|
Qu, Fiona |
Modeling to learn patterns of antibody-antigen recognition |
poster |
|
Qu, Yiming |
Terminal Anchor Variants (TAV)—ASVs beyond read-merge constraints with higher taxonomic resolution |
poster |
|
Quake, Stephen |
Understanding the mysteries of the cell—How do many cell types arise from one genome? |
talk |
|
Rafi, Abdul Muntakim |
Characterizing homology-induced data leakage and memorization in genome-trained sequence models |
poster |
|
Rafi, Abdul Muntakim |
Evaluation of active learning selection strategies and characterization of informative sequences for sequence-to-expression models |
poster |
|
Rafi, Abdul Muntakim |
gRely—Reliability estimation of variant effect predictions for genome trained sequence-to-expression models |
poster |
|
Raoufi, Sadaf |
Machine learning for viral inference in metagenomes—Progress, pitfalls, and emerging directions |
poster |
|
Ren, Yunxiao |
Neuronal and microglial fine-tuned 3D DNA foundation models dissect genetic variants in Alzheimer’s disease |
poster |
|
Rizzo, Kaeli |
STEDD—Resource-efficient ensemble distillation for uncertainty-aware genomic deep learning |
poster |
|
Robinson, Kassidy |
Convolutional neural network–based model for inferring transcriptional regulatory networks in maize |
poster |
|
Robinson, Andrew |
AIRRchat—A natural language agent for structural exploration and sequence-to-structure mapping across predicted TCR-pMHC complexes |
poster |
|
Roblin, Elvire |
PEARL—Predicting locus-specific chromatin accessibility from cell-free DNA whole-genome sequencing to identify molecular signatures of cancer heterogeneity |
poster |
|
Rochefort-Boulanger, Camille |
Deep learning on genetic data with Diet Networks for genetic ancestry inference |
poster |
|
Rose, Nicholas |
TRIOPS—Deep learning predicts peptide-independent TCR–MHC restriction from sequence |
poster |
|
Ross, David |
A strategy for data collection to solve the protein function problem |
poster |
|
Sabri, Shan |
Paired single-cell imaging and transcriptomics provide a functional alignment layer for virtual cell models |
poster |
|
Sachdev, Nina |
Incorporating human genetic variation into protein language models |
poster |
|
Sarkar, Anirban S |
Designing DNA with tunable regulatory activity using discrete diffusion |
poster |
|
Sarkar, Anirban S |
Generative population annealing for biological sequence design |
poster |
|
Sarker, Drishty Badhon B |
Machine learning-based prediction of drug sensitivity from ATRT transcriptomic signatures |
poster |
|
Schmidt, Megan |
Computational techniques for harmonizing cancer cell line and tumor transcriptomes |
poster |
|
Sejnowski, Terrence |
Brains and AI |
talk |
|
Shaw, John F |
COPHI—A classifier to identify phospho-regulated protein-protein interactions |
poster |
|
Shelley, Kathryn |
De novo design of light-driven protein motor domains |
poster |
|
Shen, Siqi |
Morphology-to-transcriptome—Using foundation models and xenium data to discover prognostic H&E biomarkers in colorectal cancer |
poster |
|
Shewchuk, Alexandra |
Integrating protein and DNA conformational dynamics into prediction of transcription factor binding specificity |
poster |
|
Shultes, Paulameena V |
Cell-cell fusion in NSCLC—Novel transcriptomic features yield promising first classifiers |
poster |
|
Sinha, Riya |
An agentic platform for phenotype-aware prioritization and interpretation of noncoding genetic variants |
poster |
|
Sirtori, Riccardo |
Blood-based detection of sporadic amyotrophic lateral sclerosis by coupling single-walled carbon nanotube biosensing with deep learning |
poster |
|
Sledzieski, Samuel |
MIMIC—A generative multimodal foundation model for biomolecules |
poster |
|
Soldat, Matous |
De novo generation of terpene synthases with desired catalytic activity |
poster |
|
Song, Yun S. |
Learning from evolutionary trajectories to predict variant effects and generate realistic biomolecules |
talk |
|
Soto-Ugaldi, Luis F |
Deep learning reveals CpG dinucleotide density as the sequence-intrinsic determinant of epigenetic memory persistence |
poster |
|
Stanton, Alice |
Engineered brain models for enhanced causal inference of disease |
poster |
|
Stark, Rory |
Biologically grounded by design—Winning the ARC Virtual Cell Challenge Generalist Prize with PRiMeFlow |
poster |
|
Steinegger, Martin |
Exploring the protein universe, from structural motifs to proteome-scale complexes |
talk |
|
Sternke, Matt |
De novo protein domain engineering to aid structure determination of an integral membrane protein drug target |
poster |
|
Sui, Yanan |
Human sensory-musculoskeletal modeling and control of whole-body movements |
poster |
|
Sui, Yanan |
Whole-body mouse sensory-musculoskeletal modeling and control for movement |
poster |
|
Sui, Yanan |
Whole-brain connectomic graph model enables whole-body locomotion control in fruit fly |
poster |
|
Sun, Mengyi |
Predictive AI and shifting research focus—Lessons from structural biology |
poster |
|
Swanson, Erik |
The EpiTome—Systematic de novo antibody design across every addressable epitope in the human proteome |
poster |
|
Tahmid, Md Toki |
Beyond the consensus—Learning transcription factor-specific dna binding within the homeodomain family via deep learning and generative sequence design |
poster |
|
Tang, Wei Yu |
Improving structure-based prediction of protein–DNA binding specificity using AlphaFold 3–predicted complexes |
poster |
|
Tegner, Jesper N |
AI-driven 4D biology—Towards spatio-temporal deconvolution of life |
poster |
|
Tian, Ruiyi |
Temporal evolution of early signs and symptoms of early-onset colorectal cancer—Integrating epidemiologic and transformer-based analyses |
poster |
|
Tiwari, Sarthak |
Cis-Mamba integrates base-pair accessibility and DNA sequence for zero-shot in silico prediction of CRISPR enhancer perturbations |
poster |
|
Tolias, Andreas |
Foundation models of the brain |
talk |
|
Toneyan, Shushan |
Assessing codon language models for codon optimization in nucleic acid-based medicines |
poster |
|
Tsui, Kristin Chung Ying |
Clinical data-driven CAR T cell therapy design with attention-based multiple instance learning |
poster |
|
Tu, Xinming |
A modality gap in personal-genome prediction by sequence-to-function models |
poster |
|
Turner-Evans, Daniel |
From the bench to the beltway—A view of the AI for biology funding landscape |
poster |
|
Uhler, Caroline |
Integrating multimodal data—From biomarkers to mechanisms |
talk |
|
Van Valen, David A |
Acceleration biological discovery with AI enabled measurements |
talk |
|
Vardanian, Erik |
AI-driven characterization of chromatin architecture landscapes in triple-negative breast cancer |
poster |
|
Venkatraman, Divya Lakshmi |
PRISM—Contrastive metric learning for T cell receptor embedding with intrinsic uncertainty estimation |
poster |
|
Voitov, Ivan |
Fast intrinsic dynamics decouple stability and flexibility in neural sequence generation |
poster |
|
Walter, Johannes |
Proteome-wide in silico screening for human protein-protein interactions |
talk |
|
Wang, Bo |
Co‑discovery at scale—Digital twins, xAI, and collaborative biomedical workflows |
poster |
|
Wang, Jianrong |
High-resolution reconstruction of single-cell specific spatial genome architectures in 3D space reveals context-specific gene regulation |
poster |
|
Wang, Junqiang |
Decoding malignant blast cell state heterogeneity in acute leukemia using single-cell multi-omics |
poster |
|
Wang, Meng |
Fast and scalable synthetic gene circuit design via transformer-based inverse modeling |
poster |
|
Wang, Xiaotong |
Predicting rates of genome size change following polyploidy in angiosperms |
poster |
|
Wang, Xuefeng |
A 1,000-region lymphoid aggregate atlas reveals functional and prognostic tertiary lymphoid structure states defined by virtual staining in metastatic melanoma |
poster |
|
Wang, Yilan |
De novo computational design of pMHCI minibinders targeting the KRAS G12D neoantigen |
poster |
|
Webster, Dylan |
Democratizing single cell and spatial omics analysis with cloud infrastructure and agentic workflows |
poster |
|
Wengert, Simon |
Genomics-based multi-task foundation models for large-scale biomedical data analysis |
poster |
|
Wong, Wilfred |
Bayesian multiscale models for epigenomic applications |
poster |
|
Wu, Haojia |
CellPilot—A serverless, ai-powered desktop application for chat-based single-cell and spatial transcriptomics analysis |
poster |
|
Wu, Yujiao |
Decoding regulatory grammar using long random DNA libraries and single-molecule chromatin profiling |
poster |
|
Xiao, Yao |
Learning sequence-dependent cohesin kinetics via physics-informed neural networks |
poster |
|
Xie, Xiaoman |
GEMS (GWAS effect mechanisms via sequence-to-function)—Unveiling cell type-specific mechanisms for GWAS variants |
poster |
|
Xing, Eric P |
A world model of the virtual cell |
talk |
|
Xing, Jiawei |
LaVOUS—Lineage-aware variational ornstein-uhlenbeck stochastics linking single-cell lineage tracing with dynamic gene expression |
poster |
|
Xu, Feihong |
Toward trustworthy AI in biology with a well-calibrated similarity measure for arbitrary neural networks |
poster |
|
Xu, Jielin |
A scalable human brain cell atlas dissects the microglial immune codes and cognitive resilience |
poster |
|
Xue, Yu |
Inferring transcriptomic recovery from gene editing outcomes in SMARCB1-mutant ATRT |
poster |
|
Yamins, Daniel |
A fruitful reciprocity; the past, present, and future of NeuroAI |
talk |
|
Yang, Rui |
MethylPrint—A counterfactual deep learning framework for interpreting regulatory effects of DNA methylation |
poster |
|
Yao, Jiahui |
TF-BindNet—Modeling transcription factor DNA binding specificity from sequence using PBM data |
poster |
|
Ye, Li |
Discovering gut virome dynamics across dietary and surgical perturbations with the AI-based tool geNomad |
poster |
|
Yi, Stephen |
eSIG-Net—Accurate prediction of single-mutation induced perturbations on protein interactions using a language model |
poster |
|
Yin, Liangying |
A scalable invariant causal discovery framework reveals direct genetic and clinical determinants of complex human traits |
poster |
|
Youssef, Noor |
Reliable mutation effect prediction across pandemic-threat viruses |
poster |
|
Yuste, Rafael M. |
Neurorights—Human rights guidelines for neurotechnology and AI |
poster |
|
Zador, Anthony |
What can neuroscience still teach AI? |
talk |
|
Zhai, Jingjing |
Exploring regulatory rewiring underlying cold tolerance in grasses by fine-tuning a DNA language model |
poster |
|
Zhan, Yinxiu |
A machine learning assay to predict disease recurrence in hormone receptor-positive breast cancer |
poster |
|
Zhang, Chen |
Machine learning-based prediction of olfactory tendency in mice from chemical structure |
poster |
|
Zhang, Harrison G |
The Virtual Biotech—A multi-agent AI framework for therapeutic discovery and development |
poster |
|
Zhang, Wenjin |
Towards a pan-epigenome—AI-driven inference of multi-omics regulatory landscapes on complete genomes |
poster |
|
Zheng, Cici Xingyu |
Priming-OT—Leveraging chromatin priming to resolve neuronal fate trajectories via optimal transport |
poster |
|
Zhong, Ellen |
Algorithms for biomolecular structure determination at the proteome scale |
talk |
|
Zhong, Guojie |
EpiBRAIN—A sequence-to-function model to understand cell type specific gene regulatory mechanisms in human brain |
poster |
|
Zhou, Jian |
From predictive to mechanistic models of regulatory DNA sequence |
talk |
|
Zhou, Jingtian |
Bolero—Predicting cell-state- and species-specific gene regulation from DNA sequence |
poster |
|
Zhou, Juannan |
Measuring epistatic effects of mutations with exact, scalable Shapley values |
poster |
|
Zitnik, Marinka |
Collaborative AI agents for biology |
talk |
|
Zuppas, Niko |
Learning distributional corrections for undersampled populations with domain adaptation |
poster |