08:30–17:00
Symposium on Bioinformatics Engineering and Industry (SBEI)
Symposium on Bioinformatics Engineering and Industry (SBEI)
Detailed Program[AE] Agricultural and Environmental Omics
[AE] Agricultural and Environmental Omics
Chairs: Cheong Xin Chan & Ellis Patrick
sponsored by the Australian Centre for Ecogenomics, The University of Queensland
09:00–09:30
Understanding and conserving coral reefs through genomics - Ira Cooke, James Cook University
Understanding and conserving coral reefs through genomics - Ira Cooke, James Cook University
Detailed Program09:30–10:10
Unveiling the functional landscape of healthy coral holobionts through metatranscriptomics – Kshitij Tandon, The University of Melbourne
Unveiling the functional landscape of healthy coral holobionts through metatranscriptomics – Kshitij Tandon, The University of Melbourne
Detailed Program
Putting the RAT into integRATed profiling: A new way to annotate shotgun metagenomes – Ernestina Hauptfeld, Utrecht University, The Netherlands
Putting the RAT into integRATed profiling: A new way to annotate shotgun metagenomes – Ernestina Hauptfeld, Utrecht University, The Netherlands
Detailed Program
Phables: from fragmented assemblies to high-quality bacteriophage genomes – Vijini Mallawaarachchi, Flinders University
Phables: from fragmented assemblies to high-quality bacteriophage genomes – Vijini Mallawaarachchi, Flinders University
Detailed Program10:40–11:10
Using nanopore sequencing to capture genome variation for breeding eco-friendly, productive animals in response to a changing climate – Elizabeth Ross, The University of Queensland
Using nanopore sequencing to capture genome variation for breeding eco-friendly, productive animals in response to a changing climate – Elizabeth Ross, The University of Queensland
Detailed Program[HH] Human Health and Translation
[HH] Human Health and Translation
Chairs: Sonia Shah & Huiwen Zheng
11:10–11:40
Identification of target genes underlying genetic associations for complex traits – Jian Yang, Westlake University, China
Identification of target genes underlying genetic associations for complex traits – Jian Yang, Westlake University, China
Detailed Program11:40–12:20
Leveraging genomics to investigate the anti-depressive effects of statins – Jiayue-Clara Jiang, The University of Queensland
Leveraging genomics to investigate the anti-depressive effects of statins – Jiayue-Clara Jiang, The University of Queensland
Detailed Program
Pan-organ ResOurce for Molecular Allograft Dysfunction (PROMAD) provides a platform for precision medicine in organ transplantation – Harry Robertson, The University of Sydney
Pan-organ ResOurce for Molecular Allograft Dysfunction (PROMAD) provides a platform for precision medicine in organ transplantation – Harry Robertson, The University of Sydney
Detailed Program
COMBINE Winner Talk - DDMut-PPI: predicting effects of mutations on protein-protein interactions using deep learning - Yunzhuo Zhou, The University of Queensland
COMBINE Winner Talk - DDMut-PPI: predicting effects of mutations on protein-protein interactions using deep learning - Yunzhuo Zhou, The University of Queensland
Detailed Program[PE] Phylogenetics and Evolution
[PE] Phylogenetics and Evolution
Chairs: Anna Trigos & Olga Kondrashova
13:35–14:05
Using phylogeographical signal of Salmonella enterica serovar Enteritidis to train a hierarchical machine learning model to rapidly predict source attribution – Lauren Cowley, University of Bath, UK
Using phylogeographical signal of Salmonella enterica serovar Enteritidis to train a hierarchical machine learning model to rapidly predict source attribution – Lauren Cowley, University of Bath, UK
generously supported by QUT & ISCB
14:05–14:45
SingleM and Sandpiper: Robust microbial community profiling from metagenomic data – Ben Woodcroft, Queensland University of Technology
SingleM and Sandpiper: Robust microbial community profiling from metagenomic data – Ben Woodcroft, Queensland University of Technology
Detailed Program
AEon: Global Genetic Ancestry Estimation from WGS data – Naomi Warren, Children’s Cancer Institute
AEon: Global Genetic Ancestry Estimation from WGS data – Naomi Warren, Children’s Cancer Institute
Detailed Program
ASR curation – constructing meaningful datasets for ancestral sequence reconstruction – Gabriel Foley, The University of Queensland
ASR curation – constructing meaningful datasets for ancestral sequence reconstruction – Gabriel Foley, The University of Queensland
Detailed Program14:45–15:15
Recent advances on improving phylogenomic inference and the IQ-TREE software – Minh Bui, Australian National University
Recent advances on improving phylogenomic inference and the IQ-TREE software – Minh Bui, Australian National University
Detailed Program[EL] Epigenomics / Long Read Sequencing
[EL] Epigenomics / Long Read Sequencing
Chairs: Carissa Chen & Marina Naval Sanchez
15:45–16:15
Computational methods for analysing Oxford Nanopore RNA sequencing data – Heejung Shim, The University of Melbourne
Computational methods for analysing Oxford Nanopore RNA sequencing data – Heejung Shim, The University of Melbourne
Detailed Program16:15–16:55
From signal to knowledge: SWARM for accurate mRNA modification detection – Stefan Prodic, Australian National University
From signal to knowledge: SWARM for accurate mRNA modification detection – Stefan Prodic, Australian National University
Detailed Program
A Bag-Of-Motif Model captures context-specific distal regulatory elements – Carina Paola Comejo Paramo, Victor Chang Cardiac Research Institute
A Bag-Of-Motif Model captures context-specific distal regulatory elements – Carina Paola Comejo Paramo, Victor Chang Cardiac Research Institute
Detailed Program
Elucidating the extent of coordinated splicing of exons in the mammalian brain – Pallavi Gupta, The University of Queensland
Elucidating the extent of coordinated splicing of exons in the mammalian brain – Pallavi Gupta, The University of Queensland
Detailed Program16:55–17:10 Flashtalks
Rapid and sensitive read-based profiling of viruses with conserved sequence tags - Rossen Zhao, Queensland University of Technology
Rapid and sensitive read-based profiling of viruses with conserved sequence tags - Rossen Zhao, Queensland University of Technology
Detailed Program
Transcriptomic changes as a marker of liver transplant viability during normothermic perfusion - Solal Chauquet, The University of Queensland
Transcriptomic changes as a marker of liver transplant viability during normothermic perfusion - Solal Chauquet, The University of Queensland
Detailed Program
Multi omics profiling identifies host-microbe interactions relevant for the stability of the transplanted lungs - Giulia Iacono, Monash University
Multi omics profiling identifies host-microbe interactions relevant for the stability of the transplanted lungs - Giulia Iacono, Monash University
Detailed Program
Massive genome reduction predates the divergence of Symbiodiniaceae dinoflagellates - Sarah Shah, The University of Queensland
Massive genome reduction predates the divergence of Symbiodiniaceae dinoflagellates - Sarah Shah, The University of Queensland
Detailed Program
Deciphering brain region-specific m6A epitranscriptomic modification signatures: isoform-level insights with long-read sequencing - Josie Gleeson, The University of Melbourne
Deciphering brain region-specific m6A epitranscriptomic modification signatures: isoform-level insights with long-read sequencing - Josie Gleeson, The University of Melbourne
Detailed Program
Squigulator: simulation of nanopore sequencing signal data with tunable noise parameters - Hasindu Gamaarachchi, The University of New South Wales
Squigulator: simulation of nanopore sequencing signal data with tunable noise parameters - Hasindu Gamaarachchi, The University of New South Wales
Detailed Program17:10–18:10
Poster Session 1 (Themes: AE, HH, PE, and EL)
Poster Session 1 (Themes: AE, HH, PE, and EL)
Detailed Program[ML] Machine Learning for Discovery
[ML] Machine Learning for Discovery
Chairs: Hani Jieun Kim & Stephanie Portelli
08:45–09:15
Leveraging deep learning to improve our understanding of diseases and complex traits – Farhad Hormozdiari, HealthAI, Google Research, USA
Leveraging deep learning to improve our understanding of diseases and complex traits – Farhad Hormozdiari, HealthAI, Google Research, USA
Detailed Program09:15–10:20
Deep amortisation for improved rare cell type detection – Ellen Visscher, University of Oxford, UK
Deep amortisation for improved rare cell type detection – Ellen Visscher, University of Oxford, UK
Detailed Program
Rational antibody affinity maturation using graph-based signatures – Yoochan Myung, The University of Queensland
Rational antibody affinity maturation using graph-based signatures – Yoochan Myung, The University of Queensland
Detailed Program
CUPPA: A machine learning classifier for determining the tissue of origin for cancers of unknown primary using whole genome and transcriptome data – Luan Nguyen, Hartwig Medical Foundation, The Netherlands
CUPPA: A machine learning classifier for determining the tissue of origin for cancers of unknown primary using whole genome and transcriptome data – Luan Nguyen, Hartwig Medical Foundation, The Netherlands
Detailed Program
Enhancing AAV gene therapy: Machine learning approaches to overcome packaging limitations in capsids – Anne Klein, CSIRO
Enhancing AAV gene therapy: Machine learning approaches to overcome packaging limitations in capsids – Anne Klein, CSIRO
Detailed Program
AI-driven risk stratification of tumor subpopulations from scRNA-seq using Phenotype Algebra – Namrata Bhattacharya, Queensland University of Technology
AI-driven risk stratification of tumor subpopulations from scRNA-seq using Phenotype Algebra – Namrata Bhattacharya, Queensland University of Technology
Detailed Program10:50–11:20
Machine learning integration of imaging and sequencing data improves cancer diagnosis and prognosis – Quan Nguyen, QIMR Berghofer and The University of Queensland
Machine learning integration of imaging and sequencing data improves cancer diagnosis and prognosis – Quan Nguyen, QIMR Berghofer and The University of Queensland
Detailed Program11:20–11:30
Platinum Sponsor Talk - The complete solution and interpretation algorithms for Stereo-seq datasets – Mingyan Fang, BGI-Research
Platinum Sponsor Talk - The complete solution and interpretation algorithms for Stereo-seq datasets – Mingyan Fang, BGI-Research
- MGI Australia
[BD] Big Data Infrastructure
[BD] Big Data Infrastructure
Chairs: Nikeisha Caruana & Rebecca Johnston
11:30–12:00
Supporting data-driven science at the Sanger Institute – James McCafferty, Wellcome Sanger Institute, UK
Supporting data-driven science at the Sanger Institute – James McCafferty, Wellcome Sanger Institute, UK
Detailed Program12:00–12:50
The national Nextflow Tower Service for Australian researchers – Ziad Al Bkhetan, Australian BioCommons
The national Nextflow Tower Service for Australian researchers – Ziad Al Bkhetan, Australian BioCommons
Detailed Program
The Australian Reference Genome Atlas (ARGA): intersecting biodiversity data with genomics data for enhanced findability – Kathryn Hall, Atlas of Living Australia, CSIRO
The Australian Reference Genome Atlas (ARGA): intersecting biodiversity data with genomics data for enhanced findability – Kathryn Hall, Atlas of Living Australia, CSIRO
Detailed Program
Atlas approximations democratise access to whole-body cell atlases for artificial and human intelligence – Fabio Zanini, The University of New South Wales
Atlas approximations democratise access to whole-body cell atlases for artificial and human intelligence – Fabio Zanini, The University of New South Wales
Detailed Program
Empowering global healthcare: An advanced population genomics pipeline for national genome projects – Taylor Tian, MGI Australia
Empowering global healthcare: An advanced population genomics pipeline for national genome projects – Taylor Tian, MGI Australia
Detailed Program12:50–13:05 Flash Talks
The topological properties of the protein universe - Christian Degnbol Madsen, The University of Melbourne
The topological properties of the protein universe - Christian Degnbol Madsen, The University of Melbourne
Detailed Program
Ensemble deep learning of embeddings for clustering multimodal single-cell omics data - Lijia Yu, The University of Sydney
Ensemble deep learning of embeddings for clustering multimodal single-cell omics data - Lijia Yu, The University of Sydney
Detailed Program
A data lakehouse for childhood cancer precision medicine - James Bradley, Children’s Cancer Institute
A data lakehouse for childhood cancer precision medicine - James Bradley, Children’s Cancer Institute
Detailed Program
Pharokka and Megapharokka: enabling automatic, consistent, scalable and sensitive annotation of the bacteriophage genomic universe - George Bouras, The University of Adelaide
Pharokka and Megapharokka: enabling automatic, consistent, scalable and sensitive annotation of the bacteriophage genomic universe - George Bouras, The University of Adelaide
Detailed Program
Evaluating spatially variable gene detection methods for spatial transcriptomics data - Carissa Chen, The University of Sydney
Evaluating spatially variable gene detection methods for spatial transcriptomics data - Carissa Chen, The University of Sydney
Detailed Program
Flexiplex: a noise-tolerant sequence searching and demultiplexing tool for single cell data - Oliver Cheng, Walter and Eliza Hall Institute of Medical Research
Flexiplex: a noise-tolerant sequence searching and demultiplexing tool for single cell data - Oliver Cheng, Walter and Eliza Hall Institute of Medical Research
Detailed Program
RISER enables real-time biochemical-free enrichment or depletion of RNA classes during direct RNA sequencing - Alexandra Sneddon, Australian National University
RISER enables real-time biochemical-free enrichment or depletion of RNA classes during direct RNA sequencing - Alexandra Sneddon, Australian National University
Detailed Program14:05–15:05
[OM] Cutting Edge Omics Technologies and Analyses
[OM] Cutting Edge Omics Technologies and Analyses
Chairs: Mikael Bodén & Feargal Ryan
15:05–15:30
Interpretable deep learning of single-cell multi-omics uncovers cell-type-specific multimodality gene regulatory programs – Hani Jieun Kim, Children’s Medical Research Institute
Interpretable deep learning of single-cell multi-omics uncovers cell-type-specific multimodality gene regulatory programs – Hani Jieun Kim, Children’s Medical Research Institute
Detailed Program
Spatial metabolomics unleashed: A roadmap for early adoption computational strategies – Saskia Freytag, Walter and Eliza Hall Institute of Medical Research
Spatial metabolomics unleashed: A roadmap for early adoption computational strategies – Saskia Freytag, Walter and Eliza Hall Institute of Medical Research
Detailed Program16:00–16:25
Finding spatially relevant marker genes in image based spatial transcriptomics data – Xinyi Jin, Walter and Eliza Hall Institute of Medical Research
Finding spatially relevant marker genes in image based spatial transcriptomics data – Xinyi Jin, Walter and Eliza Hall Institute of Medical Research
Detailed Program
Tracking single molecules one by one – Yih-Chih Chan, Peter MacCallum Cancer Centre
Tracking single molecules one by one – Yih-Chih Chan, Peter MacCallum Cancer Centre
Detailed Program16:25–16:55
AI and aging – Jackie Han, Peking University, China
AI and aging – Jackie Han, Peking University, China
Detailed ProgramDavid Wood, Amit Kumar, Eva Chan, Nhi Hin, Paul Wang, Monther Alhamdoosh, Tracy Chew
Simon Sadedin (MCRI), Elise Richards (PopGen), Wishva Herath (QLD Health), Natasha Tamasese (PopGen), Michael Hall (Uni Melb), Leah Roberts (QUT)
Chin Wee Tan, Jinjin Chen, Ning Liu, Melissa Davis (WEHI)
Nikeisha Caruana (Uni Melb) and Jessica Mar (UQ)
Farhan Ameen, Ellis Patrick, and Shila Ghazanfar (Sydney Uni)
Marie Trussart (WEHI)
Yuzhou Feng and Anna Trigos (PeterMac)
Matthew Snelson (Monash)
Jonathan Lawley (Griffith University)