Monday 4 December

08:30–17:00

COMBINE Student Symposium

COMBINE Student Symposium

Detailed Program

08:30–17:00

Symposium on Bioinformatics Engineering and Industry (SBEI)

Symposium on Bioinformatics Engineering and Industry (SBEI)

Detailed Program

17:00–19:00

Welcome Reception

Welcome Reception

Detailed Program

Tuesday 5 December

08:00–08:45

Registration

Registration

Detailed Program

08:45–08:55

Welcome to Country

Welcome to Country

Detailed Program

08:55–09:00

Opening

Opening

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

Detailed Program

09:00–09:30

Keynote 1:

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 Program

09:30–10:10

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 Program

10:10–10:40

Morning tea

Morning tea

Detailed Program

10:40–11:10

Keynote 2:

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

Detailed Program

11:10–11:40

Keynote 3:

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 Program

11:40–12:20

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

12:20–13:35

12:30–13:25

ABACBS Annual General Meeting

ABACBS Annual General Meeting

Detailed Program

[PE] Phylogenetics and Evolution

[PE] Phylogenetics and Evolution

Chairs: Anna Trigos & Olga Kondrashova

Detailed Program

13:35–14:05

Keynote 4:

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

Detailed Program

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 Program

14:45–15:15

Keynote 5:

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

15:15–15:45

Afternoon tea

Afternoon tea

Detailed Program

[EL] Epigenomics / Long Read Sequencing

[EL] Epigenomics / Long Read Sequencing

Chairs: Carissa Chen & Marina Naval Sanchez

Detailed Program

15:45–16:15

Keynote 6:

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 Program

16:15–16:55

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 Program

16:55–17:10 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 Program

17:10–18:10

Poster Session 1 (Themes: AE, HH, PE, and EL)

Poster Session 1 (Themes: AE, HH, PE, and EL)

Detailed Program

18:10–18:30

Free time

Free time

Detailed Program

18:30–19:00

Pre-dinner drinks

Pre-dinner drinks

Detailed Program

19:00–22:00

Conference dinner

Conference dinner

Detailed Program

Wednesday 6 December

08:00–08:45

Registration

Registration

Detailed Program

[ML] Machine Learning for Discovery

[ML] Machine Learning for Discovery

Chairs: Hani Jieun Kim & Stephanie Portelli

Detailed Program

08:45–09:15

Keynote 7:

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 Program

09:15–10:20

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 Program

10:20–10:50

Morning tea

Morning tea

Detailed Program

10:50–11:20

Keynote 8:

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 Program

11:20–11:30

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

Detailed Program

[BD] Big Data Infrastructure

[BD] Big Data Infrastructure

Chairs: Nikeisha Caruana & Rebecca Johnston

Detailed Program

11:30–12:00

Keynote 9:

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 Program

12:00–12:50

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 Program

12:50–13:05 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 Program

13:05–14:05

13:15–13:50

Career Fair

Career Fair

Detailed Program

14:05–15:05

Poster Session 2 (Themes: ML, BD, and OM)

Poster Session 2 (Themes: ML, BD, and OM)

Detailed Program

[OM] Cutting Edge Omics Technologies and Analyses

[OM] Cutting Edge Omics Technologies and Analyses

Chairs: Mikael Bodén & Feargal Ryan

Detailed Program

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 Program

15:30–16:00

Afternoon tea

Afternoon tea

Detailed Program

16:00–16:25

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 Program

16:25–16:55

Keynote 10:

AI and aging – Jackie Han, Peking University, China

AI and aging – Jackie Han, Peking University, China

Detailed Program

16:55–17:05

Awards and closing

Awards and closing

Detailed Program

Program

W00: Symposium on Bioinformatics Engineering in Industry (SBEI23)

David Wood, Amit Kumar, Eva Chan, Nhi Hin, Paul Wang, Monther Alhamdoosh, Tracy Chew

W01: Clinical Informatics Symposium

Simon Sadedin (MCRI), Elise Richards (PopGen), Wishva Herath (QLD Health), Natasha Tamasese (PopGen), Michael Hall (Uni Melb), Leah Roberts (QUT)

W04: Inclusion, Diversity and Accessibility Workshop

Nikeisha Caruana (Uni Melb) and Jessica Mar (UQ)

W05: Unlocking single cell spatial omics analyses with scdney

Farhan Ameen, Ellis Patrick, and Shila Ghazanfar (Sydney Uni)