
Explore large-scale inference of ancestral recombination graphs and its application in genealogy-based association of complex traits, advancing genomic research and population genetics.

Explore quantitative models of genetic variation in cis-regulation, focusing on haplotype-aware modeling and regulatory effect size quantification in eQTL data.

Explore molecular intermediates between genotype and phenotype, focusing on transcription factor binding, Mendelian randomization, and causal network discovery in genomics research.

Explore GWAS mechanisms through Transcriptome-Wide Association Studies. Learn to identify genetic determinants of chromatin and quantify genetic effects on disease mediated by gene expression levels.

Explore methods for detecting microbial evolution in the gut, examining strain diversity, biogeography, and rapid adaptation. Gain insights into population genetics and its impact on microbiome ecology.

Explore clonal hematopoiesis, DNA methylation's role in aging and disease. Analyze CHIP mutations, epigenome-wide association studies, and their impact on cell fate and disease risk.

Explore the genetic foundations of depression, examining recent research findings and their implications for understanding this complex mental health disorder.

Explore genealogical ancestry in admixed populations through a mechanistic model. Gain insights into African American history and the impact of the Trans-Atlantic Slave Trade on genetic heritage.

Explore the potential and limitations of embryo screening using polygenic scores for multiple traits. Analyze ethical considerations and scientific challenges in this emerging field of reproductive genetics.

Explore haplotype phasing methods and accuracy with Professor Brian Browning. Learn about fast two-stage phasing, integrative estimation, and genotype error impacts on trio-based accuracy.

Explore the integration of monogenic and common variants in human disease, focusing on complex traits, congenital heart defects, and the challenges of phenotyping rare diseases.

Explore distance-based phylogenetics' evolution, from theoretical foundations to cutting-edge applications in ecological sample identification and deep learning for phylogenetic placement.

Explore recent advancements in petabase-scale genomics, focusing on efficient whole-genome assembly techniques and large-scale sequence alignment for viral discovery.

Explore Sardinia's unique genetic history and its impact on complex trait variation, uncovering insights into population dynamics, selection, and disease risk.

Explore cutting-edge genomics research and its future implications with insights from Rayan Chikhi at the Computational Genomics Summer Institute.

Explore computational biomedicine, focusing on epigenetics, liquid biopsy, and alternative polyadenylation therapy. Gain insights into cutting-edge research and applications in genomics and cancer detection.

Explore the design, construction, and application of draft pangenomes in genomics. Learn about structural variations, gene expression impacts, and efficient genotyping techniques using cutting-edge pangenome approaches.

Explore mutagenic processes and mutational signatures in cancer genomics. Uncover DNA repair contributions, influence networks, and novel approaches to understanding cancer mutational landscapes.

Explore realistic chromosome-scale simulations for population genomics using advanced tools and techniques. Learn to generate accurate models for genetic studies and research.

Explore BART, a powerful method for predicting transcriptional regulators in functional genomics. Learn its applications, underlying algorithms, and impact on gene regulation research.

Explore SwabSeq, a sequencing-based method for detecting pathogens like SARS-CoV-2. Learn about its high-throughput capabilities, lean principles for quality improvement, and applications in COVID-19 testing.