Multi-omics in cardiovascular disease
Projects
performed one of the largest eQTL studies to date in the human heart (Heinig Genome Biology 2017)
teamed up with the seed network for the human cell atlas to build the first reference cell atlas of the human heart (Litvinukova Nature 2020) - code
- studied the effect of rare pathogenic variants on cardiac celltype composition and expression programs in patients with dilated cardiomyopathy (Reichart Science 2022) - code
- teamed up with the single cell eQTLgen consortium to outline a strategy to identify cell type specific eQTL (van der Wijst Elife 2020)
- developed scPower: the first scalabel and generally applicable power analysis tool for multi-sample single cell transcriptomics experiments such as eQTL (Schmid Nature Communications 2021) - code
developed computational approaches to personalize co-expression networks (Li Genome Biology 2023 - in press)
Corinna
Korbinian
Bhavisha
performed one of the largest eQTL studies to date in the human heart (Heinig Genome Biology 2017)
teamed up with the seed network for the human cell atlas to build the first reference cell atlas of the human heart (Litvinukova Nature 2020) - code
- studied the effect of rare pathogenic variants on cardiac celltype composition and expression programs in patients with dilated cardiomyopathy (Reichart Science 2022) - code
- teamed up with the single cell eQTLgen consortium to outline a strategy to identify cell type specific eQTL (van der Wijst Elife 2020)
- developed scPower: the first scalabel and generally applicable power analysis tool for multi-sample single cell transcriptomics experiments such as eQTL (Schmid Nature Communications 2021) - code
developed computational approaches to personalize co-expression networks (Li Genome Biology 2023 - in press)
Corinna
Korbinian
Bhavisha