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Doctor Adelheid Kratzer

German Heart Institute Berlin, Berlin (Germany)
Membership: ESC Professional Member
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Biography
Specialities: Basic Science in Cardiovascular and Pulmonary Diseases; monocyte/macrophage and endothelial cell biology; inflammasome activation and regulation; regulatory mechanisms of inflammation activation and resolution; impact of long and short non-coding RNA (lncRNA and microRNA) on inflammatory mechanism; NGS, RAP-MS, Nanopore-Seq; monocyte/endothelial interaction; endothelial cell biology; methylation profile of ccfDNA; transcription factor (e.g. LXR, FXR), adenosine and purinergic receptor signalling; Lipid metabolism in Cardiovascular diseases(HDL and LDL, TG);
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Contributor content

Blood circulating proteins display sex specific differences after acute myocardial infarction
Presentation
Blood circulating proteins display sex specific differences after acute myocardial infarction
Methylome of circulating cell free DNA as a novel biomarker tool: from acute coronary syndrome to broader risk stratification of cardiovascular disease
Presentation
Methylome of circulating cell free DNA as a novel biomarker tool: from acute coronary syndrome to broader risk stratification of cardiovascular disease
Non-coding RNA transcriptome analysis of circulating human monocytes reveals subpopulation-enriched transcripts and selective isoforms differentially expressed during acute myocardial infarction
Presentation
Non-coding RNA transcriptome analysis of circulating human monocytes reveals subpopulation-enriched transcripts and selective isoforms differentially expressed during acute myocardial infarction
Whole transcriptome sequencing to define monocyte subpopulation-specific lncRNA profiles in acute myocardial infarction patients and healthy controls
Presentation
Whole transcriptome sequencing to define monocyte subpopulation-specific lncRNA profiles in acute myocardial infarction patients and healthy controls
Human non-coding RNA as novel, elementary, characterization elements of monocyte subpopulations display variable signatures in health and coronary artery disease
Presentation
Human non-coding RNA as novel, elementary, characterization elements of monocyte subpopulations display variable signatures in health and coronary artery disease
Next-generation-sequencing reveals diverse inflammasome components within monocyte subpopulations: differential activation in healthy subjects and patients with acute coronary syndrome.
Presentation
Next-generation-sequencing reveals diverse inflammasome components within monocyte subpopulations: differential activation in healthy subjects and patients with acute coronary syndrome.
Activation of different inflammasomes in human monocyte subpopulations in coronary artery disease as revealed by NGS: feasibility of specific inhibition
Presentation
Activation of different inflammasomes in human monocyte subpopulations in coronary artery disease as revealed by NGS: feasibility of specific inhibition

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