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Doctor Adelheid Kratzer

Charite University Hospital, Berlin (Germany)

Member of:

European Society of Cardiology

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);

Non-coding RNA transcriptome analysis of circulating human monocytes reveals subpopulation-enriched transcripts and selective isoforms differentially expressed during acute myocardial infarction

Event: ESC CONGRESS 2020 - The Digital Experience

Topic: Leukocytes, Inflammation, Immunity

Session: Advances in non-Coding RNA Research

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Whole transcriptome sequencing to define monocyte subpopulation-specific lncRNA profiles in acute myocardial infarction patients and healthy controls

Event: ESC CONGRESS 2019

Topic: Leukocytes, Inflammation, Immunity

Session: Non-coding RNAs

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Human non-coding RNA as novel, elementary, characterization elements of monocyte subpopulations display variable signatures in health and coronary artery disease

Event: ESC Congress 2018

Topic: Genetics, Epigenetics, ncRNA

Session: Molecular mechanisms of vascular inflammations

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Next-generation-sequencing reveals diverse inflammasome components within monocyte subpopulations: differential activation in healthy subjects and patients with acute coronary syndrome.

Event: ESC CONGRESS 2017

Topic: Inflammation, growth factors and signal transduction-vascular

Session: Inflammation and grown factors

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Activation of different inflammasomes in human monocyte subpopulations in coronary artery disease as revealed by NGS: feasibility of specific inhibition

Event: ESC CONGRESS 2016

Topic: Inflammation, growth factors and signal transduction-vascular

Session: The multiple cellular facets of atherosclerosis II

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