Dahlem Colloquia in Molecular Genetics

Ort: online

Stirling Churchman: From the nucleus to mitochondria: The global orchestration of gene expression

Dahlem Colloquium

Cedric Feschotte: Transposable elements as catalysts of regulatory evolution

Dahlem Colloquium

Andrea Pauli: Fundamental principles during the egg-to-embryo transition

Dahlem Colloquium

Samantha Morris: New genomic technologies to dissect reprogramming and development

Dahlem Colloquium

Nuria Lopez-Bigas: Computational analysis of cancer genomes

Dahlem Colloquium
Nuria's lab has made important contributions to our understanding of changes that occur in cancer genomes. [mehr]

Emma Lundberg: Spatiotemporal dissection of the human proteome

Dahlem Colloquium

Paola Picotti: Proteomes in 3D

Julia Mahamid: Molecular views into cellular functions by in-cell cryo-electron tomography

Myriam Hemberger: The significance of the placenta for development and lifelong health

Once a PhD student at our institute herself, Myriam has pursued her interest in the development of the placenta. Her group focuses on establishing new cellular models, such as trophoblast stem cells and organoid models, to improve our understanding of the early stages of placental development and to study how defects in the placenta affect embryo development. [mehr]

Mitchell Guttman: How IncRNAs Shape Nuclear Structure to Control Gene Expression

Mitchell Guttman is a Group Leader at the California Institute of Technology (Guttman Lab, lncRNA Biology, Pasadena, CA91125). [mehr]

Anne Grapin Botton: Pancreas organoids: a window into development and disease

To attend the virtual lecture, please send us an email to the address above. You will receive a link on how to join timely before the lecture. [mehr]

Steven Henikoff: Genome-wide mapping of protein-DNA interaction dynamics

To attend the virtual lecture, please send us an email to the address above. You will receive a link on how to join timely before the lecture. [mehr]

Thomas Graf: From orchids to cell fate

Thomas has had an exceptionally prolific and diverse career, making fundamental discoveries on human leukemia viruses, co-discovering the first human oncogenes, and revealing molecular regulatory mechanisms of cellular differentiation ad reprogramming. [mehr]
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