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Sara N. Richter
Sara N. Richter
Professor, Ph.D.
Professor, Ph.D.
Department of Molecular Medicine,
University of Padua, Italy
Research interests:
Research interests:
-non-canonical nucleic acid secondary structures in human biology and diseases (infective agents, cancer, neurodegenerative diseases)
LAB NEWS
LAB NEWS
- Positions for undergraduate students willing to perform experimental thesis starting in March 2024 are available
- Positions for undergraduate students willing to perform experimental thesis starting in March 2024 are available
- Applications from prospective postgraduate students and highly motivated researchers are welcome at any time and can be submitted by email.
- Applications from prospective postgraduate students and highly motivated researchers are welcome at any time and can be submitted by email.
- Applications from prospective postdoctoral fellow are welcome.
- Applications from prospective postdoctoral fellow are welcome.
WE'VE MADE BREAKTHROUGH ARTICLE IN NUCLEIC ACIDS RESEARCH!
WE'VE MADE BREAKTHROUGH ARTICLE IN NUCLEIC ACIDS RESEARCH!
CONGRATS IRENE AND MANU'!!!!
CONGRATS IRENE AND MANU'!!!!
We show that i-Motifs do exist in live cells, mainly at gene promoters and are associated with increased transcription levels. Check out our latest CUT&Tag data
We show that i-Motifs do exist in live cells, mainly at gene promoters and are associated with increased transcription levels. Check out our latest CUT&Tag data
WELL DONE MATTEOS!
WELL DONE MATTEOS!
For your new high-throughput method to screen thousands of small molecules against a non-modified G-quadruplex, just published in Anal. Chem.
For your new high-throughput method to screen thousands of small molecules against a non-modified G-quadruplex, just published in Anal. Chem.
SUPER WORK SARA L!
SUPER WORK SARA L!
For the just accepted publication in Nat Commun on how G-quadruplexes recruit transcription factors and shape the cell type specific transcriptome!
For the just accepted publication in Nat Commun on how G-quadruplexes recruit transcription factors and shape the cell type specific transcriptome!
FUNDING BODIES
FUNDING BODIES
