Highlighted Webinar
Discover our most watched webinar and learn groundbreaking insights studying DNA repair from Prof. Ben Van Houten
Single-molecule analysis of cancer DNA-protein interactions from nuclear extracts
Prof. Ben Van Houten has more than 30 years’ experience leading research in DNA repair and its relationship to diseases
On-demand Webinars
Uncover a range of on-demand webinars delivered by our application scientists or invited speakers on a wide range of topics.
FANCD2-FANCI surveys DNA and recognizes double- to single-stranded junctions
Advance your understanding of fanconi anemia related DNA repair mechanisms and their role in cancer treatment. Explore dynamic single-molecule analysis with the LUMICKS C-Trap instrument in this insightful webcast.
Studying DNA and chromatin replication using integrated force-fluorescence microscopy
Understand how Dynamic Single-Molecule (DSM) microscopy is utilized to observe DNA replication complexes in real-time. Join Prof. Nynke Dekker and learn how nucleosomes and other DNA structures influence molecular interactions during DNA replication.
Decoding the onset of Amyotrophic Lateral Sclerosis (ALS): Liquid-liquid phase transition of Intrinsically Disordered Proteins
Prof. Banerjee uncovers the role of biomolecular condensation in the context of neurodegenerative diseases
A Deep Dive into Nucleotide Excision Repair (NER) and its Crucial Role in Alkyl-DNA Lesion Repair and Cancer Prevention
Prof. Tessmer uncovered an unknown protein recruitment mechanism in nucleotide excision repair (NER)
Single-molecule analysis of variants of the cytoskeletal motor protein KIF1A and their impact on neuronal transport processes and development: A C-Trap Edge study
Prof. Gennerich’s work focuses on molecular mechanisms of cellular transport and its role in health and disease
Insights into Bacterial DNA Condensation and chromosome organization
Prof. Moreno-Herrero’s research sheds new light on chromatin organization mechanisms in bacteria
Unlocking the Power of Cas12a: Novel Insights into Engineered Endonucleases for Safe and Precise next generation Genome Editing
Prof. Montoya investigates molecular mechanisms of CRISPR/Cas-DNA interactions to improve gene editing tools
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