While some DNA base modifications such as 5-methylcytosine have been known and studied for decades, recent discoveries of a number of other modified bases have stimulated research to understand their origin and function. Chemistry-based methods for their detection and analysis have proven to be important for advancing the field. Here, we feature a selection of methods that have helped advance the field, along with some key advances in the understanding of how the chemistry of modified bases affects biological functions. We also discuss fundamental questions in the field that remain unanswered.Swiss National Science Foundation EU H2020 Framework Programm
We summarize a wide range of methods designed to detect a variety of DNA modifications either qualit...
Methylation of cytosine bases (5-methylcytosine, 5mC) occurring in vertebrate genomes is usually ass...
Synthetic chemistry of base-modified DNA has provided a powerful tool for studying DNA-related subje...
The four canonical bases that make up genomic DNA are subject to a variety of chemical modifications...
Chemically modified bases exist naturally in genomic DNA. Research into these bases has been invigor...
Chemical modifications to DNA are ubiquitous in nature, with roles ranging from bacterial warfare to...
To decode the function and molecular recognition of several recently discovered cytosine derivatives...
α-Hemolysin (αHL) is a biological nanopore, which is currently under investigation for implementatio...
dissertationMass spectrometry has been applied to two types of problems relating to the occurrence o...
Abstract Covalent DNA modifications, such as 5-methylcytosine (5mC), are increasingly the focus of n...
DNA base modifications and mutations are observed in all genomes throughout the kingdoms of life. Pr...
DNA methylation is a chemical modification of the bases in genomes. This modification, most frequent...
Methylation of cytosine bases (5-methylcytosine, 5mC) occurring in vertebrate genomes is usually ass...
Abstract DNA methylation is a chemical modification of the bases in genomes. This modification, most...
High resolution melting (HRM) can detect and quantify the presence of 5-methylcytosine (5mC) in DNA ...
We summarize a wide range of methods designed to detect a variety of DNA modifications either qualit...
Methylation of cytosine bases (5-methylcytosine, 5mC) occurring in vertebrate genomes is usually ass...
Synthetic chemistry of base-modified DNA has provided a powerful tool for studying DNA-related subje...
The four canonical bases that make up genomic DNA are subject to a variety of chemical modifications...
Chemically modified bases exist naturally in genomic DNA. Research into these bases has been invigor...
Chemical modifications to DNA are ubiquitous in nature, with roles ranging from bacterial warfare to...
To decode the function and molecular recognition of several recently discovered cytosine derivatives...
α-Hemolysin (αHL) is a biological nanopore, which is currently under investigation for implementatio...
dissertationMass spectrometry has been applied to two types of problems relating to the occurrence o...
Abstract Covalent DNA modifications, such as 5-methylcytosine (5mC), are increasingly the focus of n...
DNA base modifications and mutations are observed in all genomes throughout the kingdoms of life. Pr...
DNA methylation is a chemical modification of the bases in genomes. This modification, most frequent...
Methylation of cytosine bases (5-methylcytosine, 5mC) occurring in vertebrate genomes is usually ass...
Abstract DNA methylation is a chemical modification of the bases in genomes. This modification, most...
High resolution melting (HRM) can detect and quantify the presence of 5-methylcytosine (5mC) in DNA ...
We summarize a wide range of methods designed to detect a variety of DNA modifications either qualit...
Methylation of cytosine bases (5-methylcytosine, 5mC) occurring in vertebrate genomes is usually ass...
Synthetic chemistry of base-modified DNA has provided a powerful tool for studying DNA-related subje...