… immunoprecipitation (IP)-based sequencing method (named m 6 … cellular metabolic a 6
A-labeled RNAs. During our search, we … , we speculated that m 6 A mRNA targets with a fast …

… In addition to classical RNA techniques, such as 5’/3’ and specific internal labeling as well …
is rapidly developing and improving in reliability, but it has still not reached maturity for routine …

… rapidly evolving field. We focus on high-throughput detection … -based and chemical labeling
sequencing methods have been … a basic site at m 7 G positions, which can be further labeled …

… RNA sequences and to distinguish from RNA sequences with single nucleotide variations.
The development and implementation of electronic biosensors that rapidly … labeling and/or …

… DNA and RNA modifications have important functions, … Existing methods based on short-read
sequencing for the detection of … Nascent RNAs are labeled by pulse labeling using base …

… Depending on the approach, site-, sequence- and cell-specificity can be achieved. DNA and
RNA labeling are rapidly developing fields that bring together multiple areas of research: on …

… Here we develop a computational method, xPore, to identify differential RNA modifications
from nanopore direct RNA sequencing (RNA-seq) data. We evaluate our method on …

… To more detailly evaluate the role of T base in labeling process, we replaced one or two T
bases with A, C, or G base in poly (T 5 ) -tagged DNA sequences. Results showed that in most …

… sequencing-based methods for RNA modification mapping combine both single-nucleotide
resolution and precise quantification, since multiple … at positions (labelled in green and blue) …

… RNA molecule is missing. Here we present m6Anet, a neural-network-based method that
leverages the multiple … handle missing read-level modification labels in site-level training data. …