Searching journal content for articles similar to Kawaji et al. 12 (3): 367.

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  1. ...form a valuable tool in the analysis of DNA motifs. So far, studies exploring tDNA composition approached the tDNA as the perfect palindrome or worked on the averaged global alignment of IS sequences. We propose that the shown variability of target site sequences should be considered to understand...
  2. ...but will be in forthcoming gapless long-read references. Repeat motif size can be a single nucleotide to kilobases/unit. At a given locus, repeat motif sequence purity can vary with consequence. Pathogenic repeats can be “insertions” within nonpathogenic TRs. Expansions, contractions, and somatic length variations of TRs...
  3. ...), protein-coding synthetic genes or full-length ORFs were cloned into pETG20A-SBP to create an E. coli expression vector that allows the RBP or RBD cDNAs to be fused N-terminally to thioredoxin+6XHis and C-terminally to SBP-tags. Fusion proteins were then expressed in the Rosetta P3 DE LysS E. coli strain...
  4. ...) inclusion of seven full-length stranded cDNA libraries derived from three time points (0 h, 24 h, and 48 h post infection) (Tandel et al. 2019), covering ∼90% of the protein-coding genes in C. parvum; and (2) by using synteny information to construct a consistent annotation between three different closely...
  5. ...that the positive role of Dhh1 in viral RNA translation is linked to specific RNA folding regulations that may be extended to a specific set of cellular mRNAs. By combining viral studies in the BMV/yeast system with high-throughput RNA-seq, ribosome profiling and CRAC (UV crosslinking and analysis of cDNA) of host...
  6. ...networks remains to be seen.Previous work cloning and sequencing DNA from RELA ChIP led to the conclusion that ∼11% of NF-kB-bound regions contain an Alu-derived NF-kB motif (Antonaki et al. 2011). However, the extent to which specific subfamilies of repetitive elements contribute to NF-kB binding in human...
  7. ...regions, influenced by the unique tertiary structures of these regions, thereby affecting the sequencing output. In contrast, linear regression analysis was not applicable to data obtained from the oligo(dT)-based protocol. This method uses a poly(T) primer to initiate cDNA synthesis, focusing almost...
  8. ...′ poly(A) tails of mRNAs were carried out by incubating each mRNA sample for 10 min at room temperature, using a T4 DNA ligase (New England Biolabs). Reverse transcription was performed in a 40 µL reaction volume on a Veriti 96-well fast thermal cycler (Applied Biosystems). The produced cDNA sample...
  9. ..., including the size profile and end motif distributions. The contribution of nucleases was explored using the cleavage profile end motif patterns, and protein quantification of DNASE1L3 in plasma. A machine learning model was trained using fragmentomic features to predict cfDNA concentration. We further...
  10. ...(ONT) direct cDNA (Sertkaya et al. 2021) approaches have both been used to demonstrate improvements to lentiviral vectors (LVs), and sequencing has also been applied to other nucleic acid-based therapeutics, such as mRNA vaccines (Gunter et al. 2023). However, there is currently no clear consensus...
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