Searching journal content for articles similar to Inada et al. 13 (9): 2030.

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  1. ...2021). In spite of this, comparative genomics analyses indicate 64 that short discrete non-coding regions of the display a high degree of sequence 65 conservation across hundreds of million years of evolution (Elgar 2009; Vavouri and Lehner 66 2009; Nelson and Wardle 2013; Polychronopoulos et al. 2017...
  2. ...1 Title 1 Single-nucleus multiomic profiling of the aging mouse substantia nigra reveals 2 conserved gene alterations linked to Parkinson’s disease 3 Running title: Substantia nigra aging linked to Parkinson 4 Kangli Wang1, Weikun Xia1, Yingli Gu1, Songpeng Zu1, Qian Yang2, Maria Luisa Amaral1...
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  3. ...the shortest species-specific nucleotide sequences offers insights into species evolution and holds potential practical applications in agriculture, wildlife conservation, and healthcare. We propose a new method for sequence analysis termed nucleic “quasi-primes,” the shortest occurring sequences in each of 45...
  4. ...alignment pipeline to identify conserved noncoding sequences (CNSs) in the Andropogoneae tribe (multiple crop species descended from a common ancestor ∼18 million years ago). The Andropogoneae share similar physiology while being tremendously genomically diverse, harboring a broad range of ploidy levels...
  5. ..., USA ↵3 These authors contributed equally to this work. Corresponding author: mxs2589@psu.eduAbstractA tandem repeat is a sequence of nucleotides that appear as multiple contiguous, near-identical copies arranged consecutively. Tandem repeats are widespread across natural s, play critical roles...
  6. ...RNAs, their cellular roles remain poorly characterized. Although lncRNAs generally have poor evolutionary conservation at the nucleotide level, short sequences of lncRNAs have been retained, which was attributed to their potential roles in folding and secondary structure formation (Pegueroles and Gabaldón 2016...
  7. ...sequences. Zielezinski et al. (2017) demonstrated the effectiveness of alignment-free, k-mer-based methods for uncovering conserved genomic motifs and analyzing sequence similarity, whereas Fan et al. (2015) explored k-mers in comparative genomics, showing how they can approximate phylogenetic relationships...
  8. ...multicellular development. Here, we investigated Class I RNA evolution and its connection to multicellular development. We identified a large number of new Class I RNA genes by constructing a covariance model combined with a scoring system based on conserved upstream sequences. Multiple genes were predicted...
  9. ...-specific sequence features. We explored their conserved regulatory role across dicot and monocot plants, viruses, and humans.ResultsML enables cross-species TIS predictions in plantsTo comprehensively and precisely build models that predict TISs in plant mRNAs, we used tomato ribosome profiling data sets...
  10. ...against the nonredundant protein database using BLASTP (Altschul et al. 1990). Next, we searched these same predicted protein sequences against the conserved domain database (CDD) to identify putative protein domains in our novel genes (Lu et al. 2020). Finally, we compared the sequences of our ORFs...
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