Searching journal content for articles similar to Sangermano et al. 28 (1): 100.

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  1. ...Resolving complex duplication variants in autism spectrum disorder using long-read sequencing Jesper Eisfeldt1,2, Edward J. Higginbotham3,4, Felix Lenner5, Jennifer Howe3,4, Bridget A. Fernandez6,7, Anna Lindstrand1,2, Stephen W. Scherer3,4,8 and Lars Feuk5 1Department of Molecular Medicine...
  2. ...better clues for clinicians to evaluate variants’ pathogenicity to rare diseases. Long-read sequencing has previously been shown in diagnostic contexts to find missing disease-causing variants not revealed by short reads, increasing the number of rare coding SVs detected (Merker et al. 2018; Miller et al...
  3. ...activation prediction using the SpliceAI alternate scores integrated into the updated SAI-10k-calc algorithm. Variant location is indicated by the star symbol. SpliceAI alternate scores for cryptic (score ALT 1) and native (score ALT 0) splice sites suggested full usage of the cryptic sites, in agreement...
  4. ...@pennmedicine.upenn.eduAbstractAutism spectrum disorder (ASD) is a highly heterogenous neurodevelopmental disorder with numerous genetic risk factors. Notably, a disproportionate number of risk genes encode transcription regulators including transcription factors and proteins that regulate chromatin. Here, we test the function of nine such ASD...
  5. ..., this work provides a tool to detangle the dynamic network of RNA modifications at the allelic level and highlights the interplay of m6A and genetics in human health and disease.The surge of human sequencing data has revealed billions of genetic variants in the population. Genetic variants contribute...
  6. ...impacts and evolutionary patterns over time remain elusive in humans owing to the technical and ethical complexities of functional studies. Integrating gene age dating with Mendelian disease phenotyping, we reveal a gradual rise in disease gene proportion as gene age increases. Logistic regression...
  7. ...of interest is a GUS, variants that are highly likely to function as LOF alleles (e.g., nonsense, frameshift, variants that disrupt canonical splice sites, deletions) may be flagged as VUS, especially when there is limited to no information about the function of the gene of interest in vertebrate systems. LOF...
  8. ...cell population, enabling a more rapid and robust immune response.Sequencing immune-gene transcripts of individuals within a population reveals allelic diversity and allows comparison between immune responses to pathogenic antagonists, cancer, and autoimmune diseases (Boyd et al. 2010; Rodriguez et al...
  9. ...covering 91% of Cen3B CDR. Sequence alignment revealed that the corresponding syntenic region on Cen3A contained only one copy of this TE family, which was not involved in CDR formation (Fig. 3D). Consistently, this single copy on Cen3A was highly methylated on its CpG sites (93.8%), whereas the two TE...
  10. ..., oviduct shell gland, and spleen, along with matched whole- sequencing data from 307 egg-laying ducks. We map cis-regulatory variants associated with gene expression (eQTL), alternative splicing (sQTL), and 3′ alternative polyadenylation (apaQTL), yielding 14,074, 6267, and 4994 genes with at least one...
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