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  1. ...CNA-driven esophageal adenocarcinomas (EACs), rare SNV-driven granulosa cell tumors, and ovarian carcinoma (OVCA) with different subtypes (The Cancer Genome Atlas Research Network 2011, 2017; Nones et al. 2014; Frankell et al. 2019; Roze et al. 2020; Smith et al. 2023).ResultsMultimodal -wide cf...
  2. ...al. 2012) when the assumptions are not satisfied (Sampson and Zhao 2009).In the context of imputation outsourcing, the imputation server (which are sometimes referred to as the “processors”) and the data owners/controllers (query and reference data owners) must make sure to take precautions...
  3. ...Whole Genome Mapping System and processed using Genome-Builder (OpGen) as described in the Supplemental Methods. A data summary is shown in Supplemental Table S2. Quality controls, including alignment to previously sequenced E. lutescens genes, and GC and repeat content are summarized...
  4. ...as subnetworks and added novel components to known edges. Finally, the network reconciled individual subnetworks in a topology joined at the whole-genome level and provided a general framework that can instruct future studies on plant metabolism and stress responses. The network model is included. Footnotes...
  5. ..., and Rat Whole-Genome Multiple Alignment We aligned the human (April 2003), mouse (February 2003), and rat (June 2003) s using MAVID. A homology map for the s was built by C. Dewey (in prep.), and was used to generate gene anchors and constraints. Figure 3 summarizes the exon coverage of the alignment...
  6. ..., labeling, and positioning annotations, and specifiying the annotation’s shape and color. The API also includes methods for manipulating the entire map, such as scaling and scrolling. We envision three distinct levels of reuse for the BioViews software: the whole Genome browser, the BioViews components...
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