... Using Whole-ExomeSequencing Soo Min Han 1 , Byungjin Hwang 2 , Tae-gun Park 2 , Do-Il Kim 3 , Moo-Yong Rhee 4 , Byoung- Kwon Lee 5 , Young Keun Ahn 6 , Byung Ryul Cho 7 , Jeongtaek Woo 8 , Seung-Ho ...
... Subjects Six MODY probands and their family members with available blood samples were included for whole-exomesequencing. Five MODY subjects were selected using the following inclusion crite- ria: ...
... Conclusions: Morphological AML subtypes may in part reflect subtype specific patterns of genomic alterations. Following validation, future studies to evaluate the usefulness of these genes in genetic testing for the ...
... Wholeexomesequencing is an attractive alternative to Sanger sequencing as it does not require predesigned specific primer sets for ...of wholeexome se- quencing is expected to ...
... ABSTRACT Male breast cancer (MBC) is rare and accounts for approximately 1% of all breast cancer cases worldwide. Previous studies have suggested that several factors significantly increase the risk of MBC. Prolactinoma ...
... evaluated. Whole-exomesequencing was performed and the effects of the identified muta- tions were assessed using bioinformatics tools, such as PolyPhen-2, SIFT, and in silico ...
... Korea. Furthermore, the specific genetic defect underlying PID has not been identified in Korea, except in X-linked SCID. Early diagnosis of SCID is very important for improvement of the survival rate after stem cell ...
... Diagnosis of the urea cycle disorder (USD) carbamoyl-phosphate synthetase 1 (CPS1) deficiency (CPS1D) based on only the measurements of biochemical intermediary metab- olites is not sufficient to properly exclude other ...
... gov), the 1000 Genomes project database (http://www. 1000genomes.org/), and Exome Variant Server (http://evs. gs.washington.edu/EVS/) were examined. All variants pres- ent in reported myopathy genes were sorted. ...
... Sanger Sequencing, genetic information on various species has been revealed throughout the ...on sequencing animals, plants and microorganisms all over the ...pursuing Whole genome sequencing ...
... the exome, mutations in non-synonymous variants, splice sites, and coding indels can be identified, particularly by focusing on non-synonymous mutations in which changes in amino acids affect protein ...
... Distinct advantages and disadvantages accompany somatic mutation calling when utilizing captured WES or WGS. We found that ~70% of the discrepancies between whole genome and wholeexome ...
... performed whole-exomesequencing in a female newborn hav- ing clinical features of ...Results: Exomesequencing identified a novel missense variant ...Sanger sequencing validated ...
... Discussion Whole-exomesequencing was used to identify a novel PRPS1 mutation in a family with CMTX with peripheral polyneu- ropathy and early-onset sensorineural hearing ...
... next-generation sequencing has made it possible to selectively sequence only the protein-coding exons of the genome, a process termed ‘wholeexomesequencing’ ...
... from exomesequencing and the chromosomal region with high epigenetic modifications, the mutated genes in the region with high histone H3k09 trimethylation displayed enrichment in the G-protein coupled ...
... clinical exome panel. With subsequent targeted panel sequencing with 113 genes associated with infantile nystagmus syndrome, a likely pathogenic allele in CEP290 was detected in one ...
... pathogen whole genome sequencing Yang Hyo-Jin, Choi Hyun-Jung, Chai Hee-Youl, Kang Yeon-Ho* Division of Biosafety Evaluation and Control, KNIH, KCDC In molecular biology, libraries are widely used for ...
... bias, sequencing depth, strand specificity, coverage uni- formity, and read distribution over the genome ...metrics, sequencing depth is importance, because it allows users to determine if current RNA-seq ...