1 Next-generation small RNA
sequencing was performed.
2 Whole-genome
sequencing was performed,
and using single nucleotide polymor
3 Population
sequencing was performed at baseline and periodically in viro
4 Clinical exome
sequencing was performed for 278 unrelated infants within the
5 nd factor (VWF) laboratory testing and full-length VWF gene
sequencing was performed for all index cases and healthy cont
6 Research-based exome
sequencing was performed for patients without a previously id
7 Whole-exome
sequencing was performed for the twin pair that had discordan
8 METHODS AND Whole exome
sequencing was performed in 2 cousins in this family using th
9 ents and explore new pathways responsible for toxicity, RNA
sequencing was performed in conjunction with physiological an
10 in families with BD could be associated with disease, exome
sequencing was performed in multigenerational families of the
11 RNA
sequencing was performed in peripheral neutrophils from 3 pat
12 entify novel genetic causes of congenital myopathies, exome
sequencing was performed in three consanguineous families.
13 miRNA
sequencing was performed on 1,362 samples-1,303 primary, 22 r
14 High-throughput
sequencing was performed on 12 different normal cat tissues.
15 Whole-exome sequencing or targeted exon-capture-based
sequencing was performed on 180 tumors.
16 METHODS AND Whole exome
sequencing was performed on 2 cousins with ARVC.
17 Targeted DNA
sequencing was performed on 243 (34.9%) patients.
18 To identify ASE unique to HPV-related tumors, RNA
sequencing was performed on 46 HPV-positive OPSCC and 25 norm
19 Whole exome
sequencing was performed on 62 sIBM patients.
20 Genome
sequencing was performed on 8 affected individuals from 3 fam
21 Whole-genome
sequencing was performed on a subject with micrognathia, clef
22 Whole-genome
sequencing was performed on all isolates, and genomic variati
23 Shallow whole-genome
sequencing was performed on an Illumina platform, followed by
24 Next-generation exome
sequencing was performed on an uncle-niece pair.
25 Whole-genome
sequencing was performed on DNA from patients with idiopathic
26 Whole-exome
sequencing was performed on DNA samples from 17 956 individua
27 Whole-genome
sequencing was performed on human and fish ST283 isolates fro
28 RNA
sequencing was performed on isolated steatotic primary hepato
29 Whole-genome
sequencing was performed on isolates from clinical and food s
30 Whole-genome deep
sequencing was performed on isolates from the Canadian outbre
31 gene regulatory network controlling flowering in tulip, RNA
sequencing was performed on meristem-enriched tissue collecte
32 RNA
sequencing was performed on NP cells with TonEBP knockdown un
33 r Ebola virus (EBOV) mutations conferring resistance, viral
sequencing was performed on RNA extracted from clinical blood
34 Whole genome
sequencing was performed on strains from five different ff.sp
35 Whole-genome
sequencing was performed on study isolates to determine trans
36 Next-generation
sequencing was performed on target enriched sequence librarie
37 RNA deep
sequencing was performed on the same samples in parallel.
38 RNA
sequencing was performed on these cell populations to generat
39 Whole-exome
sequencing was performed on tumor DNA extracted from the arch
40 incurable and clinically heterogeneous disease, whole-exome
sequencing was performed on tumor/normal pairs from a discove
41 le of post-mortem brain of patients with schizophrenia: RNA
sequencing was performed to assess the differential expressio
42 Sanger
sequencing was performed to detect specific founder mutations
43 Whole-exome
sequencing was performed to identify gene variants.
44 Whole-exome
sequencing was performed to identify mutations in esophagus-s
45 Microbiome
sequencing was performed to investigate the influence of micr
46 ariability in transcriptome response to abiotic stress, RNA
sequencing was performed using 14-day-old maize seedlings of
47 Targeted amplicon, next-generation
sequencing was performed using primers that flanked germline
48 RNA
sequencing was performed using TCR-stimulated GC Tfh cells to
49 is, a quantitative metagenomics study based on deep shotgun
sequencing was performed,
using gut microbial DNA from 211 Ch
50 Targeted bisulfite
sequencing was performed with a subset of placentas, cord blo