The BRAF - resistant melanoma models available from Horizon have been highly characterized, including comprehensive patient histories,
sequencing analysis data, and protein expression data.
Not exact matches
Their website says, «Simplify complex
sequencing data and make impactful discoveries using the most advanced genetic
analysis tools and applications.»
By increasing the speed and accuracy for NGS
data analysis like whole genome
sequencing (WGS), our computing platform makes it easier to discover links between DNA
sequence variations and human disease.»
The collection of that
data — the genetic
sequences of 160,000 citizens, along with their medical and genealogical records — was made possible by the Icelandic government, and the storage and
analysis of that
data was overseen by deCode, a Reykjavík - based human genetics outfit that, since its founding in 1996, had struggled to stay afloat financially.
In contrast,
analysis of
sequence data from early in the outbreak indicated rapid mutation.
The new
analysis, based on
data assembled primarily by graduate student Yan - Jie Feng at Sun Yat - Sen University in Guangzhou, China, focused on the
sequences of 95 genes located on chromosomes in the nucleus and how they changed over time.
RAPiD Genomics is a genotyping and
data analysis company specializing in flexible, innovative genomic solutions via next - generation
sequencing.
The new platform processes hundreds to tens of thousands of cells per day, providing scalable, sensitive, single - cell
sequencing with simple yet powerful
data analysis.
Professor Ed Feil, joint lead author from the Milner Centre for Evolution, at the University of Bath, said: «We've developed user - friendly
analysis software that demonstrates how whole genome
sequence data can be a powerful tool for pan-European surveillance of MRSA and other important pathogens.
While ChIP
sequencing has made it possible to produce enormous amounts of
data very fast, the
analysis of these
data has — until now — been a tedious process.
Co-first author Alice Eunjung Lee, PhD, from the lab of Peter Park, PhD, at the Center for Biomedical Informatics at Harvard Medical School, developed the study's retrotransposon
analysis tool, which detects somatic retrotransposon mutations in single - cell
sequencing data.
Computational genomics includes: bio-
sequence analysis, gene expression
data analysis, phylogenetic
analysis, and more specifically pattern recognition and
analysis problems such as gene finding, motif finding, gene function prediction, fusion of
sequence and expression information, and evolutionary models.
A phylogenetic hypothesis for passerine birds: Taxonomic and biogeographic implications of an
analysis of nuclear DNA
sequence data
«Exposure to lab environments helps computational biologists have a more intuitive understanding of the
data and an easier time planning
sequencing experiments; lab scientists familiar with
data analysis approaches can provide important insights while interpreting results.»
Added Robert Fulton, director of technology development at Washington University's McDonnell Genome Institute, which contributed to the
sequencing and
analysis of the
data: «This research is a great example of the value of comprehensive genomic
analyses and the insights that can be gained from thorough, well - designed studies.
HM - SNS allows researchers to
sequence the genomes of single tumor cells and study multiple cells simultaneously, both lowering the cost and boosting
data analysis for such studies.
Using technologies like whole genome or whole exome (the protein - coding portion of the genome)
sequencing requires specialized equipment and advanced
data analysis and is still relatively expensive.
In a similar case with a 12 - year - old whose exome was
sequenced without any family
data, Phevor built on the
analysis of VAAST to identify a gene mutation causing the illness, another autoimmune syndrome.
To this purpose, GenProfile utilizes a powerful technology platform, which involves proprietary high - throughput technologies for gene
sequence comparison (e.g., multiplex
sequence comparison), genotyping (MALDI - TOF minisequencing), unique approaches to
data analysis and interpretation, as well as a large network of clinical collaborators.
«Further
analyses on Ion PGMT» — the company's flagship
sequencing machine — «will confirm [the]
data,» the press release promised.
Professor Jean - Claude Dujardin from ITM points out: «It took us more than five years to collect an unprecedented
sequencing data set from clinical isolates in the Indian sub-continent and publish a first
analysis last year.
This achievement marks the first big test of a new
analysis method that can speed up genome assembly by compressing the raw
sequence data 100-fold.
The vast amount of
data generated through large - scale DNA
sequencing required supercomputing resources for
analysis.
Together, all five RMs serve as a collection of well - characterized, whole genome standards that can tell a laboratory how well its DNA
sequencing processes are working by measuring the performance of the equipment, chemistry and
data analysis involved.
The team then performed comprehensive RNA
sequencing on the blood samples followed by computational
data analyses to determine what genes and cells were activated and driving these allergic reactions.
Analysis of genomic, epigenetic, and RNA
sequencing data revealed that the combinations of mutations that lowered the levels of functioning BRCA1 and BRCA2 RNA — genes that produce the breast cancer tumor suppressor proteins — were associated with significantly better survival outcomes.
The bioinformatics tools comprise a series of scripts for quality control
analysis and biological
analysis of the resultant
sequencing data.
This HDG genome represented the most complete de novo genome assembly to date, and with other omics
data resources available from this individual, the work can be used as a benchmark for developing new
sequencing and assembly techniques, and for functional studies involving RNA or protein
analysis.
High throughput genome
sequencing and quantitative image
analysis provide evolution, metabolic, and interaction
data to build community metabolome maps, taxa / gene networks, and spatial ecosystem models.
Analysis of the DNA and encoded amino acid
sequences of A14 and B9 revealed that the first two are clonal variants which aligned most closely to the germ line denoted VHH Vg (T Verrips, unpublished
data) and that the
sequence of B21 is highly divergent from both and also aligns to a different germ line V gene
sequence Vu.
Using sophisticated statistical
analysis of the massive «DNA deep
sequencing»
data enabled the team to trace the evolutionary forces that shaped these natural Synechococcus populations.
Analysis was performed on
sequence data from 16,434 previously identified 1 kb - long loci26.
Bootscanning
analysis was initially performed with all 95 unique, fully -
sequenced adenovirus genomes in GenBank (
data not shown).
ANGSD:
Analysis of Next Generation
Sequencing Data.
ngsTools: methods for population genetics
analyses from next - generation
sequencing data.
This interface enables the
analysis of PiMS
data in light of other datasets, such as protein
sequence and structural information, and enables a future vision of tools which track the provenance of published biomedical results to the datasets and samples involved in the research project.
Our bioinformatics team is developing ways to solve the unique
data analysis challenges created by high throughput
sequencing of environmental samples and biological collections.
The most significant of these was the HiSeq X Ten, a 10 - instrument «factory installation» that enabled the most cost - effective human whole genome
sequencing to date: 18,000 genomes per year at a consumables cost of just over $ 1,000 each (note: this does not include the costs of
data storage,
analysis, or the $ 10 million buy - in).
James Giovannoni generated the gene expression
data through RNA -
sequencing and Lukas Mueller provided additional
analysis to confirm the quality of the genome assembly.
Explore one of the world's largest repositories of next - generation
sequencing data and
analysis tools for pediatric cancer.
Bioinformatics services include
data QC, outlier detection and general
data management, and
data analysis from platforms including Illumina or Affymetrix microarrays, RNA - Seq, SNP arrays, Exome -
sequencing, ChIP - chips and CHIP - seq.
ANGSD:
Analysis of Next Generation
Sequencing Data Korneliussen, T. S., A. Albrechtsen, and R. Nielsen.
Based at the Wellcome Trust Sanger Institute, Magnus works on the scientific
analysis of high - throughput genome
sequencing data for MalariaGEN, primarily on pathogen projects.
We use the low overall false positive rate among Kepler multis, together with
analysis of Kepler spacecraft and ground - based
data, to validate the closely - packed Kepler - 33 planetary system, which orbits a star that has evolved somewhat off of the main
sequence.
The
sequence data used in this
analysis were generated by the Wellcome Trust Sanger Institute and contributed to the MalariaGEN P. falciparum Community Project by several independent research groups, including the Tracking Resistance to Artemisinin Collaboration.
Ultimately, I landed a job in the Medical Genomics Group, charged with the
analysis of
sequencing data from our high - throughput pipelines.
Interactions are derived by re-analyzing high - and low - throughput experimental
data, by mining biological databases and literature, and by genomic context
analysis of 373 fully
sequenced genomes.
Title:
Analysis Methods for Nanopore
Sequencing Data Abstract: Over the last four years nanopore - based sequencing instruments have become widely
Sequencing Data Abstract: Over the last four years nanopore - based
sequencing instruments have become widely
sequencing instruments have become widely available.
Ebba is a Master student from the «X-program» (Engineer program in Molecular Biotechnology) from Uppsala University, and she will work on building efficient bioinformatics pipelines for efficient
analyses of large amounts of next - generation
sequencing data.
The computational biology graduate students will mine
sequence and image
data using existing tools, but will also develop novel source as part of the
analyses.