Examples of 'bioinformatic' in a sentence
Meaning of "bioinformatic"
bioinformatic (adjective) - relating to the field of bioinformatics, which involves the application of computer science and information technology to the field of biology, particularly in the analysis of large biological data sets such as DNA sequences
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- Of or pertaining to bioinformatics
How to use "bioinformatic" in a sentence
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bioinformatic
Bioinformatic tools to analyze the structure of proteins.
Proteomics and associated bioinformatic and technological development.
Its bioinformatic software that pulls genetic information.
Capacity for developing bioinformatic applications also exists.
Bioinformatic and biostatistic analyses adapted to each project.
Statistical and bioinformatic advice to researchers.
Bioinformatic analysis data sequencing and prioritization of variants.
European network of bioinformatic nodes.
Appropriate bioinformatic analyses was conducted on expression data.
The database will be a source of information to be mined by bioinformatic methods.
List of bioinformatic tools described in this review.
The project will include a substantial part of bioinformatic analyses.
We used bioinformatic methods to analyze the microarray data.
Application of bioinformatic tools.
A bioinformatic tool to process the results.
See also
These are most commonly used in bioinformatic studies to assemble genomes or transcriptomes.
Bioinformatic means include database searches.
Computational epigenetics uses bioinformatic methods to complement experimental research in epigenetics.
Bioinformatic approaches can be divided into three main categories.
Development of bioinformatic pipelines.
Bioinformatic analysis identified four methyltransferases within the cluster.
The binding data were subjected to bioinformatic data analyses as described above.
Bioinformatic paper last year.
Business opportunities also lie in the development of software bioinformatic interfaces.
Bioinformatic approaches have been used to study these different genes families.
These interactions can be determined by bioinformatic analysis of chromosome conformation capture experiments.
Bioinformatic skills are desirable.
Experimental data are complemented with bioinformatic analyses and published online in a database.
Bioinformatic analysis revealed a large number of putative transport systems in this database.
An analysis technique that combines bioinformatic and statistical methods has been used.
Use of bioinformatic tools for the identification and utilisation of metabolic pathways.
The identities of the proteins were revealed by database analysis using bioinformatic tools.
The bioinformatic identification of consortia above can be used to assemble a synthetic consortium.
Opportunities are also available for bioinformatic technologies that expedite research and development.
A bioinformatic search is still underway to determine its functional and evolutionary significance.
The predicted secondary structures of the human protein were assessed by multiple bioinformatic tools.
Several bioinformatic and experimental steps were employed to distinguish among these possibilities.
Recent discoveries of ncRNAs have been achieved through both experimental and bioinformatic methods.
Bioinformatic tools were developed for the identification and assembly of viral sequences.
A gene encoding a subunit of a restriction endonuclease was the only bioinformatic hit in the targeted region.
Bioinformatic tools will be used to analyze results from collected samples and data.
Design tools and protocols for the bioinformatic analysis of different types of experimental data autonomously.
Bioinformatic analysis of the datasets identifies antibodies associated with secretion at different bodily locations.
In this case the assembly will require more bioinformatic work and consequently a higher cost.
Automated bioinformatic processes for rapid sequence analysis have been developed to ensure data reliability.
They also identified a number of breast cancer prognostic biomarkers following bioinformatic analysis of gene expression.
Several laboratory and bioinformatic techniques can be used to identify and characterize sRNA transcripts.
Upstream of this research on the genus Lavandula different bioinformatic tools have been developed.
Scanning of these regions with bioinformatic tools revealed possible open reading frames and gene sequences.
The library was then subjected for Illumina deep sequencing and bioinformatic analysis.
