The introduction of affordable microarray technologies for measuring genome-wide expression profiles has led to the development of numerous methods for discriminating between different classes of a complex disease, such as cancer, through transcriptome analysis [1] [4].
This, in turn, has sparked the development of numerous methods for bioinformatic and statistics-driven interpretation and visualization of immune repertoires.
Each synteny block is stored as a MafBlock instance which stores the underlying alignment into a SiteContainer, a central class of the Bio++ library for which numerous methods and tools are already available [ 7].
The large number of small organic compounds now available for drug-lead screening has led to numerous methods for classifying molecular similarity and diversity, the aim being to restore a balance between the quantity and drug-like quality of compounds in small-molecule libraries.
Although budding currently appears to be the most interesting prognostic variable in CRC, it has often been criticized, because of nonstandardized criteria for evaluation and unclear reproducibility of the numerous methods for tumor-budding measurement.
The inverse of Laplace transform is usually difficult to compute by using the techniques of complex analysis, and there exist numerous numerical methods for its evaluation [23, 24].
For this reason, the recent years have seen numerous methods for matching S-system models to measured biological time series data.
There are numerous methods for tagging animals but attachment methods for tagging released primates in this study were collars, back-packs, and subcutaneous implants.
There already exist numerous methods for learning DAGs from observational data – see for instance the summarizing review in [ 13] and the references therein.
