This method was developed to cope with variability of production batch quality.
This method was developed to allow untrained personnel to identify of possible risks and rank them according to their importance.
This method was developed to maximise Fatty Acid Methyl Ester (FAME) yield and five decision variables were considered.
This method was developed to avoid highly conservative assumptions about soil properties in geotechnical design when faced with unavoidable uncertainties of natural ground conditions.
This method was developed to avoid co-deposition of organic and inorganic species.
This method was developed to be used with anaerobic and paediatric blood culture media.
This method was developed to examine the entire dataset, taking into account the differences in absolute mRNA quantitation which often occur between array platforms.
Originally, this method was developed to cluster short sequences representing the same genomic region of a reference genome but mapping to a different position due to sequencing errors.
Although this method was developed to control by size, our functions allow the user to control for variables other than size.
