Since the development of qPCR, several statistical programs were developed to identify optimal reference genes.
With the development of high-throughput sequencing, several R packages were developed to identify DEGs for RNA-seq data.
New tools were developed to identify and analyze damage to the heat tiles, and senior managers began to make sure that dissenting voices could be heard.
Following this, detailed FE models were developed to identify the trends associated with altering joint parameters.
Local residential maps were developed to identify area boundaries and household distribution, and all households then given unique numbers.
Three models were developed to identify the state of the leak using Naïve Bayes (NB), Deep Learning (DL), and Decision Tree (DT) Algorithms.
GIS-based mapping procedures were developed to identify sediment sources that could be reactivated to replenish bedload (Liébault et al., 2008).
Rules of design were developed to identify the residues of the antibody to which a fluorophore could be chemically coupled, after changing them to cysteine by mutagenesis.
Three rules of design were developed to identify residues of the antibody to which a fluorophore could be chemically coupled, after changing them to cysteine by mutagenesis.
Therefore, multiple strategies including elongation, truncation, mutagenesis or chemical modifications of chemokine N-terminus were developed to identify analogues with modified selectivity displaying antagonist or enhanced agonist activities.
Using NIR, two classification methods were developed to identify the presence of starch and polishing, and two regression methods to estimate the degree of polymerization and the content of acidity.
