human DNA sequence has spurred a whole series of initiatives aimed at understanding the functional elements of the genome and their regulations in living cells and tissues. For instance, the Encyclopedia of DNA Elements (ENCODE) was launched in 2003 and soon confirmed that there were about 20
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Gil Rodas, Lourdes Osaba, David Arteta, Ricard Pruna, Dolors Fernández, and Alejandro Lucia
genetics for the presence of tendinopathies. In a first, classical approach, we examined (using a case-control design) the association between SNPs and the presence of tendinopathies by determining whether the frequency distribution of 1 allele of a DNA sequence was higher in one of the 2 groups (ie
Gustavo Monnerat, Carlos A.R. Sánchez, Caleb G.M. Santos, Dailson Paulucio, Rodolfo Velasque, Geisa P.C. Evaristo, Joseph A.M. Evaristo, Fabio C.S. Nogueira, Gilberto B. Domont, Mauricio Serrato, Antonio S. Lima, David Bishop, Antonio C. Campos de Carvalho, and Fernando A.M.S. Pompeu
nutritional strategies. Genomics refers to the study of DNA sequences and genetic identity, while transcriptomics aims to quantify RNA variation, thus providing insights into gene regulation. In contrast, proteomics is used to qualitatively and quantitatively analyze the presence and expression levels of
Curtis Kindel and John Challis
correlations in various biological signals, including DNA sequences, and the fluctuations of isometric joint moments. 20 , 21 These measures (CV, ApEn, and DFA) each analyze a different aspect of the moment-time signal: CV measuring signal variability, ApEn measuring signal regularity, and the DFA measuring
