Sentence examples for biochemical data have shown from inspiring English sources

Genetic and biochemical data have shown that Sac1 regulates a pool of PI(4 P on the plasma membrane.

Biochemical data have shown that transmembrane and GPI-anchored cargo can be found in distinct populations of COPII-derived vesicles in yeast (Muniz et al. 2001).

Biochemical data have shown that the Mg2+ is required for GTase activity of viruses in Reoviridae (Yamakawa et al., 1982; Le Blois et al., 1992; Martinez-Costas et al., 1995; Qiu and Luongo, 2003; Mohd Jaafar et al., 2005).

Biochemical in vitro data have shown that L-plastin not only organizes filaments into arrays but also prevents them from depolymerization suggesting that it may regulate their turn-over [20].

However, biochemical and molecular data have shown that oomycetes have little affinity with "true" fungi but are instead more closely related to heterokont algae and diatoms [ 4, 5], belonging to the assemblage chromalveolates, which also include organisms such as ciliates, apicomplexans and dinoflagellates [ 6, 7].

Modern biochemical and proteomic data has shown that Nek2 is a core component of the human centrosome, and similar findings have also been reported for homologues of Nek2 in Drosophila, Xenopus, and mouse [ 3– 6].

However, until very recently, no biochemical data have existed showing the abilities of Rev1 and pol ζ to bypass aberrant DNA structures that could be formed as intermediates in the interstrand cross-link repair.

Combining genetic and physical interaction data with biochemical data has been shown to be an effective means of evaluating and assigning biological relevance to observed phosphorylation.

Recent biochemical studies have shown that peach stones accumulate extremely high lignin contents (≈ 50% lignin) relative to other woody tissues (≈ 25% lignin) (R Scorza, J Ralph and F Lu, unpublished data).

Biochemical studies have shown that the kinetic parameters for EcDHNA and SaDHNA are significantly different [ 11].

Molecular and biochemical studies have shown that SOX proteins regulate cell fate and differentiation during development.