Sentence examples for characterised components of the from inspiring English sources

These results are in agreement with a recent comparative study of 24 functionally characterised components of the midbody of various animals, the division septum of two fungi and the phragmoplast of plants, which suggested that most of them are homologous in these three distant groups, tracing back their origin to LECA [17].

Cnn, γ-tubulin, pericentrin-like-protein (PLP) and Asl (the other characterised components of the S-CAP complexes), were not obviously co-depleted with Sas-4-GFP from the extract (compare lanes 2 and 4, Figure 4B E), although we reliably detected small amounts of Cnn and γ-tubulin in the Sas-4-GFP bound samples (compare lanes 5 and 6, Figure 4B,C).

Taken together with our report construct transfection data in K562, our ChIP-chip analyses identify and characterise components of the regulatory environment of the human SCL locus, some or all of which may control SCL expression.

We then turned our attention to N-cadherin, which represents another well characterised component of classical cadherins, and is mainly expressed in cells of neural origin (Takeichi, 1990; Yap et al, 1997; Tepass et al, 2000).

This magnitude of cross-talk is unlikely to have a significant impact on continuous wave OSL measurements where the period of optical stimulation tends to be short, but may be important in linearly modulated OSL measurements where long periods of stimulation are sometimes used to characterise slow components of the OSL signal.

The Regression SS characterises the component of the variation in the dependent variable (y) that is accountable by the independent variable (x).

We also attempted to characterise the chemical components of the fraction using high performance liquid chromatography (HPLC) and phytochemical analysis.

Therefore, we first sought to characterise expression of components of the IGF-IR signalling system in this series of T47D breast cancer cell lines.

The complex is the most upstream component so far characterised of the environmental arm of the general stress response in B. subtilis[ 1, 4].

Non-linear dynamic analyses were carried out in the time domain, studying the effects of two different natural records, each characterised by three orthogonal components of the soil motion.

Interestingly, as previously noted by Classen et al. (Classen et al., 2005), although Sec5 is best characterised as a component of the exocyst, it has also been implicated in endocytosis in the Drosophila oocyte (Sommer et al., 2005) and perhaps this is also true in the wing.