Sentence examples for based on biochemical analyses from inspiring English sources

Based on biochemical analyses, we demonstrate that neurexins are sequentially cleaved by metalloprotease- and PS/γ-secretase-dependent activities.

Based on biochemical analyses, this complex can be dissociated into two functionally distinct subcomplexes, the 20S core particle (CP) which is the proteolytic component, and the 19S regulatory particle (RP), that is responsible for recognizing, unfolding, and translocating polyubiquitinated substrates into the 20S CP, where they are degraded.

Systems based on vital signs require manual collection of data, whereas systems based on biochemical analyses can be automated.

Previous characterization of BAZ1B was largely based on biochemical analyses including purification of protein complexes such as the WICH and WICH-B complexes (Bozhenok et al., 2002; Cavellan et al., 2006).

Exposure and biological effects assessments would be more informative if performed within the framework of prospective surveys and based on biochemical analyses of water (including chemical characterization of radionuclide contaminant) and individual biological samples (urine, blood).

The tree is also labeled with corresponding protein names that are in most cases based on biochemical analyses in specific model systems, but because not all of the clades identified here have been characterized biochemically (or directly shown to be functionally distinct), we prefer a nomenclature that reflects the gene phylogeny because we feel it is likely to be relatively stable.

A possible synonymy of S. attenuatum and S. oryzae was proposed by Bridge et al. (1989) based on biochemical and morphometric analyses and further supported because of identical DNA sequences (Bills et al., 2004).

The concentrations of 0.5% sucrose, 0.5% sucrose +1% starch and 1% sucrose were selected based on biochemical and molecular analyses from our preliminary studies (see data in Appendix S1) and previously published data [15], [16], [21].

Based on biochemical, immunochemical and molecular phylogenetic analyses, distinct hemocyanin subunit types have been identified in Chelicerata, Myriapoda, Crustacea and Hexapoda [ 3, 7- 12].

These genome-wide approaches based on biochemical purifications had to be confirmed by in situ analyses.

We analysed the performance of four different risk stratification systems based on biochemical variables: the system introduced by Prytherch et al 6 required gender, mode of admission, age, urea, sodium, potassium, albumin, haemoglobin, white cell count and creatine.