Sentence examples for extensively characterised by from inspiring English sources

The nanobioconjugates were extensively characterised by several techniques, and the results demonstrated that the average size of ZnS nanocrystals and their fluorescent properties were influenced by the pH during the synthesis.

These regulatory regions have been extensively characterised by the ENCODE project and the Roadmap Epigenomics Project in a multitude of cell types [ 26, 27].

It has been extensively characterised by Western blot analysis, tested for cross-reaction with other neurofilaments, and it has become an established marker for myelinated DRG neurons [ 53, 51, 52, 27].

Both libraries, each with a million primary plaques, had been extensively characterised by sequencing and screening, and were used to isolate several full-length cDNA clones, including MyHCs (6.0 kb in size) and transcription factors, such as NFAT2 and GATA2.

In this paper, we use CORM-3 for most respiration measurements, since this is a water-soluble CO-RM that has been extensively characterised by others and ourselves (for references, see Introduction).

Before experimental use, each preparation was extensively characterised for potential contamination by other cell types and for expression of tight junction-associated molecules as previously described [ 8].

The results shown in Table  1 support the observation that although a phenotypically-similar EMT is induced, as extensively characterised in previous reports by us and others [ 3, 41- 43, 46- 48], there are differences in the molecular mechanisms that drive these phenotypic changes.

Transcriptional regulation of starch metabolic genes by the circadian clock, by light/dark signals, and by sugars has been extensively characterised [ 13, 14], but its functional importance is unclear.

Nine clones of this line were established by limit dilution and have been extensively characterised.

Previous reports (Sanchez-Cespedes et al, 2002; Carretero et al, 2004) and Cancer Genome Project by Sanger Institute (Bamford et al, 2004) have extensively characterised LKB1 mutations in NSCLC cell lines with KRAS and BRAF mutations, but LKB1 status of EGFR mutant NSCLC cell lines has not been extensively analysed.

In the study by Adrian et al. [ 19], we extensively characterised the oxidative burst after stimulation with opsonized zymosan particles, showing that both real and simulated microgravity as well as hypergravity have an impact on the ROS production, showing either a decrease (microgravity) or an increase (hypergravity) compared to the 1  g control.