Sentence examples for define basal from inspiring English sources

Untreated cells were used to define basal levels of apoptotic and death cells.

We have used the previously described Intrinsic Gene Set [ 3] to define basal type, luminal A and luminal B, ErbB2 and normal epithelium-like type tumors (431 of 487 unique genes matched).

Integrating results across studies is hampered by varying definitions of molecular subtypes, with some studies using triple negative status and others using specific markers to define basal-like cancers.

Although Agboola et al (2011) use a different criteria to define basal-like breast cancer, their results are consistent with the results reported here, confirming the importance of EpCAM expression in this intrinsic subtype.

Rakha and colleagues have recently proposed that CK5/6 and/or CK14 can be used to define basal-like carcinomas irrespective of the expression of the other markers [ 40].

We have used the intrinsic gene subset described previously by Perou et al. and Sorlie et al. [ 3- 6] to define basal-like, luminal A-like, luminal B-like, ERBB2-like and normal breast-like tumor classes on the basis of hierarchical clustering and correlation to the class centroids; using the intrinsic gene list as recently updated by Hu et al. [ 3].

These data indicate that it is reasonable to define basal-like tumors as those tumors that are negative for ER, PR and HER2 by immunohistochemistry, and that gene-expression profiling or additional immunohistochemical markers are not a requirement to identify these basal-like tumors.

It was demonstrated that the brown color was caused by the chemically defined basal medium containing high levels of iron and vitamin B12 (VB12) regardless of cell lines.

Exopolysaccharide (EPS) production by Lactobacillus rhamnosus RW-9595M wastudieded in whey permeate medium supplemented with different nitrogen sources or with yeast extract and vitamins, salts and amino acids used in the formulation of defined basal minimum medium (BMM).

This study reports the production of xylanolytic and cellulolytic enzymes by a thermophilic fungal isolate Myceliophthora sp. using a cheap medium containing rice straw and chemically defined basal medium under solid-state culture.

The impact of three quantitative variables, namely pH, temperature, and substrate concentrations, on enzyme production was investigated by using a chemically defined basal medium supplemented with jute caddy as substrate.