Sentence examples for invariable analysis from inspiring English sources

With regard to survival, although we have seen in invariable analysis that P-ERK cytoplasmic expression may predict poor survival, multivariate analysis did not confirm that cytoplasmic ERK activation could be used as an independent prognostic factor.

Approximately 4000 base pairs (bp) of chloroplast DNA (cpDNA) coding and noncoding sequences were highly invariable and the combined data analysis showed almost identical tree topology as the one based on ITS only [13].

Costs were calculated per patient, and unit costs were kept invariable throughout the periods of analysis in order to avoid drawing any biased conclusions resulting only from price changes.

Further PCR analysis confirmed the invariable insertion of tetO into the same chromosomal locus (cjsa_0191) in all clone SA isolates collected since 2003 (over 100 isolates), all of which are resistant to tetracyclines (minimum inhibitory concentration [MIC] ≥16 µg/ml).

PHYML software [51] was used to build phylogenies using maximum likelihood with the JTT model of evolution, four substitution rate categories, fixed proportion of invariable sites and non parametric bootstrap analysis of 100 replicates.

A gamma distribution with four rate categories and the proportion of invariable sites were estimated during the analysis.

2. Maximum likelihood (ML) analysis with estimated proportion of invariable sites and bootstrapping (1,000 replicates) were performed using RAxML [ 67].

Of particular interest is the paaABCDE operon which is relatively invariable (see previous results), but from this analysis it is still subject to gene turnover and replacement.

Maximum likelihood (ML) analysis with estimated proportion of invariable sites and bootstrapping (1,000 replicates) were performed using RAxML [ 116]. 2. Posterior probabilities were generated using MrBayes v3.1.2 [ 117] with the MPI option [ 118].

The general time reversible (GTR) model with gamma correction and invariable-site assumption was used in the analysis for dataset #1, and for tRNA and rRNA genes of dataset #2.

GO term analysis indicates that these "stable" and "invariable" genes are involved in various biological processes, such as, chromatin modification, (BAZ1B, CHD2 and MECP2); mRNA processing (SRRM1, RBM25, CPSF7) and neuronal cell adhesion (CDK5R1, NLGN2, ASTN1).