Logistic regression and Cox multivariate analysis led to the identification of genomic imbalances as an independent prognostic factor.
This increased resolution of microarray technology over conventional cytogenetic analysis allows for identification of chromosomal imbalances with greater precision, accuracy, and technical sensitivity.
The increased resolution of microarray technology over conventional cytogenetic analysis allows for identification of chromosomal imbalances with greater precision, accuracy, and technical sensitivity.
The application of comparative genomic hybridisation (CGH) permitted the identification of chromosomal imbalances (Kujawski et al, 1999; Bergamo et al, 2000).
We demonstrate that GSNAP also removes mapping biases using partial genotype data or common variants allowing for accurate identification of allelic imbalances.
This gap analysis permits identification of current imbalances, provided that the population segment under scrutiny (according to population characteristics, specialty, institution type and location) is precisely defined [ 3].
With the advent of aCGH technology permitting the identification of genomic imbalances at much greater resolution, it became possible to uncover putative oncogenes and tumor suppressor genes, such as hTERT and CDKN2A, respectively, by testing candidates found in focal regions of amplifications and deletions for copy number-driven expression.
While it is prudent to require a minimum read threshold of reads to detect imbalances at predicted heterozygous sites, this threshold precludes the identification of complete imbalance at known heterozygous sites where only one allele is present, such as imprinted loci.
This paper describes a method for the uncertainty-based combination of signal processing techniques for the identification of rotor imbalance.
From the perspective of community medicine, the identification of an imbalance between needs and utilisation of psychotropic medication raises questions about equity in access to healthcare resources.
