array1

array2

array3


Bladder cancer data from 3 arrays CGH (Comparative Genomic
Hybridyzation). Arrays dimension are 4 blocs per column, 4 blocs per
row, 21 columns per bloc and 22 rows by blocs.


datasets

array

Analysis of array CGH data : detection of breakpoints in
genomic profiles and assignment of a status (gain, normal or
loss) to each chromosomal regions identified.

Philippe Hupe

GLAD

Gain and Loss Analysis of DNA

array function

A data frame composed of the following elements :
  <dl>
    <dt>Log2Rat</dt><dd>Log 2 ratio.</dd> <dt>Position</dt><dd>BAC position on the genome.</dd> <dt>CHROMOSOME</dt><dd>Chromosome.</dd> <dt>Col</dt><dd>Column location on the array.</dd> <dt>Row</dt><dd>Row location on the array.</dd> </dl> 

Format

Institut Curie, <a href="/link/glad%40curie.fr?package=GLAD&version=2.36.0" data-mini-rdoc="GLAD::glad@curie.fr">glad@curie.fr</a>.

Source

Bladder cancer data from 3 arrays CGH (Comparative Genomic
Hybridyzation). Arrays dimension are 4 blocs per column, 4 blocs per
row, 21 columns per bloc and 22 rows by blocs.

array: Bladder cancer CGH data

Description

Usage

Arguments

Format

Source

Examples