Breast Cancer Gene-Expression Miner v5.1
(bc-GenExMiner v5.1)
HOME
ANALYSIS
CORRELATION
Targeted
Exhaustive
Chromosomal location
EXPRESSION
Targeted
Exhaustive
Customised
PROGNOSTIC
Targeted
Exhaustive
Intrinsic molecular subtypes
TNBC/Basal-like
TNBC subtypes
TUTORIAL
FLOWCHART
CORRELATION
Targeted
Exhaustive
Chromosomal location
EXPRESSION
Targeted
Exhaustive
Customised
PROGNOSTIC
Targeted
Exhaustive
Intrinsic molecular subtypes
TNBC/Basal-like
TNBC subtypes
BACKGROUND
DATA CONTENT
Published annotated data
Published transcriptomic data
Intrinsic molecular subtypes classification
DATA PRE-PROCESSING
DATA ANALYSIS
Statistical analyses
Statistical tests
Graphic illustrations
WHAT'S NEW?
HOW TO CITE US?
HOME
ANALYSIS
CORRELATION
Targeted
Exhaustive
Chromosomal location
EXPRESSION
Targeted
Exhaustive
Customised
PROGNOSTIC
Targeted
Exhaustive
Intrinsic molecular subtypes
TNBC/Basal-like
TNBC subtypes
TUTORIAL
FLOWCHART
CORRELATION
Targeted
Exhaustive
Chromosomal location
EXPRESSION
Targeted
Exhaustive
Customised
PROGNOSTIC
Targeted
Exhaustive
Intrinsic molecular subtypes
TNBC/Basal-like
TNBC subtypes
BACKGROUND
DATA CONTENT
Published annotated data
Published transcriptomic data
Intrinsic molecular subtypes classification
DATA PRE-PROCESSING
DATA ANALYSIS
Statistical analyses
Statistical tests
Graphic illustrations
WHAT'S NEW?
HOW TO CITE US?
Gene correlation analysis by chromosomal location
Enter input gene and choose one of the following options:
GENE EXPRESSION DATA
First, choose your gene expression data. Information about cohorts :
microarrays
or
RNA-seq
Then fill the textbox with actualised* gene symbol.
*: see actualised web databases (e.g.:
Ensembl
,
GeneCards
,
HGNC
,
NCBI Gene
...)
DNA microarrays
All
(n = 10 872)
RNA-seq
All
(n = 4 421)
POPULATION
Choose one of the radio button to select which population you want to explore.
All patients
Oestrogen receptor status
Progesterone receptor status
Oestrogen and progesterone receptors status combinations
Nodal status
Intrinsic molecular subtypes (
PAM50
)
Intrinsic molecular subtypes (
RIMSPC
)
TNBC (IHC) and/or Basal-like (PAM50)
TNBC subtypes
This analysis is only available with
all DNA microarrays
or
all RNAseq
data.
This option allows to explore triple-negative breast cancer (TNBC) (IHC) subtypes (LAR, MLIA, BLIA and BLIS):
LAR
: luminal androgen receptor,
MLIA
: mesenchymal-like immune-altered,
BLIA
: basal-like immune-activated,
BLIS
: basal-like immune-suppressed.
OUTPUT CORRELATION FIGURE
Choose one of the radio button to select which output figure you want to get as a result plot.
Have a sneak peak of each figure by clicking on following options available:
Hexbin polychrome
,
Hexbin monochrome
,
Scatter plot
.
Type of plot:
Hexbin polychrome
Hexbin monochrome
Scatter plot
Pearson's pairwise Hexbin polychrome
Pearson's pairwise Hexbin monochrome
Pearson's pairwise Scatter plot
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Legend
IHC:
immunohistochemistry
PAM50:
Parker's instrinsic molecular subtypes
RIMSPC:
robust intrinsic molecular subtype predictors classification based on patients classified in the same subtype with the six molecular subtype predictors (3 SSPs + 3 SCMs)
RSCMC:
robust SCM classification based on patients classified in the same subtype with the three SCMs
RSSPC:
robust SSP classification based on patients classified in the same subtype with the three SSPs
SCM:
Subtype clustering model (SCMOD1, SCMOD2 or SCMGENE)
SSP:
single sample predictor (Sorlie's, Hu's or PAM50)
TNBC:
triple-negative breast cancer; tumours negative for oestrogen and progesterone receptors and epidermal growth factor receptor 2 (HER2), by means of IHC
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Last update
July 23
th
, 2024
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