Sentence examples for genomic subtype of from inspiring English sources
A third genomic subtype of breast cancer, referred to as complex, known to be almost exclusively composed of ER-negative breast cancers [ 28], was not observed in either of the two age cohorts studied.
Thus we show that disruption of activin signaling occurs in MSI and MSS colon cancers by distinct mechanisms, revealing activin signaling as an important target in the two most common genomic subtypes of colon cancer.
Neither the simple nor the mixed amplifier genomic subtypes of ER-positive breast cancer showed any particular age bias.
We developed a modified genomic non-Negative Matrix Factorization (gNMF) clustering algorithm to cluster CGH data of tumor and cell lines to identify genomic subtypes of tumors and select representative cell lines.
Therefore, it provides a complete characterization of genomic subtypes of the cancer under consideration and is expected to generate more precise correlates of clinical behaviour and response to drugs.
We then performed genomic subtype analysis of all ACVR2 non expressing cancers and found that the lack of the chromosomal instability (CIN) phenotype correlated with ACVR2 promoter hypermethylation (Table 2), suggesting separate pathways for MSI-/LOH+ and MSI-/LOH colon cancers.
This genomic subtype is that of worst prognosis, consisting mainly of ER-/basal and ER+/luminal-B tumours.
We applied the algorithm to three major tumor types: non-small cell lung carcinoma (NSCLC), colorectal carcinoma (CRC), and malignant melanoma, identified distinct genomic subtypes for each cancer, and identified cell lines representative of each subtype.
A fourth genomic subtype consisted mainly of ER-/basal tumours but was characterised, surprisingly, by a low GI profile ('flat') [ 2].
We also observed a significant difference in methylation when comparing node positive (49%) and node negative cases (38%), irrespective of genomic subtype.
High-density SNP array datasets for patient tumors and established cell lines were used to define genomic subclasses of the diseases and identify cell lines representative of each genomic subtype.
