Sentence examples for cancer tissue samples using from inspiring English sources

Quantification of OPG staining in breast cancer tissue samples using Image J. (PPT 121 kb).

Immunohistochemical analysis of cancer tissue samples using specific uPAR antibodies revealed that 74 out of 189 carcinomas were positive (39.1%).

Once we had selected the potential markers, we checked their expression levels initially in lung cancer tissue samples using microarrays and then further validated them using patient's blood samples and quantitative RT-PCR (qPCR).

In order to build a single-sample classifier we also optimized a cutoff on the correlation score of the ovarian cancer tissue samples using ROC analysis to ensure approximately 80%% sensitivity and 80%% specificity between the DNAme signature and HOTAIR expression (Additional file 16).

DNA was extracted from each breast cancer tissue sample using the PureGene kit (Gentra Systems Inc., Minneapolis, MN, USA).

To further understand the potential expression relationships of miRNAs in miRNA gene clusters and gene families, a global analysis was performed in 4 paired tumor (breast cancer) and adjacent normal tissue samples using deep sequencing datasets.

Herein, we report on the comparison of 275 invasive breast cancer samples with 94 normal tissue samples using GC-TOFMS.

Comparison of tissue microarray results of 29 cervical cancer and 27 normal cervix tissue samples using immunohistochemistry revealed considerable reorganization of the fibrillar stroma of these tumors.

To confirm the tumor suppressor function of BRCC2, we first examined the levels of BRCC2 in breast cancer samples and matched normal breast tissue samples using western blotting.

Similarly, staining the inflammatory breast cancer patient tissue sample using anti-OPG antibody revealed specific abundant OPG staining (Fig.  4a, panels a1, b1 and c1).

The correlation between NS immunoreactivity and clinicopathological parameters was examined in 220 consecutive surgically resected invasive breast cancer tissue samples by using tissue microarrays.