1
The editing rate was significantly higher in tumors than adjacent normal tissues.
2
BT allows administration of high doses to limited volumes sparing normal tissues.
3
In RNA from normal tissues from three families, mutant transcripts appeared unstable.
4
High-precision radiation oncology aims at optimizing tumor coverage, while sparing normal tissues.
5
Matched colon cancer and normal tissues showed significant difference in RNA quality.
6
Such compounds are able to induce cancer destruction while sparing normal tissues.
7
We inferred genetic networks from miRNA expression in normal tissues and cancer.
8
Results: SPARCL1 mRNA was significantly reduced in tumor specimens compared with normal tissues.
9
We identified a gene whose expression is testis-specific among normal tissues.
10
In addition, top-ranked transcripts are the dominantly expressed ones in various normal tissues.
11
The melanoma tissues and adjacent normal tissues were obtained from 45 melanoma patients.
12
CC tissues with corresponding adjacent normal tissues were collected from 168 CC patients.
13
Eighteen microRNAs were significantly altered in their expression between normal tissues and tumors.
14
Results: MEG3 decreased significantly in prostate cancer tissues relative to adjacent normal tissues.
15
Cancer networks appeared as built from disjointed subnetworks, as opposed to normal tissues.
16
This mutation is only found in cancer, not in normal tissues.
