Sentence examples for more frequently expressing from inspiring English sources

We noted that type I ovarian carcinomas that are clinically less aggressive than type II were more frequently expressing high level of BECLIN 1. Conversely, low level of BECLIN 1 expression correlated with histologic grade III tumours.

In general, the clinically indolent type I tumours were more frequently expressing BECLIN 1 at high level.

We found that type I tumours, which are less aggressive than type II, were more frequently expressing high level of BECLIN 1.

Reverse transcription PCR and real-time quantitative PCR analyses indicated that among the ADAMs, ADAM15 mRNA was more frequently expressed in the RA samples and its expression level was significantly 3.8-fold higher in RA than in OA (p < 0.01).

In contrast, CT7 showed more frequent expression in the ER−HER2+ group (47.5% versus 14.2%, p<0.001), and CT45 were more frequently expressed in the ER-HER2− group (2.5% versus 18.2%, p = 0.009).

MAdCAM-1 expression, present in vascular endothelial cells, was more frequently expressed in DFL (28/32, 88%) and MALT (18/19, 95%) samples than in NFL samples (5/27, 19%; Fig. 4f h).

The immunohistochemical data support our conclusion that: (1) hERG1 channel is more frequently expressed in human gliomas; (2) the frequency of channel expression correlates with tumour grade; (3) the channel is absent in normal human glial cells.

PDGFRA expression was detected in 29.6% of gliomas, and more frequently expressed in 45 60% of malignant astrocytic tumours.

No significant correlation was found between CX3CL1 expression and cancer features (Table 1), but the ligand was more frequently expressed in CX3CR1+ (45 out of 56, 80.3%) than in CX3CR1– (23 out of 48, 51.1% P=0.002) PDAC.

Certain antigens that are more frequently expressed by similar tumors are appealing candidates for therapies utilizing immune recognition.

The PVL values are more frequently expressed in terms of permanent shear stability index (PSSI) or simply SSI, according to ASTM D6022-01 as follows: PVL = ( V i - V s ) / V i × 100 PSSI = ( V i - V s / V i - V 0 ) × 100 where V0 = KV of the base fluid before addition of polymer, Vi = KV of unsheared oil, Vs = KV of sheared oil.