Sentence examples for progression strong from inspiring English sources

The statistically significant delays in disease progression, strong trend towards increased OS, the lack of any concerning new toxicities, and uniformly positive secondary endpoints all favored abiraterone acetate's extended approval and use in CRPC patients who have not received prior chemotherapy [ 9].

So they perceive that their eyes have been weakened". Also, the natural progression to stronger and stronger lenses that accompanies nearsightedness early in life may create the impression that corrective lenses make eyes weaker.

"It doesn't matter what [FBI Director James] Comey says, it doesn't matter what Congress says," Hayden said, explaining that the progression of strong encryption is inevitable.

CONCLUSION: Our study found that acute admission of HSCT patients to the ICU is associated with improved survival compared to our previous experience, with organ failure progression a strong predictor of ICU outcome, and specific disease characteristics contributing to long-term survival.

In multiple cohorts of HIV-positive individuals possession of a B*57 allele is associated with a slower rate of disease progression and strong virologic control [11], [12], [14], [15], [17], [19], [20], [21], [22].

The association between eotaxin level at baseline and radiographic progression remained strong when adjusting for other known predictors of joint destruction.

However, the fact that a common contaminant of the human environment can potentially affect prostate cancer progression provides strong incentive to further define the role of arsenic in prostate cancer progression.

This study of tumours from 122 patients who developed relapse of DCIS or invasive progression shows strong agreement between the grade of initial DCIS and subsequent recurrent in situ lesions (κ=0.679).

Consistent with its role in cancer progression, a strong correlation between the overexpression of one or more uPAS components and the poor clinical outcome in several types of human cancer has been documented [ 8, 11, 16, 17, 39].

Much further analyses are necessary to elucidate this field; however, our original data here imply not only the key role of dysregulated cell cycle progression via strong ZNF143 expression in carcinogenesis and invasiveness/proliferation of lung adenocarcinoma, but the potential of ZNF143 as a target in lung adenocarcinoma treatment, for example, a gene therapy with RNAi for ZNF143.

Flow cytometry analysis revealed these miRNAs induce a G1 cell cycle arrest in H1299 cells and the suppression of cell cycle progression is stronger than that by Let-7 miRNA.