Sentence examples for behavior of recurrence from inspiring English sources

However, even if absolute risks and benefits are smaller in low-risk tumors, we assume that our main findings, including the difference in the behavior of recurrence between HER2+ HR+ and HER2+ HR- tumors, hold true in biologically similar, lower risk situations.

6, 12, 17 Furthermore, this study showed that patients with more than three recurrent tumor locations had a worse post-recurrence survival compared with those with less involved locations, which could also be explained by the more aggressive behavior of multiple recurrences.

Its high proliferative activity, highly-aggressive biological behavior, and high rates of recurrence and metastasis, suggest that CNC should be classified as a new type of breast carcinoma.

Low-grade fibromyxoid sarcoma is characterized by spindle cell tumor with bland histological findings, but has a fully aggressive behavior and a high rate of recurrence and metastasis.

Large GISTs with high mitotic rates are often associated with malignant behavior and display higher rates of recurrence and metastasis [ 14- 18].

Subsequently, it has been discussed that the stress buildup process in an M w 8 earthquake cycle affects the recurrence behavior of SSEs (Matsuzawa et al. 2010; Ariyoshi et al. 2012).

Furthermore, the elevated levels of GGH was found to be correlated with shorter RFS with more than 35 fold increased risk, suggesting that GGH expression may predict the recurrence behavior of breast cancer.

Brain invasion is known to be correlated with a high risk of recurrence and aggressive meningioma behavior [9].

This is a consequence of the connection between the bounds, the Liouville-Green approximation for the associated second order ODE and the asymptotic behavior of the associated three-term recurrence relation.

The bounds are related to the Liouville-Green approximation for the associated second order ODEs as well as to the asymptotic behavior of the associated three-term recurrence relation as n → +∞; the bounds are sharp both as a function of n and x.

Knowledge of its mechanical behavior is essential to design suitable meshes and reduce the risk of recurrence.