The phrase "adaptation of breast" is not correct and lacks clarity in written English.
It may be used in a context discussing biological or medical changes related to the breast, but it requires additional context for proper understanding.
Example: "The adaptation of breast tissue during pregnancy is a fascinating process that supports breastfeeding."
Alternatives: "modification of breast" or "change in breast".
Our data suggested that over expression of ERLIN2 may facilitate the adaptation of breast epithelial cells to ER stress by supporting cell growth.
In the present study, we show that over expression of ERLIN2 may facilitate the adaptation of breast epithelial cells to ER stress by supporting cell growth and protecting the cells from ER stress-induced apoptosis.
Thus, ERLIN2 is a novel mediator of ER stress response and thus amplification and over expression of ERLIN2 may facilitate the adaptation of breast cancer cells to the various cellular stresses associated with oncogenesis.
We also showed that over expression of ERLIN2 facilitated the adaptation of breast epithelial cells to ER stress by supporting cell growth and protecting the cells from ER stress-induced cell death.
The main goal of this work was to understand if there was an association between P-cadherin overexpression and the phenotype of adaptation of breast cancer cells to microenvironment stresses, such as hypoxia, lactic acidosis and glycolytic metabolism, also characteristics of the undifferentiated state of stem, progenitor and breast CSC.
The aim of all four studies was to improve physical and social recovery and adaptation to breast loss.
These findings suggest that testing the longitudinal role of the SOC as a mediator or moderator in the prediction of HRQoL in future research could contribute to the knowledge base for the SOC in the psychological adaptation of patients with breast cancer.
Chen, E. I. et al. Adaptation of energy metabolism in breast cancer brain metastases.
Even though cell lines share many molecular and genomic characteristics of breast cancer, their adaptation to culture can impart significant undesirable attributes that affect preclinical studies [ 11- 13].
This study examines the psychometric properties of this second version of the French translation and adaptation of the IOCv2 in a breast cancer survivor sample.
The Chen model was designed as an adaptation of the Gail model with the incorporation of breast density as a risk factor.
