Methods: Women treated for breast cancer within the past 6 years at one of three rural Cancer Centers were mailed a survey with a cover letter from their oncology provider.
Results: Survey
respondents (n = 918, 83% response rate) were 96% White non-Hispanic, on average 3.2 years from treatment, and 11% reported metastatic disease. Among respondents without known metastatic disease, 68% were overweight or obese, 37% were obese, and 25% reported selleckchem a weight gain exceeding 5 kg since diagnosis. Among the overweight/obese women, 61% were currently attempting weight loss, and the most common weight loss method was dieting on one’s own without assistance. Psychosocial factors associated with weight gain since diagnosis included depression, fear of cancer recurrence, diminished physical strength, body image concerns, relationship changes, and financial stressors.
Conclusions: The high response rate indicates a general interest in body weight issues among rural BrCa survivors, and the findings highlight the need for weight control programs in this population. Findings also indicate that factors related to poor adjustment to breast
cancer are associated with weight gain among rural women. Copyright (C) 2010 John Wiley & Sons, Ltd.”
“COP1 selleck chemicals and COP9 signalosome (CSN) are key regulators of plant light responses and development. Deficiency in either COP1 or CSN causes a constitutive photomorphogenic phenotype. Through LB-100 coordinated actions of nuclear- and cytoplasmic-localization signals, COP1 can respond to light signals by differentially partitions between nuclear and cytoplasmic compartments. Previous genetic analysis in Arabidopsis indicated that the nuclear localization of COP1 requires CSN, an eight-subunit heteromeric complex. However the
mechanism underlying the functional relationship between COP1 and CSN is unknown. We report here that COP1 weakly associates with CSN in vivo. Furthermore, we report on the direct interaction involving the coiled-coil domain of COP1 and the N-terminal domain of the CSN1 subunit. In onion epidermal cells, expression of CSN1 can stimulate nuclear localization of GUS-COP1, and the N-terminal domain of CSN1 is necessary and sufficient for this function. Moreover, CSN1-induced COP1 nuclear localization requires the nuclear-localization sequences of COP1, as well as its coiled-coil domain, which contains both the cytoplasmic localization sequences and the CSN1 interacting domain. We also provide genetic evidence that the CSN1 N-terminal domain is specifically required for COP1 nuclear localization in Arabidopsis hypocotyl cells. This study advances our understanding of COP1 localization, and the molecular interactions between COP1 and CSN.