ABSTRACT
As a group, oncology nurses are aging, mirroring a large portion of the American public. Many practicing nurses are approaching middle age, and with increased age comes an increased risk for cancer. Many oncology nurses are cancer survivors, and the experience of treating a colleague is becoming more common, but few publications have addressed this topic. Pennsylvania Oncology Hematology Associates (POHA), a private medical oncology practice in Philadelphia, has encountered such a situation. This article captures the experience of one oncology nurse who underwent chemotherapy treatment for breast cancer at her place of employment. She discusses her cancer, chemotherapy treatments, and new level of understanding with patients. Her colleagues also share their reactions to witnessing the survivorship process. The nursing team at POHA has been inspired and humbled by the experience, and patient care has been enhanced. The courage of one individual's journey has demonstrated how a negative situation can be transformed into a positive one.
Subject(s)
Adaptation, Psychological , Breast Neoplasms/nursing , Interprofessional Relations , Nursing Staff, Hospital , Breast Neoplasms/psychology , Female , Humans , Nursing Staff, Hospital/organization & administration , Nursing Staff, Hospital/psychology , Oncology Nursing , Organizational Case Studies , PhiladelphiaABSTRACT
A strategy for controlling relative placements of molecules within multicomponent monolayers at the solution-HOPG interface is demonstrated. The monolayers assemble from complementary pairs of 1,5-bis-alkyldiether-anthracenes bearing self-repelling side chains. Each diether side chain suffers repulsive dipolar interactions if it adsorbs next to an identical side chain in the morphology normally assumed by 1,5-bis-substituted-anthracene monolayers. Complementary side-chain pairs experience attractive dipolar interactions when adsorbed as neighbors in the normal morphology monolayer. The repulsive and attractive forces spontaneously drive formation of a patterned monolayer at the solution-HOPG interface. Each molecule adsorbs in its own row, sandwiched between two rows of the complementary anthracene. These studies demonstrate the viability of using weak dipolar interactions to control molecular placement and monolayer morphology and to pattern multicomponent monolayers.
