The Papanicolaou (Pap) smear, also called the Pap test, cyto test, cervical smear or cervical cytology, has been described as the most widely used and established cancer-screening technology in the world. It has also been described as a very simple technology including a brush, a microscope slide, fi xative and cervical cells from women. In 1928, George N. Papanicolaou, a Medical Doctor, investigator, PhD in zoology and Aureli Babes (1928/1967), a Romanian pathologist, each independently claimed to have found a ‘very (...) simple’ technique, which provided a new possibility for early diagnostics of cancer/malignant tumours in the female genital tract/uterine cervix. The technique was subsequently named after Papanicolaou who, according to Wied (1964: 174), was more successful than Babes in ‘stimulating the introduction of mass screening projects which are the actual benefi t of the method’. (shrink)

The incorporation of digital technologies in higher education has become a research topic actualized by the Covid-19 pandemic, including the re-thinking of theories and ontological assumptions supporting the role of these technologies in blended learning. Using nursing education in urban Sweden as an example, I present a reflexive and postphenomenological analysis of critical incidents during the use of an online assessment software for high stakes exams during the Covid-19 outbreak. Based on the analysis, I argue that the rapid digitalization prompted (...) by the Covid-19 outbreak illuminates the importance of articulating digital technologies in higher education as human-technology relations in light of the philosophy of technology, notably postphenomenology. I conclude that postphenomenology can be helpful to clarify the non-neutrality and multistability of digital technologies and to articulate nuances of the human-technology relation, in blended learning. (shrink)

Modern health care is inextricably bound up with technologically mediated knowledge and practice. It is vital to investigate its use and role in different clinical contexts characterized, on one hand, by face to face practitioner and patient encounters (where technology may be conceptualised as hindering therapeutic relations) and, on the other hand, by practitioners’ encounter with bodily parts in laboratories (where conceiving of patients may be thought of as confounding objectivity). To contribute to the latter, I offer an ethnographic analysis (...) of cytology laboratory practitioners’ work and microscopic assessment of normal and abnormal cells. First, I discuss the biomedical literature on cytology and the quest for a non-variational bodiless vision. Second, I discuss the concept of multistability, first developed by philosopher of technology Don Ihde, here used to analyse technologically mediated perception and how practitioners interact with technology. Combined with long term ethnographic fieldwork it enables access to, and analysis and articulation of the implicit multifaceted practitioner–technology–cell interface embedded in clinical practice and diagnostic processes. I will also address some implications of my analysis for clinical cytology. (shrink)