Atypical jobs in psychology: Interview with Dr. J. Douglas McDonald ("Spotted Hawk").

This article outlines the career of Dr. J. Douglas McDonald, professor of psychology at the University of North Dakota (UND) and the director of the UND Indians into Psychology Doctoral Education Program. During graduate school, McDonald grew determined to develop a program that would assist American Indian students with entering the field of psychology in order to serve native populations across the United States and build cross-cultural competency and allyship within the psychological community. Upon graduating with a PhD in clinical psychology from the University of South Dakota, he created the flagship Indians into Psychology Doctoral Education program at UND, which meets these objectives, and has directed it ever since. (PsycInfo Database Record (c) 2024 APA, all rights reserved).

The life sciences and the history of analytic philosophy.

Comparative to the commonplace focus onto developments in mathematics and physics, the life sciences appear to have received relatively sparse attention within the early history of analytic philosophy. This paper addresses two related aspects of this phenomenon. On the one hand, it asks: to the extent that the significance of the life sciences was indeed downplayed by early analytic philosophers, why was this the case? An answer to this question may be found in Bertrand Russell's 1914 discussions of the relation between biology and philosophy. Contrary to received views of the history of analytic philosophy, Russell presented his own 'logical atomism' in opposition not only to British Idealism, but also to 'evolutionism'. On the other hand, I will question whether this purported neglect of the life sciences does indeed accurately characterise the history of analytic philosophy. In answering this, I turn first to Susan Stebbing's criticisms of Russell's overlooking of biology, her influence on J.H. Woodger, and her critical discussion of T.H. Huxley's and C.H. Waddington's application of evolutionary views to philosophical questions. I then discuss the case of Moritz Schlick, whose evolutionist philosophy has been overlooked within recent debates concerning Logical Empiricism's relation to the philosophy of biology.

Hugh Watt Reid.

A scholar with an ever-inquiring mind, he was recognised internationally as an outstanding scientist.

Dresden to "Down Under": The Career of German Dermatologist Erwin Oppenheim.

Erwin Oppenheim (1893-1975) was a successful dermatologist in Dresden, Germany. He with his family fled the country in 1939 because of National Socialism and settled in Melbourne in the Australian state of Victoria. The regulations of Australian universities and medical boards of that era in relation to refugee medicos hindered Oppenheim's registration as a medical practitioner. He was permitted to treat skin conditions, but not allowed to prescribe medications other than some topical preparations. In spite of these restrictions, Oppenheim soon established a busy private practice. He also contributed to dermatology by providing guidance to "Ego Pharmaceuticals," a large company formed by Oppenheim's son and daughter-in-law in 1953 that produces a range of skin and other healthcare products for Australian and global markets.

Legacy and Evolution: Future Directions for the Canadian Nurses Association.

Established in 1908, the Canadian Nurses Association (CNA) has evolved through and survived many times of triumph and tumult over the decades (CNA 2024a). But few times have found CNA in a tougher position than it is in today as we juggle the need to provide strong and effective advocacy, stewardship of the profession, a wide range of member services and a constant effort to attract voluntary members. Sustaining CNA as the national and global voice of professional nursing in Canada needs decisive support from the nurses of Canada. In this commentary, the current and past chief executive officers reflect on CNA's legacy of success and call on nurse leaders to rally support for an exciting and effective national professional association.

Wandering about allostery.

It was a Lucky Strike to be working with Eraldo Antonini on hemoglobin and myoglobin when Jeffries Wyman arrived in Rome in 1961. I found myself connected with a number of creative scientists when the concept of allosteric control was conceived and gifted to the life science community. In retrospect, this was a demonstration of the skill and imagination of a few intelligent scientists that I happened to be close to. Those talents demonstrated the power of creativity as pictured by the motto "Mens agitat molem"; a celebration of humanism and intellect that paved the way to novel discoveries in the field of structure function relationships in proteins. I have presented hereby some of the events and the people as emerged from my memory over three decades of exciting scientific life.

History of the Surveillance, Epidemiology, and End Results (SEER) Program.

The Surveillance, Epidemiology, and End Results (SEER) Program established in 1973 was the first laboratory for experimenting with new methods for cancer data collection and translating the data into population-based cancer statistics. The SEER Program staff have been instrumental in the development of the International Classification of Disease-Oncology and successfully implemented the routine collection of anatomic and prognostic cancer stage at diagnosis. Currently the program consists of 21 central registries that generate cancer statistics covering more than 48% of the US population and an additional 10 research support registries contributing to certain research projects, such as the National Childhood Cancer Registry. In parallel with the geographical expansion, the program built an architecture of methods and tools for population-based cancer statistics, with SEER*Explorer as the most recent online tool for descriptive statistics. In addition, SEER releases annual updates for a comprehensive data product line, which includes SEER*Stat databases with an annual caseload of more than 800 000 incident cases. Furthermore, the program developed a full suite of analytical applications for population-based cancer statistics that include Joinpoint (regression-based trend analysis), DevCan (risk of diagnosis and death), CanSurv (survival models), and ComPrev and PrejPrev (cancer prevalence), among others. The future of the SEER Program is closely aligned to the overall goals of the "war on cancer." The program aims to release longitudinal treatment data coupled with a comprehensive genomic characterization of cancers with a declared goal of decreasing the cancer burden and disparities across a wide spectrum of diseases and communities.