Respiratory pandemic preparedness learnings from the June 2020 COVID-19 outbreak at San Quentin California State Prison.

PURPOSE: This study aims to characterize the June 2020 COVID-19 outbreak at San Quentin California State Prison and to describe what made San Quentin so vulnerable to uncontrolled transmission. DESIGN/METHODOLOGY/APPROACH: Since its onset, the COVID-19 pandemic has exposed and exacerbated the profound health harms of carceral settings, such that nearly half of state prisons reported COVID-19 infection rates that were four or more times (and up to 15 times) the rate found in the state's general population. Thus, addressing the public health crises and inequities of carceral settings during a respiratory pandemic requires analyzing the myriad factors shaping them. In this study, we reported observations and findings from environmental risk assessments during visits to San Quentin California State Prison. We complemented our assessments with analyses of administrative data. FINDINGS: For future respiratory pathogens that cannot be prevented with effective vaccines, this study argues that outbreaks will no doubt occur again without robust implementation of additional levels of preparedness - improved ventilation, air filtration, decarceration with emergency evacuation planning - alongside addressing the vulnerabilities of carceral settings themselves. ORIGINALITY/VALUE: This study addresses two critical aspects that are insufficiently covered in the literature: how to prepare processes to safely implement emergency epidemic measures when needed, such as potential evacuation, and how to address unique challenges throughout an evolving pandemic for each carceral setting.

Human Immunodeficiency Virus Training Pathways in Residency: A National Survey of Curricula and Outcomes.

BACKGROUND: The Ending the HIV Epidemic initiative, which aims to decrease the annual incidence of HIV infections in the United States (US) by 90% over the next decade, will require growth of a limited HIV provider workforce. Existing HIV training pathways within Family Medicine (FM) and Internal Medicine (IM) residency programs may address the shortage of HIV medical providers, but their curricula and outcomes have not previously been assessed. METHODS: We identified HIV residency pathways via literature review, Internet search, and snowball sampling and designed a cross-sectional study of existing HIV pathways in the US. This survey of pathway directors included 33 quantitative items regarding pathway organization, curricular content, graduate outcomes, and challenges. We used descriptive statistics to summarize responses. RESULTS: Twenty-five residency programs with dedicated HIV pathways in the US were identified (14 FM and 11 IM), with most located in the West and Northeast. All 25 (100%) pathway directors completed the survey. Since 2006, a total of 228 residents (77 FM and 151 IM) have graduated from these HIV pathways. Ninety (39%) of 228 pathway graduates provide primary care to persons with HIV (PWH). CONCLUSIONS: HIV pathways are effective in graduating providers who can care for PWH, but generally are not located in nor do graduates practice in the geographic areas of highest need. Our findings can inform quality improvement for existing programs, development of new pathways, and workforce development strategies. Specifically, expanding pathways in regions of greatest need and incentivizing pathway graduates to work in these regions could augment the HIV workforce.

Howell-Jolly bodies: a brief historical review.

Understanding the process by which red cell precursors lose their nuclei developed in the late 19th and early 20th centuries led to the identification of nuclear remnants in circulating red cells in certain pathological states, particularly absence or decreased function of the spleen. William Howell, an American, and Justin Jolly, a Frenchman, were among a number of early contributors to this field. Early on, their names were applied, singly or in tandem, to these red cell inclusions, and the eponym, Howell-Jolly bodies, has stuck. It was, however, not until after the mid-20th century that Howell-Jolly bodies were clearly differentiated from basophilic stippling and that the mechanisms of their formation and removal from red cells were understood.

Pappenheimer bodies: a brief historical review.

Pappenheimer is credited with describing the intraerythrocytic collections of iron, or siderotic granules, as they appear on Wright-stained blood smears of certain patients after splenectomy. The history of their description and elucidation of their origin and disposition shows the interaction of morphology with the increasing understanding of red cell physiology in the mid-twentieth century.

HIV-related Hodgkin's disease with central nervous system involvement and association with Epstein-Barr virus.

Central nervous system (CNS) involvement is a rare occurrence in the course of human immunodeficiency virus (HIV)-related Hodgkin's disease (HD). We report the clinical course of a patient with HIV infection who developed systemic HD, mixed cellularity subtype, later complicated by leptomeningeal involvement. The patient died from his illness, and autopsy was performed. Examining the brain lesion, Epstein-Barr virus (EBV) presence was demonstrated in Reed-Sternberg cells by immunohistochemistry using an EBER probe for EBV RNA. This is the second case report in the English literature of HD involving the CNS in an HIV-positive individual, and the first demonstrating EBV presence. Extranodal presence of Hodgkin's disease in patients with HIV infection is probably related to immunosuppression, and physicians treating this illness should be alert to the potential of unusual sites of involvement.