2/13 #schistosomiasis in migrants from endemic areas is a chronic helminthic infection in which eggs produced by adult trematodes residing in venous plexi can damage the liver & genitourinary tree due to inflammation over time
3/13 Those most at risk of acquiring schistosomiasis include adults & children residing in endemic areas of sub-Saharan Africa, southeast Asia, or eastern South America who have been reliant on freshwater bodies (rivers, lakes, streams) for activities of daily living
4/13 Long-term health consequences of #schistosomiasis relate to the worm burden acquired over time & timing of treatment. This is why chronic sequelae are over-represented in our migrant population compared to travelers who have been exposed to contaminated freshwater abroad
5/13 Migrant health practitioners are advised to screen migrants from endemic areas using a combination of validated & available microbiological assays
6/13 Co-infection with both S. mansoni causing intestinal schistosomiasis & S. haematobium causing genitourinary schistosomiasis should be considered in migrants from Africa
7/13 Furthermore, the possibility of co-infection with the bloodborne viruses - hep B, hep C, & HIV (the treatment of which &/or viruses themselves might have liver damaging effects) should also be excluded
8/13 Migrants with #schistosomiasis should be risk stratified for chronic sequelae of the liver (e.g., peri-portal fibrosis) by imaging (e.g., ultrasound) & bladder (e.g., screening for hematuria & metaplasia/SCC of bladder by U/A +/- imaging) if risk of haematobium. Cysto if UA+
10/13 Travelers to #schistosomiasis endemic areas are advised to avoid swimming or bathing in freshwater bodies incl. rivers, lakes, streams, ponds, waterfalls.
11/13 Given probable low inoculum of worms if infected, direct microbiological detection of eggs from stool or urine of travelers far less sensitive than in migrants. Most sensitive, practical, validated, & commercial diagnostic assay available in non-endemic areas is serology
12/13 If infected while visiting an endemic area, travelers may return w/ acute schistosomiasis characterized by syndrome of fever, cough, GI symptoms, rash & high-grade eosinophilia
1/23 Honored & privileged to have watched Day 1 of the National Dialogues & Action on anti-Black Racism & Black Inclusion in 🇨🇦 Higher Ed. Congratulations to sponsors & organizers for making this happen & for teaching us all who work in academia 🙌👏🔥🙏 utsc.utoronto.ca/nationaldialog…
2/23 👇A thread summarizing Key Insights & Messages for Action that I learned from Day 1, courtesy of super⭐️ panel & plenary speakers Drs. & Profs. Michael Charles, @deanstudentexp, Heather Hines, Alissa Trotz, Dexter Voisin, @MalindaSmith, @ProfWlkr & Mike DeGagne 🙏🙏🔥🙌👏
3/23 Key points re: academic success:
a. Inadequate complaints resolution process w/ frequent dismissal & re-categorization of issues when raised to leaders;
b. Discipline applied unequally;
c. Safe spaces to raise issues w/ leaders fluent in anti-Black racism needed
2/23 Fever = hypothalamic thermostat reset to a ⬆️ temp in response to infection. It’s an adaptive biological response to pathogen invasion that assists w/ immunological control of infections. Most texts refer to fever as temp >38 C. See JAMA paper also: ncbi.nlm.nih.gov/pubmed/1302471
3/23 Fever in returning travelers is common in our population due to high mobility & travel proclivities. We collectively log millions of miles of air and land transit annually to countries that have very different endemicity profiles for infectious diseases compared to 🇨🇦 or 🇺🇸