Symptoms improved after 3 days of hospitalization with antispasmodic treatment using phloroglucinol and the patient

was discharged from hospital. Cryptosporidium has become a well-known cause of opportunistic infections among acquired immunodeficiency syndrome (AIDS) patients and can be responsible for outbreaks of gastrointestinal disease. However, little is known about the role played by Cryptosporidium in Venetoclax travel-related diarrhea, particularly in children; this is probably underestimated due to underdiagnosis. As tropical travel is a recognized risk factor for cryptosporidiosis,6 systematic screening for spore-forming protozoa in all patients with persistent watery stools is essential. Examination of fresh stool samples by modified acid-fast staining would therefore be useful in all such patients. The adult patient with isosporidiosis presented with acute diarrhea. Isospora belli was reported to cause acute diarrhea in a traveler returning from India.7 Clinically, I belli infection is characterized by diarrhea,

colicky abdominal pain, and weight loss, often associated with fever and can mimic cryptosporidiosis or giardiasis. Although most infections are self-limiting, chronic diarrhea can result from ongoing cycles of schizogony and gametogony of I belli in the epithelium of small intestine. Little is known about the incidence of I belli infection and its potential risk Sunitinib to travelers. Isospora belli appears to respond to prolonged high-dose TMP and SMX therapy.8 Shorter courses of therapy may provide improvement, but symptoms of infection may recur even in normal hosts, as in this case. The 7-day empirical course of high-dose TMP/SMX prescribed in Mauritania was stopped after 4 days. Unfortunately, Baricitinib this patient was lost to follow-up and a follow-up stool examination was not performed. Those two cases highlight the need to consider spore-forming protozoa as potential causes of travelers’ diarrhea.

The authors state they have no conflicts of interest to declare. “
“This is the first issue of Journal of Travel Medicine with the cross-bar “Influenza” on the cover. In view of the fact that this infection is sometimes labeled the most frequent vaccine-preventable disease in travelers, this is justified. But what missing pieces do the four submitted original articles fill in the epidemiological and etiological puzzle? The contribution by Vilella and colleagues confirms that influenza, particularly pandemic influenza A(H1N1) 2009, is intensely and probably rapidly transmitted among groups with close and prolonged interpersonal contact, such as during a 4-hour bus ride.1 Among the 113 Spanish medical students who traveled for 1 week to the Dominican Republic, 6 (5.3%) developed mild influenza-like illness abroad 1–3 days before return; 62 among 86 (72.1%) who could be interviewed developed illness within 4 days after landing back in Spain. Overall, pandemic influenza A(H1N1) 2009 was confirmed in 39 patients, 2 of them asymptomatic.