INTESTINAL AND BLOOD PARASITES IN SCARLET (ARA MACAO) AND GREAT GREEN (ARA AMBIGUA) MACAWS IN WILDLIFE REHABILITATION CENTERS IN COSTA RICA.

Costa Rica undertakes continuous efforts to recover the native population of macaw species through rehabilitation programs for breeding and releasing birds in protected areas. In the summer of 2018, a total of 107 scarlet (Ara macao) and 93 great green (Ara ambigua) macaws were sampled in four wildlife rehabilitation centers in Costa Rica. Fecal samples representing 200 individuals were analyzed for intestinal parasites, and 23 individuals were sampled for hemoparasites. Ascaridia and Capillaria were found in fecal samples. No hemoparasites were found. The distribution of percentage of infection was analyzed by location, species, and housing type. As part of a health screening prior to release, parasitological examination is recommended.

Native rodent species are unlikely sources of infection for Leishmania (Viannia) braziliensis along the Transoceanic Highway in Madre de Dios, Peru.

An estimated 2.3 million disability-adjusted life years are lost globally from leishmaniasis. In Peru's Amazon region, the department of Madre de Dios (MDD) rises above the rest of the country in terms of the annual incidence rates of human leishmaniasis. Leishmania (Viannia) braziliensis is the species most frequently responsible for the form of disease that results in tissue destruction of the nose and mouth. However, essentially nothing is known regarding the reservoirs of this vector-borne, zoonotic parasite in MDD. Wild rodents have been suspected, or proven, to be reservoirs of several Leishmania spp. in various ecosystems and countries. Additionally, people who live or work in forested terrain, especially those who are not regionally local and whose immune systems are thus naïve to the parasite, are at most risk for contracting L. (V.) braziliensis. Hence, the objective of this study was to collect tissues from wild rodents captured at several study sites along the Amazonian segment of the newly constructed Transoceanic Highway and to use molecular laboratory techniques to analyze samples for the presence of Leishmania parasites. Liver tissues were tested via polymerase chain reaction from a total of 217 rodents; bone marrow and skin biopsies (ear and tail) were also tested from a subset of these same animals. The most numerous rodent species captured and tested were Oligoryzomys microtis (40.7%), Hylaeamys perenensis (15.7%), and Proechimys spp. (12%). All samples were negative for Leishmania, implying that although incidental infections may occur, these abundant rodent species are unlikely to serve as primary reservoirs of L. (V.) braziliensis along the Transoceanic Highway in MDD. Therefore, although these rodent species may persist and even thrive in moderately altered landscapes, we did not find any evidence to suggest they pose a risk for L. (V.) braziliensis transmission to human inhabitants in this highly prevalent region.

Avaliação de um folheto educativo abordamento o conhecimento sobre toxoplasmose / Evaluation of an educational handout on knowledge about toxoplasmosis

Aims: The study sought to determine the factors associated with prior knowledge about toxoplasmosis, and to assess what participants learned after reading an educational handout. Methods: Participants were recruited at two sites in California: a public meeting about water quality in Morro Bay; and at the Women Infants and Children?s Nutrition Program office or La Leche League meetings in Yolo County. Demographic differences between sites were compared using Fisher?s exact test, and change in knowledge before and after reading the handout using Mantel-Haenszel methodology. Results: Non-Hispanic white participants were more likely than those of Hispanic ethnicity (62% vs. 20%, respectively) to have prior knowledge about toxoplasmosis. The most common source of information was newspapers (36%). Only 16% had obtained information from medical professionals. After reading the handout, 85% of participants identified Toxoplasma gondii as a parasite and 98% identified cats as the source of oocysts. Ninety-eight percent of participants who read the handout were aware they could acquire infection from cat faeces, 94% from meat, 78% from soil or in utero, and 69% from unwashed vegetables. Fewer (59%) recognized all sources. Conclusions: Knowledge about Toxoplasma gondii increased in all areas evaluated, but gaps remained, particularly with regard to environmental sources of Toxoplasma gondii infection and clinical manifestations of disease. In addition to care in handling cat faeces/litter and avoidance of undercooked meat, healthcare providers counseling pregnant women should emphasize the importance of wearing gloves when gardening, hand washing after handling soil or meat, and rinsing fresh vegetables thoroughly before consumption.