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Purpose -- The purpose of this paper is to identify organisational, technical and individual factors leading to maternal deaths in non-citizen women in Botswana. Design/methodology/approach -- A sub-analysis was conducted comparing non-citizen women to citizens in a case record review of maternal deaths in 2010. Feedback on the results to health professionals was provided and their comments were noted. Findings -- In total, 19.6 per cent of 56 case notes reviewed to establish contributory factors to maternal deaths were in non-citizens. This is lower than health professionals perceptions that most maternal deaths are in non-citizens. Non-citizens were significantly less likely to have been tested for HIV and less likely to have received antenatal care, so did not receive interventions to prevent transmission of HIV to their infants or anti-retroviral therapy. They were more likely than citizens to have miscarried or delivered before 28 weeks gestational age at death. Delays in seeking health care were a major contributory factor to death. Research limitations/implications -- Incomplete record keeping and missing details, with 30 per cent of the notes of maternal deaths missing, a common problem with retrospective case-note studies. Practical implications -- Botswana is unlikely to meet Millennium Development Goal five target to reduce the maternal mortality ratio by 75 per cent. To make progress non-citizens must be given the same rights to access maternal health services as citizens. Rationing healthcare for non-citizens is a false economy since treatment of subsequent obstetric emergencies in this group is expensive. Originality/value -- Discrimination against non-citizen women in Botswana, by denying them free access to maternal health services, extends into loss of life because of delays in seeking healthcare especially for obstetric emergencies. [ABSTRACT FROM AUTHOR]

The PackH 2 O water backpack carrier was developed to provide safe storage and relieve stress of head-loading during water transport with traditional containers such as buckets and jerry cans. We conducted an evaluation to assess both self-reported and observed use over a 6-month period between November 2014 and May 2015. A total of 866 packs were distributed to 618 households in six communities in rural Haiti, and 431 and 441 households were surveyed at midline and end line, respectively. We performed linear regression to assess change of self-reported use over time. Although 79.3% of respondents reported continued use of the 20-L pack after 6 months, other measures of self-reported use were low, with only 16.8% reporting to have used the pack the last time they collected water and 10.3% preferring the pack over other water collection containers. In addition, only 10.2% of all people collecting water at community sources were observed using packs and 12.0% of all households surveyed had water in the pack at the time of visit. Pack use varied by community and demographics. Although women were targeted during distribution, men preferred the pack and were more commonly observed using it at the community water sources. In conclusion, the use of the PackH 2 O was not widely adopted in rural Haiti; however, further research is needed to assess the pack acceptance in areas where back-loading is more common and in emergency settings.

Chikungunya and dengue are mosquito-borne, viral, acute febrile illnesses that can be difficult to distinguish clinically. Whereas dengue is endemic in many countries in the Caribbean and the Americas, the first locally acquired chikungunya case in the Western Hemisphere was reported from the Caribbean island of St. Martin in December 2013 and was soon followed by cases in many parts of the region. In January 2014, the Puerto Rico Department of Health (PRDH) and CDC initiated chikungunya surveillance by building on an existing passive dengue surveillance system. To assess the extent of chikungunya in Puerto Rico, the severity of illnesses, and the health care-seeking behaviors of residents, PRDH and CDC analyzed data from passive surveillance and investigations conducted around the households of laboratory-positive chikungunya patients. Passive surveillance indicated that the first locally acquired, laboratory-positive chikungunya case in Puerto Rico was in a patient with illness onset on May 5, 2014. By August 12, a total of 10,201 suspected chikungunya cases (282 per 100,000 residents) had been reported. Specimens from 2,910 suspected cases were tested, and 1,975 (68%) were positive for chikungunya virus (CHIKV) infection. Four deaths were reported. The household investigations found that, of 250 participants, 70 (28%) tested positive for current or recent CHIKV infection, including 59 (84%) who reported illness within the preceding 3 months. Of 25 laboratory-positive participants that sought medical care, five (20%) were diagnosed with chikungunya and two (8%) were reported to PRDH. These investigative efforts indicated that chikungunya cases were underrecognized and underreported, prompting PRDH to conduct information campaigns to increase knowledge of the disease among health care professionals and the public. PRDH and CDC recommended that health care providers manage suspected chikungunya cases as they do dengue because of the similarities in symptoms and increased risk for complications in dengue patients that are not appropriately managed. Residents of and travelers to the tropics can minimize their risk for both chikungunya and dengue by taking standard measures to avoid mosquito bites.