ライフサイエンスコーパス: Bangladesh

1 (0% in rural Puno, Peru, to 7.8% in Matlab, Bangladesh).

2 lture University horticulture farm in Dhaka (Bangladesh).

3 014, in Viet Nam; April 20-June 23, 2014, in Bangladesh).

4 c enteric fever (typhoid and paratyphoid) in Bangladesh.

5 adesh suggest connectivity with bats east of Bangladesh.

6 n Mozambique, South Africa, Kenya, Mali, and Bangladesh.

7 ntry study conducted in Pakistan, Nepal, and Bangladesh.

8 ses were detected in live poultry markets in Bangladesh.

9 cluster-randomized controlled trial in rural Bangladesh.

10 design of serosurveys and tackling dengue in Bangladesh.

11 hingya leaders displaced to refugee camps in Bangladesh.

12 eir families across economic strata in rural Bangladesh.

13 nutrition intervention and control areas in Bangladesh.

14 cines in children <2 years of age in Matlab, Bangladesh.

15 generated from medication-vendor surveys in Bangladesh.

16 V in a geographically defined area in Dhaka, Bangladesh.

17 nteric fever among children aged <5 years in Bangladesh.

18 and anemia among children in rural Kenya and Bangladesh.

19 prevalences were 48.8% in Kenya and 17.4% in Bangladesh.

20 tive study for dengue from 70 communities in Bangladesh.

21 (n = 71), and healthy controls (n = 48) from Bangladesh.

22 ial spread of malaria parasites in southeast Bangladesh.

23 impact after the nationwide introduction in Bangladesh.

24 ern Rakhine State who have been displaced to Bangladesh.

25 n-inferiority trial in two clinics in Dhaka, Bangladesh.

26 ems existing for up to 20 years in India and Bangladesh.

27 96 villages (population roughly 125 000) in Bangladesh.

28 ine State, displacing thousands of people to Bangladesh.

29 s in children growing up in an urban slum in Bangladesh.

30 rom community clinics in Narsingdi district, Bangladesh.

31 n, age-descending, phase 1/2 trial in Dhaka, Bangladesh.

32 ines in the Galachipa subdistrict of coastal Bangladesh.

33 identify risk factors for hospitalization in Bangladesh.

34 worldwide, including [Formula: see text] in Bangladesh.

35 eloped in Ontario, Canada in infants born in Bangladesh.

36 together affect roughly a third of adults in Bangladesh.

37 trolled trial in two subdistricts of Sylhet, Bangladesh.

38 tial to greatly reduce the typhoid burden in Bangladesh.

39 not reduce the incidence of preterm birth in Bangladesh.

40 argeted for elimination in India, Nepal, and Bangladesh.

41 sis within an urban and a rural community in Bangladesh.

42 come, densely populated communities in urban Bangladesh.

43 evealed the growing burden of the disease in Bangladesh.

44 a link between ENSO patterns and cholera in Bangladesh.

45 ed trial in villages in the Matlab region of Bangladesh.

46 cs in the Pabna and Sirajdikhan districts of Bangladesh.

47 on into the routine immunization schedule in Bangladesh.

48 practices among Type 2 diabetic patients of Bangladesh.

49 and fatal respiratory infectious diseases in Bangladesh.

50 lood pressure (BP) in coastal populations in Bangladesh.

51 tal, a secondary-level hospital in Mirzapur, Bangladesh.

52 e impact of cholera-control interventions in Bangladesh.

53 ded to reduce injury deaths and morbidity in Bangladesh.

54 d child linear growth and head size in rural Bangladesh.

55 baseline 78% in women and 71% in children in Bangladesh.

56 mmon in many developing countries, including Bangladesh.

57 and manganese: a two-year follow-up study in Bangladesh.

58 nal transition among U5s has yet to occur in Bangladesh.

59 fluenza vaccine (LAIV) at two field sites in Bangladesh.

60 ected from different local markets in Dhaka, Bangladesh.

61 ted complications are high among children in Bangladesh.

62 oung children, within the megacity of Dhaka, Bangladesh.

63 hea among infants in an urban slum of Dhaka, Bangladesh.

64 gth-for-age z score (LAZ) <-2] are common in Bangladesh.

65 tality rate in China was higher than that of Bangladesh.

66 ht reduce the burden of influenza illness in Bangladesh.

67 sh, due in part to the high risks present in Bangladesh.

68 undernutrition among slum-dwelling adults in Bangladesh.

69 ge and intergenerational households, such as Bangladesh.

70 2 from Nepal, 4 from Pakistan, and none from Bangladesh.

71 orders on women and their families in rural Bangladesh.

72 ase were enrolled at two remote hospitals in Bangladesh.

73 care in Rohingya refugees and caregivers in Bangladesh.

74 glycemic control specially in urban areas of Bangladesh.

75 Rohingya refugee population in Cox's Bazar, Bangladesh.

76 sis (PKDL), in a highly endemic community in Bangladesh.

77 erent environmental parameters in Uganda and Bangladesh.

78 effective for reducing human rabies cases in Bangladesh.

79 491 individuals from a case-control study in Bangladesh.

80 s conducted in the Bauniabadh area of Dhaka, Bangladesh.

81 wildlife reservoir, Pteropus medius bats, in Bangladesh.

82 Cholera occurs throughout a large part of Bangladesh.

83 isplaced Rohingyas crossed into Cox's Bazar, Bangladesh.

84 rrhea patient households conducted in Dhaka, Bangladesh.

85 ctious diarrhea requiring hospitalization in Bangladesh.

86 dely used in intensive poultry production in Bangladesh.

87 based surveillance system for Nipah virus in Bangladesh.

88 ve panel survey of the Matlab subdistrict of Bangladesh.

89 spitals experienced a clinical complication (Bangladesh, 0.6% [18/3032]; Nepal, 2.3% [12/531]; Pakist

90 Uruguay [15.8 (95% UI: 13.6-19.0)] and Bangladesh [1.5 (95% UI: 1.0-1.8)] had highest and lowes

91 firmed enteric fever cases: 4,873 (56%) from Bangladesh, 1,602 (18%) from Nepal and 2,230 (26%) from

92 In Bangladesh, 1.5% of adults are blind and 21.6% have low

93 kistan 74.9% (180/242), Nepal 80% (4/5), and Bangladesh 100% (2/2).

94 a mean +/- SD age of 22.1 +/- 1.8 mo, and in Bangladesh 1470 participants were measured at a mean +/-

95 k cluster random household surveys in Dhaka, Bangladesh (2 sites); Karachi, Pakistan; Kathmandu, Nepa

96 dia (2 trials), urban India (1 trial), rural Bangladesh (2 trials), rural Nepal (1 trial), and rural

97 ruited at a gestational age of <=16 weeks in Bangladesh (2008-2011).

98 olled 31 841 households (53 926 children) in Bangladesh, 25 510 households (84 196 children and adult

99 talization data available were hospitalized (Bangladesh, 27% [1295/4868]; Nepal, 29% [455/1595]; Paki

100 rrets in lethal models of infection with NiV Bangladesh 3 days after exposure.

101 Of the 249 enrolled cases, 2 from Bangladesh, 5 from Nepal and 242 from Pakistan.

102 ptibility among S. Typhi isolates was 98% in Bangladesh, 87% in Nepal, and 95% in Pakistan.

103 on-susceptibility was detected in 77 (2%) in Bangladesh, 9 (.67%) in Nepal and 9 (.59%) isolates in P

104 30, 2018, 2472 patients (1527 patients from Bangladesh; 945 patients from Pakistan) were enrolled an

105 In Bangladesh, a comprehensive national cholera control pla

106 onal Centre for Diarrhoeal Disease Research, Bangladesh; a University of Oxford research review; and

107 ible patients were adults (aged >18 years in Bangladesh; aged >15 years in Pakistan) with pulmonary t

108 even different lentil cultivars developed by Bangladesh Agricultural Research Institute.

109 s analysis comprised 1) 9131 children across Bangladesh and 2) 18,636 children enrolled in a surveill

110 r the evaluation sample, 20 sub-districts in Bangladesh and 40 communes in Viet Nam were randomized t

111 impacts of MDV on human rabies incidence in Bangladesh and a subset of rabies death data (422) for c

112 h severe cholera caused by V. cholerae O1 in Bangladesh and age-, sex-, and ABO-matched Bangladeshi c

113 s would enrich the food composition table of Bangladesh and allow the population to consume more wild

114 and heel prick blood spots were collected in Bangladesh and analyzed at a newborn screening facility

115 ies were funded by the UN Population Fund in Bangladesh and China, UN Women in Cambodia and Indonesia

116 ru in Kenya; Kumasi in Ghana; and Rangpur in Bangladesh and compared three to five sanitation approac

117 phacidae)], which is a major pest of rice in Bangladesh and elsewhere.

118 sible additional undetected cases throughout Bangladesh and highlights the importance of surveillance

119 s of encephalitis and respiratory disease in Bangladesh and India on a near-annual basis.

120 continues to cause outbreaks in South Asia (Bangladesh and India), and these viruses have remained t

121 era remains a major public health problem in Bangladesh and little is known about cholera outside of

122 thers and children recruited from cohorts in Bangladesh and Mexico.

123 The lower Brahmaputra River in Bangladesh and Northeast India often floods during the m

124 Bangladesh and other countries should strive to ensure c

125 ssation aid in patients with tuberculosis in Bangladesh and Pakistan.

126 bo-controlled, trial at 32 health centres in Bangladesh and Pakistan.

127 le illnesses, and healthy controls in Dhaka, Bangladesh and performed Tubex and Typhidot tests, the W

128 estigated the gut microbiomes of humans from Bangladesh and Tanzania, two African baboon social group

129 sitive impacts on breastfeeding practices in Bangladesh and Viet Nam than standard counseling with le

130 living in hotspots of As contamination viz., Bangladesh and West Bengal, India.

131 010, in Viet Nam; April 28-June 26, 2010, in Bangladesh) and endline (June 16-August 30, 2014, in Vie

132 y would need to be 0.051 per 1000 infants in Bangladesh, and 0.018 per 1000 in Nigeria, to cost 0.5 p

133 identified in 17% (701/4065) of isolates in Bangladesh, and 1% (19/1342) in Nepal.

134 spitals in Karachi, 2 pediatric hospitals in Bangladesh, and 2 hospitals in Nepal.

135 Rohingya and host population in Cox's Bazar, Bangladesh, and characterize the burden of vision impair

136 e of IPD in many countries, including Nepal, Bangladesh, and Guatemala.

137 g who were living in an urban slum in Dhaka, Bangladesh, and had not benefited from a nutritional int

138 were recruited from 2 hospitals in India and Bangladesh, and healthy participants (N = 44) underwent

139 ge z score (WAZ) <-2] aged 6-23 mo in Dhaka, Bangladesh, and identified by active community surveilla

140 e migrant youths from Afghanistan, Pakistan, Bangladesh, and Iran who arrived in Greece as UAMs but h

141 tiary hospitals located in Dhaka and Sylhet, Bangladesh, and is focused on comparing their genomic ch

142 Ethiopia, IgangaMayuge in Uganda, Matlab in Bangladesh, and Kintampo in Ghana) were randomly assigne

143 e study of enteric fever incidence in Nepal, Bangladesh, and Pakistan.

144 Rice is the primary crop in Bangladesh, and rice yield is diminished due to the buil

145 ve HDSSs: Mozambique, Mali, Ethiopia, Kenya, Bangladesh, and South Africa; the seventh, in Sierra Leo

146 unique to toddlers with stunted growth from Bangladesh, and that confer the capacity to similarly ta

147 ., the Ganges-Brahmaputra-Mehta Basin within Bangladesh, and the Mekong Delta in Cambodia, along with

148 among the general adult population in rural Bangladesh, and to assess the effect of these interventi

149 d ICP3, commonly shed by cholera patients in Bangladesh, as models to understand the predation dynami

150 ected from poultry shops in Sylhet division, Bangladesh, as well as to determine correlation between

151 were available from 6 countries (Azerbaijan, Bangladesh, Belarus, Pakistan, the Philippines, and Sout

152 en purposively sampled rural subdistricts of Bangladesh between June and November, 2013.

153 e sponsorship of the Diabetic Association of Bangladesh (BIRDEM).

154 urban and rural communities in 11 countries (Bangladesh, Brazil, Chile, China, Colombia, India, Pakis

155 Bangladesh, Brazil, Costa Rica, Ecuador, Kyrgyzstan, and

156 ions, and healthy controls were recruited in Bangladesh, Brazil, Ethiopia and Nepal.

157 The programme included 11 countries (Bangladesh, Brazil, Ethiopia, France, Ghana, Indonesia,

158 from near birth until 5 y of age at sites in Bangladesh, Brazil, India, Nepal, Peru, South Africa, an

159 lciparum malaria hospitalized in Chittagong, Bangladesh, bulk RCD was measured using a laser diffract

160 ts in WSH also reduced the risk of anemia in Bangladesh but did not provide added benefit over the nu

161 own only during the summer (aman) monsoon in Bangladesh but more than half is now grown during the dr

162 s and maternal micronutrient status in rural Bangladesh, but effects on newborn status are unknown.

163 WASH interventions reduced diarrhoea in Bangladesh, but not in Kenya or Zimbabwe.

164 e Bayley Scales of Infant Development III in Bangladesh children.

165 ective cohort study at tertiary hospitals in Bangladesh, Colombia, Egypt, Ghana, India, Lebanon, Nepa

166 -five low-income or middle-income countries (Bangladesh, Colombia, India, Jordan and Sri Lanka), and

167 visited participants six times per month in Bangladesh compared with monthly in Kenya and Zimbabwe;

168 In Bangladesh, contamination was associated with higher wee

169 Abatement in China, India, and Bangladesh contributes to the largest reduction of prema

170 from Drowning project, implemented in rural Bangladesh, did a census on 1.2 million people to fill t

171 gram alone in 10 sub-districts each across 4 Bangladesh districts.

172 y risks compared to respondents remaining in Bangladesh, due in part to the high risks present in Ban

173 d October 2018, the laboratories of 7 sites (Bangladesh, Ethiopia, Kenya, Mali, Mozambique, Sierra Le

174 in many of the countries where CHAMPS works-Bangladesh, Ethiopia, Kenya, Mali, Mozambique, Sierra Le

175 cells from 317 participants enrolled in the Bangladesh Folic Acid and Creatine Trial (FACT).

176 hine State, Myanmar to Cox's Bazar District, Bangladesh, following escalated violence by Myanmar secu

177 We conducted enteric fever surveillance in Bangladesh from 2004 through 2016 in the inpatient depar

178 hea who were admitted in a rural hospital in Bangladesh from 2010-2012 and from matched, healthy cont

179 ong diarrhea patients in 22 sites throughout Bangladesh from 2014 to 2018.

180 identified during outbreak investigations in Bangladesh from April 2001 through April 2014 to investi

181 Despite the presence of the Bangladesh government, United Nations agencies and other

182 of bans in six countries-Jordan, Sri Lanka, Bangladesh, Greece [Crete], South Korea, and Taiwan) or

183 2017 in ten countries across three regions (Bangladesh, Haiti, Kenya, Malawi, Namibia, Nepal, Rwanda

184 hed at sites in seven countries (Baliakandi, Bangladesh; Harar and Kersa, Ethiopia; Siaya and Kisumu,

185 This study shows that Bangladesh has all of the ingredients for invasive GBS d

186 Bangladesh has confirmed COVID-19 cases and hosts almost

187 Bangladesh has substantial cold-chain storage and transp

188 Although high levels of Pb in blood in Bangladesh have been documented, the dominant Pb sources

189 in 5 CHAMPS sites in sub-Saharan Africa and Bangladesh have been incorporated into the DeCoDe proces

190 rces contributing to human exposure in rural Bangladesh have not been determined.

191 although the A(H5N1) viruses circulating in Bangladesh have the capacity to infect and replicate in

192 recently, wheat blast (in South America and Bangladesh) have become diseases of major importance in

193 andomized, controlled trial (CRT) in Matlab, Bangladesh, HRV was included in Matlab's routine immuniz

194 onal Centre for Diarrhoeal Disease Research, Bangladesh [icddr,b] service area [ISA] and government s

195 albertii was first isolated from infants in Bangladesh in 1991, although the bacterium was initially

196 act of programmatic rotavirus vaccination in Bangladesh in children <2 years of age.

197 ts with culture-confirmed enteric fever from Bangladesh in comparison to 3 healthy controls.

198 We used data from a community-based trial in Bangladesh in which we enrolled pregnant women from 2013

199 .0% of soil from houses of leprosy patients (Bangladesh), in 10.7% from armadillos' holes (Suriname)

200 in the Democratic Republic of the Congo and Bangladesh, including interviews, water point observatio

201 quine plus mefloquine; and in Laos, Myanmar, Bangladesh, India, and the Democratic Republic of the Co

202 ific gathered leading hepatitis experts from Bangladesh, India, Indonesia, Malaysia, Pakistan, the Ph

203 condary- and tertiary-level hospitals across Bangladesh, India, Kenya, Nigeria, and Pakistan underwen

204 laysia, South Africa, China, Colombia, Iran, Bangladesh, India, Pakistan, and Zimbabwe).

205 In Bangladesh, infection occurs when people drink date-palm

206 Only 50% of newborns in Bangladesh initiated breastfeeding within 1 hour of birt

207 a 2-y community trust intervention in rural Bangladesh involving 121 union councils (the smallest ru

208 In Bangladesh, IPC was delivered through a large non-govern

209 at undernutrition in slum-dwelling adults in Bangladesh is associated with numerous physiological and

210 tients attending a tertiary-care hospital in Bangladesh is average.

211 den of fatal and non-fatal injuries in rural Bangladesh is substantial, accounting for 44 050 deaths

212 The prevalence of adult undernutrition in Bangladesh is substantial, but there have been few studi

213 uch, endemic to the southern saline coast of Bangladesh, is known to have salt tolerance traits and c

214 feeding (IYCF) on stunting and diarrhoea in Bangladesh, Kenya, and Zimbabwe.

215 ca, Mozambique; Basse, The Gambia; Mirzapur, Bangladesh; Kolkata, India; and Bin Qasim Town, Karachi,

216 Bamako, Mali; Manhica, Mozambique; Mirzapur, Bangladesh; Kolkata, India; and Karachi, Pakistan.

217 ponsible for this outbreak was closer to the Bangladesh lineage.

218 eropathogens associated with malnutrition in Bangladesh.Malnourished children [weight-for-age z score

219 e collected from infants in an urban slum in Bangladesh (Mirpur, Dhaka) as part of the performance of

220 ructured genetic groups: Bhutan/Nepal, India/Bangladesh/Myanmar, and Iran/Pakistan.

221 cine (LAIV) in children aged 24-59 months in Bangladesh (N = 1761).

222 +N: 27.3%; PR: 0.56; 95% CI: 0.42, 0.75] and Bangladesh (N: 8.7%; PR: 0.50; 95% CI: 0.32, 0.78; WSH+N

223 D supplementation during pregnancy in Dhaka, Bangladesh (NCT01924013).

224 In Bangladesh, neonatal sepsis is the cause of 24% of neona

225 e of Enteric Fever in Asia Project (SEAP) in Bangladesh, Nepal and Pakistan.

226 cted enteric fever cases from 6 hospitals in Bangladesh, Nepal, and Pakistan, and enrolled patients i

227 ts prospective enteric fever surveillance in Bangladesh, Nepal, and Pakistan.

228 (AMR) among confirmed enteric fever cases in Bangladesh, Nepal, and Pakistan.

229 ng illness severity, in selected settings in Bangladesh, Nepal, and Pakistan.

230 oject (SEAP), a 3-year surveillance study in Bangladesh, Nepal, and Pakistan.

231 an observational study in five hospitals in Bangladesh, Nepal, and Tanzania.

232 control study among children <2 years old in Bangladesh, Nepal, Pakistan, and Vietnam to evaluate inf

233 ation vs routine infant vaccination alone in Bangladesh, Nigeria, and Brazil.

234 distinct strains of NiV, Malaysia (NiVM) and Bangladesh (NiVB).

235 r personal experience with the appearance in Bangladesh of a destructive new fungal disease called wh

236 es (representing 30 agro-ecological zones of Bangladesh) of six prioritized key dietary protein sourc

237 e MDR; no MDR S. Paratyphi was reported from Bangladesh or Nepal.

238 er sources were associated with lower WSC in Bangladesh, Pakistan, and Mozambique.

239 In rural communities in Bangladesh, Pakistan, and Sri Lanka, a multicomponent in

240 ized, controlled trial in rural districts in Bangladesh, Pakistan, and Sri Lanka.

241 d surface water for the rural populations of Bangladesh, Pakistan, Ethiopia, and Mozambique.

242 cted from families in Rupganj upazila, rural Bangladesh (randomly selected from participants in a ran

243 Vietnam, India and Bangladesh receive the greatest benefits in terms of peo

244 inding that the 9-11 month injectable-based 'Bangladesh' regimen was non-inferior to longer regimens,

245 release of arsenic to shallow groundwater in Bangladesh remain poorly understood.

246 1P[8] rotavirus vaccine (RotarixTM) trial in Bangladesh, rotavirus-specific plasma IgA antibody seroc

247 Cohort studies in Bangladesh showed promising cure rates among patients wi

248 5N1) viruses have circulated continuously in Bangladesh since 2007, and active surveillance has detec

249 Here, we characterized NiV Bangladesh strain (NiV-B) infection of human lung grafts

250 transmission during human outbreaks than the Bangladesh strain (NiVB).

251 stituted mouse model, we showed that the NiV Bangladesh strain induced cytopathic lesions in lung gra

252 we challenged African green monkeys with the Bangladesh strain of NiV by the intranasal route using t

253 Bangladesh successfully introduced IPV, but shortages re

254 ry of a Malaysia-clade NiV strain in eastern Bangladesh suggest connectivity with bats east of Bangla

255 E. coli populations from broiler chickens in Bangladesh suggesting a massive horizontal spread of mcr

256 Soil samples (n = 73) were collected in Bangladesh, Suriname and the British Isles.

257 omes of 27 phages from the United States and Bangladesh that infect the prevalent human gut bacterium

258 ERCH is a case-control study in 7 countries: Bangladesh, The Gambia, Kenya, Mali, South Africa, Thail

259 evere pneumonia from 9 sites in 7 countries (Bangladesh, the Gambia, Kenya, Mali, South Africa, Thail

260 In Dhaka, Bangladesh, the sensitivity and specificity of three hum

261 In Bangladesh, the WSH group had a lower prevalence of anem

262 illage-based rice processing plants in rural Bangladesh, this study considered how parboiling rice co

263 a, Mali, South Africa, Zambia, Thailand, and Bangladesh), through 32 on-site courses and a training w

264 We conducted a study in rural Bangladesh to (1) quantify domestic fecal contamination

265 bstantially from 0.47 (95% UI: 0.34-0.58) in Bangladesh to 5.6 (95% UI: 4.6-6.1) in the Czech Republi

266 with these environmental reservoirs in rural Bangladesh to assess the relative contribution of differ

267 from 11 geographically diverse hospitals in Bangladesh to describe pathogen-specific burdens of diar

268 contacts of 94 Nipah virus case patients in Bangladesh to determine how contact patterns (physical a

269 pril-May 2018 among Rohingya in Cox's Bazar, Bangladesh, to assess polio immunity and inform vaccinat

270 n-based active surveillance for influenza in Bangladesh, to assess transmission and contain further s

271 In Bangladesh, typhoid fever is endemic, with incidence rat

272 (n = 107) and healthy controls (n = 45) from Bangladesh using high-resolution liquid chromatography-m

273 female) living in Rohingya refugee camps in Bangladesh, using convenience sampling to recruit partic

274 nation sessions in 8 districts and cities of Bangladesh, using purposive sampling during August-Octob

275 017-2018 outbreak among Rohingya refugees in Bangladesh was the largest in decades.

276 al of HeV and both strains of NiV (Malaysia, Bangladesh) was assessed in cynomolgus monkeys and compa

277 rkuch, endemic to the saline coastal area of Bangladesh, was used in this study as the source of tole

278 In rural Bangladesh we examined cognitive and motor function and

279 In the context of groundwater arsenic in Bangladesh, we challenge this notion here by showing tha

280 METHODS AND In Bangladesh, we cluster-randomized (1:1) 142 villages of

281 luster-randomized, controlled trial in rural Bangladesh, we enrolled pregnant women in 4 arms: contro

282 Here, using the example of Dhaka, Bangladesh, we illustrate how interactions between aquif

283 sistance against MoT isolates in Bolivia and Bangladesh, we performed a large genome-wide association

284 In a trial in rural Bangladesh, we randomized geographical clusters of pregn

285 fish, shrimp and prawn from local markets in Bangladesh were analysed for concentrations of total Fe,

286 ters) in two low-income urban communities in Bangladesh were randomly assigned (1:1) to have their dr

287 of 480 9-month-old participants from Matlab, Bangladesh, were enrolled in a study with a primary obje

288 aquifers (<30 m) at two sites in Araihazar, Bangladesh, were investigated.

289 Healthy infants in Matlab, Bangladesh, were randomized to receive 3 doses of monova

290 4 years in urban Kamalapur and rural Matlab, Bangladesh, were randomly assigned in a 2:1 ratio, accor

291 with high reduction potential include India, Bangladesh, western Europe, China, several countries in

292 This is of particular concern in Bangladesh, where highly pathogenic avian influenza viru

293 Maternal morbidity is common in Bangladesh, where the maternal mortality rate has platea

294 Genotype 1 was found in Bangladesh whilst in Suriname the genotype was 1 or 2.

295 onal Centre for Diarrhoeal Disease Research, Bangladesh, with acute diarrhoea (defined by WHO as thre

296 recruited women from 16 pairs of villages in Bangladesh, with each pair comprising similar villages f

297 e host community of all ages in Cox's Bazar, Bangladesh, with fixed vision screening locations establ

298 stantial economic burden of enteric fever in Bangladesh, with higher costs for patients receiving inp

299 eposition in the summer Indian subcontinent, Bangladesh, with inorganic arsenic dominating, accountin

300 ve longitudinal birth cohort study in Dhaka, Bangladesh, with monthly Giardia and continuous diarrhea