14 results on '"Arinaitwe R"'
Search Results
2. Effectiveness of a community-based approach for the investigation and management of children with household tuberculosis contact in Cameroon and Uganda: a cluster-randomised trial
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Bonnet, M, Vasiliu, A, Tchounga, BK, Cuer, B, Fielding, K, Ssekyanzi, B, Tchakounte Youngui, B, Cohn, J, Dodd, PJ, Tiendrebeogo, G, Tchendjou, P, Simo, L, Okello, RF, Kuate Kuate, A, Turyahabwe, S, Atwine, D, Graham, SM, Casenghi, M, Chauvet, S, de Carvalho, E, Ouedraogo, S, Leguicher, G, Tiam, A, Oziemkowska, M, Atieno Ayuo, E, Mafirakureva, N, Berset, M, Lemaire, JF, Sih, C, Kana, R, Youm, E, Guedem Nekame, JL, Manguele, PW, Bindzi, P, Ndongo, MLA, Ndjang Kombou, D, Tsigaing, PN, Mbunka Awolu, M, Seuleu Ndjamakou, LG, Sitamze Kaptue, N, Ngounou Moyo, DF, Patouokoumche Ngouh, R, Kouotou Mouliom, JS, Abogo Abatsong, HA, Essebe Ngangue, RC, Djeumene, R, Maguia Tatiane Kouam, LT, Nono Djilo, LF, Bakmano Raïssa, MJ, Njikeh, KD, Bissek, AC, Arinaitwe, R, Otai, D, Kamanzi, H, Natukunda, A, Natukunda, E, Kyarimpa, R, Kyomuhendo, D, Sanyu, S, Ssemanya, J, Nabbuto, J, Lugoose, S, Rachael, K, Tebylwa Beryta, J, Kitakule, F, Atuhaire, S, Kembabazi, M, Abok, F, Kakinda, M, Odongo, D, Ijjo, H, Kyomugisha, C, Aryatuhwera, J, Ashaba, B, Nuwamanya, P, Arinaitwe, M, Natukunda, P, Muhangi, C, Muhumuza, D, Ndyeimuka, G, Bagabe, J, Tiboruhanga, J, Tibaijuka, F, Nahabwe, M, Bonnet, M, Vasiliu, A, Tchounga, BK, Cuer, B, Fielding, K, Ssekyanzi, B, Tchakounte Youngui, B, Cohn, J, Dodd, PJ, Tiendrebeogo, G, Tchendjou, P, Simo, L, Okello, RF, Kuate Kuate, A, Turyahabwe, S, Atwine, D, Graham, SM, Casenghi, M, Chauvet, S, de Carvalho, E, Ouedraogo, S, Leguicher, G, Tiam, A, Oziemkowska, M, Atieno Ayuo, E, Mafirakureva, N, Berset, M, Lemaire, JF, Sih, C, Kana, R, Youm, E, Guedem Nekame, JL, Manguele, PW, Bindzi, P, Ndongo, MLA, Ndjang Kombou, D, Tsigaing, PN, Mbunka Awolu, M, Seuleu Ndjamakou, LG, Sitamze Kaptue, N, Ngounou Moyo, DF, Patouokoumche Ngouh, R, Kouotou Mouliom, JS, Abogo Abatsong, HA, Essebe Ngangue, RC, Djeumene, R, Maguia Tatiane Kouam, LT, Nono Djilo, LF, Bakmano Raïssa, MJ, Njikeh, KD, Bissek, AC, Arinaitwe, R, Otai, D, Kamanzi, H, Natukunda, A, Natukunda, E, Kyarimpa, R, Kyomuhendo, D, Sanyu, S, Ssemanya, J, Nabbuto, J, Lugoose, S, Rachael, K, Tebylwa Beryta, J, Kitakule, F, Atuhaire, S, Kembabazi, M, Abok, F, Kakinda, M, Odongo, D, Ijjo, H, Kyomugisha, C, Aryatuhwera, J, Ashaba, B, Nuwamanya, P, Arinaitwe, M, Natukunda, P, Muhangi, C, Muhumuza, D, Ndyeimuka, G, Bagabe, J, Tiboruhanga, J, Tibaijuka, F, and Nahabwe, M
- Abstract
Background: Globally, the uptake of tuberculosis-preventive treatment (TPT) among children with household tuberculosis contact remains low, partly due to the necessity of bringing children to health facilities for investigations. This study aimed to evaluate the effect on TPT initiation and completion of community-based approaches to tuberculosis contact investigations in Cameroon and Uganda. Methods: We did a parallel, cluster-randomised, controlled trial across 20 clusters (consisting of 25 district hospitals and primary health centres) in Cameroon and Uganda, which were randomised (1:1) to receive a community-based approach (intervention group) or standard-of-care facility-based approach to contact screening and management (control group). The community-based approach consisted of symptom-based tuberculosis screening of all household contacts by community health workers at the household, with referral of symptomatic contacts to local facilities for investigations. Initiation of TPT (3-month course of rifampicin–isoniazid) was done by a nurse in the household, and home visits for TPT follow-up were done by community health workers. Index patients were people aged 15 years or older with bacteriologically confirmed, drug-susceptible, pulmonary tuberculosis diagnosed less than 1 month before inclusion and who declared at least one child or young adolescent (aged 0–14 years) household contact. The primary endpoint was the proportion of declared child contacts in the TPT target group (those aged <5 years irrespective of HIV status, and children aged 5–14 years living with HIV) who commenced and completed TPT, assessed in the modified intention-to-treat population (excluding enrolled index patients and their contacts who did not fit the eligibility criteria). Descriptive cascade of care assessment and generalised linear mixed modelling were used for comparison. This study is registered with ClinicalTrials.gov (NCT03832023). Findings: The study included nine clusters in
- Published
- 2023
3. Characteristics of human encounters and social mixing patterns relevant to infectious diseases spread by close contact: a survey in Southwest Uganda
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le Polain de Waroux, O., Cohuet, S., Ndazima, D., Kucharski, A. J., Juan-Giner, A., Flasche, S., Tumwesigye, E., Arinaitwe, R., Mwanga-Amumpaire, J., Boum, II, Y., Nackers, F., Checchi, F., Grais, R. F., and Edmunds, W. J.
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- 2018
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4. Effect of systematic tuberculosis detection on mortality in young children with severe pneumonia in countries with high incidence of tuberculosis: a stepped-wedge cluster-randomised trial
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Marcy, O, Wobudeya, E, Font, H, Vessière, A, Chabala, C, Khosa, C, Taguebue, J-V, Moh, R, Mwanga-Amumpaire, J, Lounnas, M, Mulenga, V, Mavale, S, Chilundo, J, Rego, D, Nduna, B, Shankalala, P, Chirwa, U, De Lauzanne, A, Dim, B, Tiogouo Ngouana, E, Folquet Amorrissani, M, Cisse, L, Amon Tanoh Dick, F, Komena, EA, Kwedi Nolna, S, Businge, G, Natukunda, N, Cumbe, S, Mbekeka, P, Kim, A, Kheang, C, Pol, S, Maleche-Obimbo, E, Seddon, JA, Mao, TE, Graham, SM, Delacourt, C, Borand, L, Bonnet, M, Serre, A, Badrichani, A, Razafimanantsoa, M, Poublan, J, Roucher, C, Occelli, E, Beuscart, A, Charpin, A, Habiyambere, G, Mesnier, S, Balestre, E, Bhatta, B, Maillard, A-L, Orne-Gliemann, J, Baillet, E, Koskas, N, D'Elbée, M, Gabillard, D, Huyen, M, Espérou, H, Couffin-Cadiergues, S, Kuppers, A, Hamze, B, BORAND, L, de LAUZANNE, A, DIM, B, Keang, C, PRING, L, YIN, S, SARITH, C, PHAN, C, NHEUONG, S, LY, S, KAING, S, SRENG, V, LUN, E, SAY, L, SUOM, S, FERHY, R, SO, D, BORN, S, PAL, S, NANG, B, MAO, TE, KIM, A, Srey, V, Kan, P, Hout, L, Ith, S, Oum, S, Sau, S, Ho, KH, Kith, D, Nuch, N, Horm, CL, Sophon, C, Roeungdeth, B, MENG, C, RITH, R, PHY, S, SOR, C, SAO, V, KHAT, S, MAK, B, UY, A, KHAY, S, SOM, K, HACH, R, SOK, H, KUON, S, HENG, S, SENG, A, NIM, S, PAN, R, KIM, S, SREY LEAP, K, NET, B, NOUN, V, LAY, D, MANY, C, Seng, S, Ly, V, So, S, Oun, S, CHEY, S, CHHEA, R, BAONG, L, THOUNG, V, KHEANG, C, BY, B, Nguon, V, MEACH, E, Tek, S, Ngeav, S, Lun, T, HEM, D, CHUT, N, SARIK, S, NANG, H, MEACH, M, SRENG, S, SAR, D, KIN, R, ROS, P, DORN, C, KAK, C, Sambath, SL, Son, L, Bin, L, Pengong, E, Khutsorn, S, Seang, S, Soun, V, Vong, V, Khoeung, C, Um, P, Bou, S, Song Pich, S, Nim, P, Khat, S, Ban Si, N, Ream, S, Ing, S, Chann, P, Ngeth, S, Sun, M, Chhoeung, S, Sean, S, Prak, R, Amboua Schouame Onambele, A, Hycenth, N, Melingui, B, Nkembe Medounmga, A, Hougnang Tatmi, L, Etemgoua, N, Kouesso, V, Bugin, J, Nzedjom, C, Ngoya, R, Eyike, J, Loudjom, E, Lonsti, R, Dang, L, Bintar, E, Njayong, C, Ngonsoa O, C, Ndzeukap, I, Dzoyem, P, Dzokou, C, Dindo, B, Aka Bony, R, Kouadio, C, Danho, S, Goli, M, Folquet, M, Itchy, MV, Sidibé, A, Cissé, L, Ouattara, J, Konaté, M, Amon-Tanoh Dick, F, Cardena, M, Adonis-Koffi, L, Eugenie, D, Kouamé, F, Menan, H, Inwoley, A, Ouassa, T, Nguessan, MS, Manhiça, E, Zitha, A, Chiúle, V, Muxanga, E, Gune, I, Lima, Y, Ribeiro, J, Maxanguana, F, Morais, N, Manhiça, J, Give, J, Atumane, J, Lucas, G, Thai, A, Chave, A, Guambe, L, Issa, F, Carneiro, R, Pene, N, Florindo, N, Machel, D, Cumbane, C, Mendes, H, Kitungwa, M, Muianga, V, Tamele, H, Sulude, A, Mabota, R, Comandante, H, Massangaie, A, Businge, GB, Namulinda, F, Sserunjogi, R, Nassozi, R, Barungi, C, Aanyu, H, Muwonge, D, Kagoya, E, Aciparu, S, Chemutai, S, Ntambi, S, Wasswa, A, Nangozi, J, Tagoola, A, Kenneth, S, Lubega, JP, Nassali, A, Tagobera, J, Agwang, C, Kalembe, F, Ajambo, A, Aguti, E, Kasibante, S, Matende, H, Odongo, IO, Mwanga Amumpaire, J, Ngabirano, G, Kakwenza, P, Nuwamanya, S, Nyangoma, M, Nabbuto, J, Abok, F, Arinaitwe, R, Birungi, D, Mwesigwa, E, Atwine, D, Mbega, H, Orikiriza, P, Taremwa, I, Turyashemererwa, E, Derrick, H, Nyehangane, D, Kaitano, R, Logoose, S, Businge, S, Ntambi, C, Mugabi, J, Mzee, J, Besigye, J, Kanzira, S, Turyatemba, P, Twebaze, F, Hambulo, C, Kapotwe, V, Ngambi, M, Kasakwa, K, Kapula, C, Zulu, S, Nawakwi, G, Siasulingana, T, Chilonga, J, Chimbini, M, Chilanga, M, Inambao, M, Mwambazi, M, Halende, B, Mumba, W, Mankunshe, E, Silavwe, M, Chakopo, M, Moono, R, Marcy, O, Wobudeya, E, Font, H, Vessière, A, Chabala, C, Khosa, C, Taguebue, J-V, Moh, R, Mwanga-Amumpaire, J, Lounnas, M, Mulenga, V, Mavale, S, Chilundo, J, Rego, D, Nduna, B, Shankalala, P, Chirwa, U, De Lauzanne, A, Dim, B, Tiogouo Ngouana, E, Folquet Amorrissani, M, Cisse, L, Amon Tanoh Dick, F, Komena, EA, Kwedi Nolna, S, Businge, G, Natukunda, N, Cumbe, S, Mbekeka, P, Kim, A, Kheang, C, Pol, S, Maleche-Obimbo, E, Seddon, JA, Mao, TE, Graham, SM, Delacourt, C, Borand, L, Bonnet, M, Serre, A, Badrichani, A, Razafimanantsoa, M, Poublan, J, Roucher, C, Occelli, E, Beuscart, A, Charpin, A, Habiyambere, G, Mesnier, S, Balestre, E, Bhatta, B, Maillard, A-L, Orne-Gliemann, J, Baillet, E, Koskas, N, D'Elbée, M, Gabillard, D, Huyen, M, Espérou, H, Couffin-Cadiergues, S, Kuppers, A, Hamze, B, BORAND, L, de LAUZANNE, A, DIM, B, Keang, C, PRING, L, YIN, S, SARITH, C, PHAN, C, NHEUONG, S, LY, S, KAING, S, SRENG, V, LUN, E, SAY, L, SUOM, S, FERHY, R, SO, D, BORN, S, PAL, S, NANG, B, MAO, TE, KIM, A, Srey, V, Kan, P, Hout, L, Ith, S, Oum, S, Sau, S, Ho, KH, Kith, D, Nuch, N, Horm, CL, Sophon, C, Roeungdeth, B, MENG, C, RITH, R, PHY, S, SOR, C, SAO, V, KHAT, S, MAK, B, UY, A, KHAY, S, SOM, K, HACH, R, SOK, H, KUON, S, HENG, S, SENG, A, NIM, S, PAN, R, KIM, S, SREY LEAP, K, NET, B, NOUN, V, LAY, D, MANY, C, Seng, S, Ly, V, So, S, Oun, S, CHEY, S, CHHEA, R, BAONG, L, THOUNG, V, KHEANG, C, BY, B, Nguon, V, MEACH, E, Tek, S, Ngeav, S, Lun, T, HEM, D, CHUT, N, SARIK, S, NANG, H, MEACH, M, SRENG, S, SAR, D, KIN, R, ROS, P, DORN, C, KAK, C, Sambath, SL, Son, L, Bin, L, Pengong, E, Khutsorn, S, Seang, S, Soun, V, Vong, V, Khoeung, C, Um, P, Bou, S, Song Pich, S, Nim, P, Khat, S, Ban Si, N, Ream, S, Ing, S, Chann, P, Ngeth, S, Sun, M, Chhoeung, S, Sean, S, Prak, R, Amboua Schouame Onambele, A, Hycenth, N, Melingui, B, Nkembe Medounmga, A, Hougnang Tatmi, L, Etemgoua, N, Kouesso, V, Bugin, J, Nzedjom, C, Ngoya, R, Eyike, J, Loudjom, E, Lonsti, R, Dang, L, Bintar, E, Njayong, C, Ngonsoa O, C, Ndzeukap, I, Dzoyem, P, Dzokou, C, Dindo, B, Aka Bony, R, Kouadio, C, Danho, S, Goli, M, Folquet, M, Itchy, MV, Sidibé, A, Cissé, L, Ouattara, J, Konaté, M, Amon-Tanoh Dick, F, Cardena, M, Adonis-Koffi, L, Eugenie, D, Kouamé, F, Menan, H, Inwoley, A, Ouassa, T, Nguessan, MS, Manhiça, E, Zitha, A, Chiúle, V, Muxanga, E, Gune, I, Lima, Y, Ribeiro, J, Maxanguana, F, Morais, N, Manhiça, J, Give, J, Atumane, J, Lucas, G, Thai, A, Chave, A, Guambe, L, Issa, F, Carneiro, R, Pene, N, Florindo, N, Machel, D, Cumbane, C, Mendes, H, Kitungwa, M, Muianga, V, Tamele, H, Sulude, A, Mabota, R, Comandante, H, Massangaie, A, Businge, GB, Namulinda, F, Sserunjogi, R, Nassozi, R, Barungi, C, Aanyu, H, Muwonge, D, Kagoya, E, Aciparu, S, Chemutai, S, Ntambi, S, Wasswa, A, Nangozi, J, Tagoola, A, Kenneth, S, Lubega, JP, Nassali, A, Tagobera, J, Agwang, C, Kalembe, F, Ajambo, A, Aguti, E, Kasibante, S, Matende, H, Odongo, IO, Mwanga Amumpaire, J, Ngabirano, G, Kakwenza, P, Nuwamanya, S, Nyangoma, M, Nabbuto, J, Abok, F, Arinaitwe, R, Birungi, D, Mwesigwa, E, Atwine, D, Mbega, H, Orikiriza, P, Taremwa, I, Turyashemererwa, E, Derrick, H, Nyehangane, D, Kaitano, R, Logoose, S, Businge, S, Ntambi, C, Mugabi, J, Mzee, J, Besigye, J, Kanzira, S, Turyatemba, P, Twebaze, F, Hambulo, C, Kapotwe, V, Ngambi, M, Kasakwa, K, Kapula, C, Zulu, S, Nawakwi, G, Siasulingana, T, Chilonga, J, Chimbini, M, Chilanga, M, Inambao, M, Mwambazi, M, Halende, B, Mumba, W, Mankunshe, E, Silavwe, M, Chakopo, M, and Moono, R
- Abstract
Background: Tuberculosis diagnosis might be delayed or missed in children with severe pneumonia because this diagnosis is usually only considered in cases of prolonged symptoms or antibiotic failure. Systematic tuberculosis detection at hospital admission could increase case detection and reduce mortality. Methods: We did a stepped-wedge cluster-randomised trial in 16 hospitals from six countries (Cambodia, Cameroon, Côte d'Ivoire, Mozambique, Uganda, and Zambia) with high incidence of tuberculosis. Children younger than 5 years with WHO-defined severe pneumonia received either the standard of care (control group) or standard of care plus Xpert MTB/RIF Ultra (Xpert Ultra; Cepheid, Sunnyvale, CA, USA) on nasopharyngeal aspirate and stool samples (intervention group). Clusters (hospitals) were progressively switched from control to intervention at 5-week intervals, using a computer-generated random sequence, stratified on incidence rate of tuberculosis at country level, and masked to teams until 5 weeks before switch. We assessed the effect of the intervention on primary (12-week all-cause mortality) and secondary (including tuberculosis diagnosis) outcomes, using generalised linear mixed models. The primary analysis was by intention to treat. We described outcomes in children with severe acute malnutrition in a post hoc analysis. This study is registered with ClinicalTrials.gov (NCT03831906) and the Pan African Clinical Trial Registry (PACTR202101615120643). Findings: From March 21, 2019, to March 30, 2021, we enrolled 1401 children in the control group and 1169 children in the intervention group. In the intervention group, 1140 (97·5%) children had nasopharyngeal aspirates and 942 (80·6%) had their stool collected; 24 (2·1%) had positive Xpert Ultra. At 12 weeks, 110 (7·9%) children in the control group and 91 (7·8%) children in the intervention group had died (adjusted odds ratio [OR] 0·986, 95% CI 0·597–1·630, p=0·957), and 74 (5·3%) children in the control group
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- 2022
5. Feasibility of a randomized clinical trial evaluating a community intervention for household tuberculosis child contact management in Cameroon and Uganda
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Vasiliu, A, Tiendrebeogo, G, Awolu, MM, Akatukwasa, C, Tchakounte, BY, Ssekyanzi, B, Tchounga, BK, Atwine, D, Casenghi, M, Bonnet, M, Chauvet, S, de Carvalho, E, Ouedraogo, S, Cohn, J, Tchakounté, BY, Sih, C, Kana, R, Youm, E, Tchengou, P, Simo, L, Manguele, PW, Bindzi, P, Ndongo, M-LA, Kombou, DN, Guedem Nekame, JL, Kaptue, NS, Tsigaing, PN, Seuleu Ndjamakou, LG, Ndum, NC, Arinaitwe, R, Otai, D, Tebulwa, JB, Kamanzi, H, Natukunda, A, Natukunda, E, Kyarimpa, R, Kyomuhendo, D, Sanyu, S, Ssemanya, J, Okello, R, Kuate, AK, Turyahabwe, S, Graham, SM, Dodd, PJ, Mafirakureva, N, and Mukherjee, S
- Abstract
Background\ud \ud One of the main barriers of the management of household tuberculosis child contacts is the necessity for parents to bring healthy children to the facility. We assessed the feasibility of a community intervention for tuberculosis (TB) household child contact management and the conditions for its evaluation in a cluster randomized controlled trial in Cameroon and Uganda.\ud \ud \ud \ud Methods\ud \ud We assessed three dimensions of feasibility using a mixed method approach: (1) recruitment capability using retrospective aggregated data from facility registers; (2) acceptability of the intervention using focus group discussions with TB patients and in-depth interviews with healthcare providers and community leaders; and (3) adaptation, integration, and resources of the intervention in existing TB services using a survey and discussions with stakeholders.\ud \ud \ud \ud Results\ud \ud Reaching the sample size is feasible in all clusters in 15 months with the condition of regrouping 2 facilities in the same cluster in Uganda due to decentralization of TB services. Community health worker (CHW) selection and training and simplified tools for contact screening, tolerability, and adherence of preventive therapy were key elements for the implementation of the community intervention. Healthcare providers and patients found the intervention of child contact investigations and TB preventive treatment management in the household acceptable in both countries due to its benefits (competing priorities, transport cost) as compared to facility-based management. TB stigma was present, but not a barrier for the community intervention. Visit schedule and team conduct were identified as key facilitators for the intervention.\ud \ud \ud \ud Conclusions\ud \ud This study shows that evaluating a community intervention for TB child contact management in a cluster randomized trial is feasible in Cameroon and Uganda.\ud \ud \ud \ud Trial registration\ud \ud Clini calTr ials. gov NCT03832023. Registered on February 6th 2019.
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- 2022
6. Characteristics of human encounters and social mixing patterns relevant to infectious diseases spread by close contact: A survey in southwest Uganda
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de Waroux, O le Polain, primary, Cohuet, S, additional, Ndazima, D, additional, Kucharski, A J, additional, Juan-Giner, A, additional, Flasche, S, additional, Tumwesigye, E, additional, Arinaitwe, R., additional, Mwanga-Amumpaire, J, additional, Boum, Y, additional, Nackers, F, additional, Checchi, F, additional, Grais, R F, additional, and Edmunds, W J, additional
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- 2017
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7. Video-based education messaging to enhance optimal uptake of malaria preventive therapy in pregnant women: a mixed methods study involving pregnant women and midwives in Uganda.
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Nakalega R, Mawanda D, Nabisere-Arinaitwe R, Mukiza N, Ndikuno Kuteesa C, Menge R, Nakabiito C, Nabakooza J, Kakuru A, Atuyambe L, Musoke P, Fowler MG, and Lukyamuzi Z
- Subjects
- Humans, Female, Pregnancy, Uganda, Adult, Young Adult, Health Knowledge, Attitudes, Practice, Video Recording, Health Education methods, Patient Acceptance of Health Care statistics & numerical data, HIV Infections prevention & control, Pregnancy Complications, Parasitic prevention & control, Malaria prevention & control, Pregnant Women psychology, Midwifery statistics & numerical data, Midwifery education
- Abstract
Background: Malaria prevention during pregnancy significantly minimizes maternal-fetal adverse events. However, optimal uptake of malaria preventive therapy in pregnancy (MPTp) remains a major challenge for both women living with HIV and those without. In Uganda, suboptimal uptake of MPTp is primarily due to inadequate knowledge among women. This study aimed to develop and assess the feasibility and acceptability of an educational video to improve knowledge of MPTp among pregnant women living with and without HIV., Methods: This study describes the second phase of a mixed methods study conducted among pregnant women (living with and without HIV) and midwives from a public antenatal care clinic in Kampala, Uganda. The study was conducted from October 2022 to Jan 2024, and the first phase involved qualitative data collection from pregnant women, health workers, and Ministry of Health officials to develop a video-based intervention to enhance uptake of MPTp. The second phase involved administration of the developed intervention to a group of purposively selected pregnant women living with and without HIV. Questionnaires, focus group discussions, and interviews were used to collect data among women and midwives, and to assess feasibility and acceptability of the intervention. Quantitative data were summarized using descriptive statistics and analysed using different scales of measurement including the modified system usability scale and the Evidence-based Practice and Attitude Scale (EBPAS), which assessed acceptability among pregnant women and midwives, respectively. The qualitative data were coded and analysed using inductive and deductive thematic methods in Atlas ti.8., Results: A total of 45 women and six midwives were enrolled in the current study phase. The mean age (± standard deviation, SD) of the women was 26 ± 6 years, and the median gestational age (interquartile range, IQR) was 24 (20-32) weeks, and less than half (42%, n = 19) were living with HIV. On the system usability scale, most women (91%, n = 41) rated the intervention as good or excellent, and most (93%, n = 42) were satisfied or very satisfied with the intervention. On the EBPAS, midwives perceived the intervention as reliable with Cronbach's alpha of 0.74, and all midwives found the intervention appropriate and feasible in their facility. All women comprehended and highly accepted the intervention., Conclusion: The video-based intervention for uptake of MPTp was found acceptable among women and midwives and was feasible and appropriate to a public health facility. Future studies would test the effectiveness of the intervention in improving knowledge and uptake of MPTp., Competing Interests: Declarations. Ethics approval and consent to participate: Approval to conduct this study was obtained from the Makerere University School of Medicine Research Ethics Committee (Mak-SOMREC-2021-279) and the Uganda National Council for Science and Technology (NS384ES). Administrative clearance was obtained from the Director of Health Services at KCCA and from KHCIV administration. Written informed consent was obtained from all participants; confidentiality and anonymity were strictly observed. Informed consent for illiterate participants was obtained in the presence of an impartial witness (a guardian or other literate person not part of the study team). The procedure of obtaining informed consent from illiterate participants was approved by the Makerere University School of Medicine Research Ethics Committee IRB. All methods were performed in accordance with the relevant guidelines and regulations of good clinical practice and human subject protection for ICH-6 patients. Consent for publication: Not applicable. Competing interests: The authors declare no competing interests., (© 2024. The Author(s).)
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- 2024
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8. Impact of postpartum maternal fever or hypothermia on newborn and early infant illness and death in Southwestern Uganda.
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Mwanga-Amumpaire J, Adong J, Arinaitwe R, Nanjebe D, Orikiriza P, Ngonzi J, Boum Y, and Bebell LM
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- Humans, Uganda epidemiology, Female, Infant, Newborn, Pregnancy, Adult, Infant, Prospective Studies, Hyperthermia, Young Adult, Apgar Score, Postpartum Period, Infant, Newborn, Diseases mortality, Infant, Newborn, Diseases epidemiology, Male, Infant, Low Birth Weight, Gestational Age, Logistic Models, Infant, Premature, Hypothermia mortality, Infant Mortality
- Abstract
Background: Deaths occurring during the neonatal period contribute close to half of under-five mortality rate (U5MR); over 80% of these deaths occur in low- and middle-income countries (LMICs). Poor maternal antepartum and perinatal health predisposes newborns to low birth weight (LBW), birth asphyxia, and infections which increase the newborn's risk of death., Methods: The objective of the study was to assess the association between abnormal postpartum maternal temperature and early infant outcomes, specifically illness requiring hospitalisation or leading to death between birth and six weeks' age. We prospectively studied a cohort of neonates born at Mbarara Regional Referral Hospital in Uganda to mothers with abnormal postpartum temperature and followed them longitudinally through early infancy. We performed a logistic regression of the relationship between maternal abnormal temperature and six-week infant hospitalization, adjusting for gestational age and 10-minute APGAR score at birth., Results: Of the 648 postpartum participants from the parent study who agreed to enrol their neonates in the sub-study, 100 (15%) mothers had abnormal temperature. The mean maternal age was 24.6 (SD 5.3) years, and the mean parity was 2.3 (SD 1.5). There were more preterm babies born to mothers with abnormal maternal temperature (10%) compared to 1.1% to mothers with normal temperature (p=˂0.001). While the majority of newborns (92%) had a 10-minute APGAR score > 7, 14% of newborns whose mothers had abnormal temperatures had APGAR score ˂7 compared to 7% of those born to mothers with normal postpartum temperatures (P = 0.02). Six-week outcome data was available for 545 women and their infants. In the logistic regression model adjusted for gestational age at birth and 10-minute APGAR score, maternal abnormal temperature was not significantly associated with the composite adverse infant health outcome (being unwell or dead) between birth and six weeks' age (aOR = 0.35, 95% CI 0.07-1.79, P = 0.21). The 10-minute APGAR score was significantly associated with adverse six-week outcome (P < 0.01)., Conclusions: While our results do not demonstrate an association between abnormal maternal temperature and newborn and early infant outcomes, good routine neonate care should be emphasized, and the infants should be observed for any abnormal findings that may warrant further assessment., Target Journal: BMC Pregnancy and Childbirth ( https://bmcpregnancychildbirth.biomedcentral.com/ )., (© 2024. The Author(s).)
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- 2024
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9. Clinical Predictors of 3-Months Isoniazid Rifapentine (3HP) - Related Adverse Drug Reactions (ADR) During Tuberculosis Preventive Therapy. (PAnDoRA-3HP study): An Observational Study Protocol.
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Sekaggya-Wiltshire C, Mbabazi I, Nabisere-Arinaitwe R, Banturaki G, Alinaitwe L, Otalo B, Aber F, Nampala J, Owor R, Bayiga J, Laker Agnes Odongpiny E, Castelnuovo B, Mayito J, Sekadde M, Pasipanodya JG, Turyahabwe S, and Zawedde-Muyanja S
- Abstract
Introduction: Tuberculosis (TB) is the leading infectious cause of death globally. Despite WHO recommendations for Tuberculosis Preventive Therapy (TPT), challenges persist, including incompletion of treatment and adverse drug reactions (ADRs). There is limited data on the 3-month isoniazid and rifapentine (3HP) pharmacokinetics, pharmacogenomics and their relation with ADRs. Our study aims to describe the pharmacokinetic and pharmacogenomics of 3HP used for TPT, the ADRs and their association with completion rates, and TPT outcomes, providing vital insights for TB control strategies in resource-limited settings., Methods: This is an observational cohort study with a nested case-control study. We enrolled consecutive patients initiated on TPT using the 3HP regimen. These are followed up bi-weekly and then monthly during the active phase of treatment and 3 monthly for 2 years following completion of TPT. ADR evaluation includes clinical assessment and liver function tests. Cases are selected from those who experience ADRs, and controls from those who do not. Serum isoniazid and rifapentine concentrations are measured and pharmacogenomic analysis for NAT2 and CYP2E1 polymorphisms are done. Participants are followed up for 2 years to determine TPT outcomes., Analysis: The safety profile of 3HP will be assessed using descriptive statistics, including proportions of patients experiencing ADRs and grade 3 or above events related to treatment. Chi-square tests and regression models will determine predictors of ADRs and their impact on treatment completion. Pharmacokinetic-pharmacodynamic modeling will establish population parameters and factors influencing rifapentine and isoniazid concentrations., Competing Interests: Competing interests statement. None of the authors report competing interests.
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- 2024
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10. Attitudes and perceptions towards developing a health educational video to enhance optimal uptake of malaria preventive therapy among pregnant women in Uganda: a qualitative study involving pregnant women, health workers, and Ministry of health officials.
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Nakalega R, Nabisere-Arinaitwe R, Mukiza N, Kuteesa CN, Mawanda D, Natureeba P, Kasirye R, Nakabiito C, Nabakooza J, Mulumba E, Nabukeera J, Ggita J, Kakuru A, Atuyambe L, Musoke P, Fowler MG, and Lukyamuzi Z
- Subjects
- Female, Pregnancy, Humans, Pregnant People, Uganda, Health Knowledge, Attitudes, Practice, Sulfadoxine therapeutic use, Pyrimethamine therapeutic use, Prenatal Care methods, Drug Combinations, Malaria prevention & control, Malaria drug therapy, Antimalarials therapeutic use
- Abstract
Background: Malaria in pregnancy remains a major global public health problem. Intermittent prophylaxis treatment of malaria in pregnancy with Sulphadoxine-pyrimethamine and co-trimoxazole is efficacious for prevention of malaria in pregnancy HIV negative and positive women, respectively. However, uptake of the recommended doses of therapies has remained suboptimal in Uganda, majorly due to inadequate knowledge among pregnant women. Therefore, this study aimed to explore attitudes and perceptions towards developing an educational video for malaria preventive therapy., Methods: We conducted an exploratory study with qualitative methods among pregnant women attending antenatal care at Kisenyi Health Center IV (KHCIV), health workers from KHCIV, and officials from the Ministry of Health. The study was conducted at KHCIV from October 2022 to March 2023. Focus group discussions (FGD) were conducted among purposively selected pregnant women and key informant interviews (KII) among health workers and Ministry of Health officials. Data were analyzed using inductive and deductive thematic methods in atlas ti.8., Results: A total of five FGDs comprising of 7-10 pregnant women were conducted; and KIIs were conducted among four mid-wives, two obstetricians, and two Ministry of Health officials. Generally, all respondents mentioned a need for interventions to improve malaria preventive knowledge among pregnant women; were positive about developing an educative video for malaria preventive therapy in pregnancy; and suggested a short, concise, and edutaining video focusing both the benefits of taking and risks of not taking malaria preventive therapy. They proposed that women may be encouraged to view the video as soon as they conceive and throughout the pregnancy. It also was suggested that the video may be viewed on television sets in maternal and reproductive health clinics and homes, and on smart phones., Conclusion: Pregnant women, health workers, and Ministry of Health officials were positive about the development of a short edutaining video on malaria preventive therapy that focuses on both benefits of taking and risks of not taking the malaria preventive therapy in pregnancy. This information guided the video development and therefore, in the development of health educative videos, client and stakeholder inputs may always be solicited., (© 2024. The Author(s).)
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- 2024
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11. Integration of HIV Testing in a Community Intervention for Tuberculosis Screening Among Household Contacts of Patients with Tuberculosis in Cameroon and Uganda.
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Tchakounte Youngui B, Atwine D, Otai D, Vasiliu A, Ssekyanzi B, Sih C, Kana R, Arinaitwe R, Cuer B, Simo L, Okello R, Tchendjou P, Casenghi M, Kuate AK, Turyahabwe S, Cohn J, Bonnet M, and Tchounga BK
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- Adult, Child, Humans, Uganda epidemiology, Cameroon epidemiology, Mass Screening methods, HIV Testing, Contact Tracing methods, HIV Infections diagnosis, HIV Infections epidemiology, HIV Infections complications, Tuberculosis diagnosis, Tuberculosis epidemiology, Tuberculosis prevention & control
- Abstract
Introduction: People living with HIV are considered at higher risk of developing severe forms of tuberculosis (TB) disease. Providing HIV testing to TB-exposed people is therefore critical. We present the results of integrating HIV testing into a community-based intervention for household TB contact management in Cameroon and Uganda., Methods: Trained community health workers visited the households of index patients with TB identified in 3 urban/semiurban and 6 rural districts or subdistricts as part of a cluster-randomized trial and provided TB screening to all household contacts. Voluntary HIV counseling and testing were offered to contacts aged 5 years or older with unknown HIV status. We describe the cascade of care for HIV testing and the factors associated with the acceptance of HIV testing., Results: Overall, 1983 household contacts aged 5 years or older were screened for TB. Of these contacts, 1652 (83.3%) did not know their HIV status, 1457 (88.2%) accepted HIV testing, and 1439 (98.8%) received testing. HIV testing acceptance was lower among adults than children [adjusted odds ratio (aOR) = 0.35, 95% confidence interval (CI): 0.22 to 0.55], those living in household of an HIV-positive vs HIV-negative index case (aOR = 0.56, 95% CI: 0.38 to 0.83), and contacts requiring a reassessment visit after the initial TB screening visit vs asymptomatic contacts (aOR = 0.20, 95% CI: 0.06 to 0.67) and was higher if living in Uganda vs Cameroon (aOR = 4.54, 95% CI: 1.17 to 17.62) or if another contact of the same index case was tested for HIV (aOR = 9.22, 95% CI: 5.25 to 16.18)., Conclusion: HIV testing can be integrated into community-based household TB contact screening and is well-accepted., Competing Interests: The authors have no funding or conflicts of interest to disclose., (Copyright © 2024 The Author(s). Published by Wolters Kluwer Health, Inc.)
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- 2024
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12. "It is not easy": Experiences of people living with HIV and tuberculosis on Tuberculosis treatment in Uganda.
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Nabisere-Arinaitwe R, Namatende-Sakwa L, Bayiga J, Nampala J, Alinaitwe L, Aber F, Otaalo B, Musaazi J, King R, Kesby M, Sloan DJ, and Sekaggya-Wiltshire C
- Abstract
Background: Completion of tuberculosis (TB) treatment presents several challenges to patients, including long treatment duration, medication adverse-effects and heavy pill burden. WHO emphasize the need for patient-centered TB care, but such approaches require understanding of patient experiences and perceptions., Methods: In 2020, we nested a qualitative study within a clinical trial that recruited 128 HIV-TB co-infected adults in Kampala receiving rifampicin-based TB treatment, alongside anti-retroviral therapy. A purposively selected sub-sample of 46 trial participants contributed to nine gender segregated focus group discussions. Of these, 12 also participated in in-depth interviews. Sessions were recorded, transcribed verbatim and translated from local languages into English. Thematic analysis focused on drug adverse-effects, use of self-prescribed medications and barriers to treatment adherence., Results: Patients seemed more concerned about adverse effects that clinicians sometimes overlook such as change in urine color. Those who remembered pre-treatment counselling advice were disinclined to manage adverse-effects by self-prescription. Difficulty in accessing a medical practitioner was reported as a reason for self-medication. Obstacles to adherence included stigma (especially from visible adverse-effects like "red urine"), difficulties with pill size and number, discomfort with formulation and medication adverse effects., Conclusion: Tailored pre-treatment counselling, improved access to clinical services, and simpler drug administration will deliver more patient-centered care., Competing Interests: The authors declare that they have no known competing financial interests or personal relationships that could have appeared to influence the work reported in this paper., (© 2023 The Authors.)
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- 2023
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13. Early empiric anti- Mycobacterium tuberculosis therapy for sepsis in sub-Saharan Africa: a protocol of a randomised clinical trial.
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Said B, Nuwagira E, Liyoyo A, Arinaitwe R, Gitige C, Mushagara R, Buzaare P, Chongolo A, Jjunju S, Twesigye P, Boulware DR, Conaway M, Null M, Thomas TA, Heysell SK, Moore CC, Muzoora C, and Mpagama SG
- Subjects
- Adult, Anti-Bacterial Agents therapeutic use, Clinical Trials, Phase III as Topic, Humans, Randomized Controlled Trials as Topic, Tanzania epidemiology, HIV Infections drug therapy, Mycobacterium tuberculosis, Sepsis drug therapy, Tuberculosis drug therapy
- Abstract
Introduction: Sub-Saharan Africa shoulders the highest burden of global sepsis and associated mortality. In high HIV and tuberculosis (TB) prevalent settings such as sub-Saharan Africa, TB is the leading cause of sepsis. However, anti-TB therapy is often delayed and may not achieve adequate blood concentrations in patients with sepsis. Accordingly, this multisite randomised clinical trial aims to determine whether immediate and/or increased dose anti-TB therapy improves 28-day mortality for participants with HIV and sepsis in Tanzania or Uganda., Methods and Analysis: This is a phase 3, multisite, open-label, randomised controlled clinical 2×2 factorial superiority trial of (1) immediate initiation of anti-TB therapy and (2) sepsis-specific dose anti-TB therapy in addition to standard of care antibacterials for adults with HIV and sepsis admitted to hospital in Tanzania or Uganda. The primary endpoint is 28-day mortality. A sample size of 436 participants will provide 80% power for testing each of the main effects of timing and dose on 28-day mortality with a two-sided significance level of 5%. The expected main effect for absolute risk reduction is 13% and the expected OR for risk reduction is 1.58., Ethics and Dissemination: This clinical trial will determine the optimal content, dosing and timing of antimicrobial therapy for sepsis in high HIV and TB prevalent settings. The study is funded by the National Institutes of Health in the US. Institutional review board approval was conferred by the University of Virginia, the Tanzania National Institute for Medical Research, and the Uganda National Council for Science and Technology. Study results will be published in peer-reviewed journals and in the popular press of Tanzania and Uganda. We will also present our findings to the Community Advisory Boards that we convened during study preparation., Trial Registration Number: ClinicalTrials.gov (NCT04618198)., Competing Interests: Competing interests: None declared., (© Author(s) (or their employer(s)) 2022. Re-use permitted under CC BY-NC. No commercial re-use. See rights and permissions. Published by BMJ.)
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- 2022
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14. Population Pharmacokinetics and Significant Under-Dosing of Anti-Tuberculosis Medications in People with HIV and Critical Illness.
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Rao PS, Moore CC, Mbonde AA, Nuwagira E, Orikiriza P, Nyehangane D, Al-Shaer MH, Peloquin CA, Gratz J, Pholwat S, Arinaitwe R, Boum Y, Mwanga-Amumpaire J, Houpt ER, Kagan L, Heysell SK, and Muzoora C
- Abstract
Critical illness from tuberculosis (TB) bloodstream infection results in a high case fatality rate for people living with human immunodeficiency virus (HIV). Critical illness can lead to altered pharmacokinetics and suboptimal drug exposures. We enrolled adults living with HIV and hospitalized with sepsis, with and without meningitis, in Mbarara, Uganda that were starting first-line anti-TB therapy. Serum was collected two weeks after enrollment at 1-, 2-, 4-, and 6-h post-dose and drug concentrations quantified by validated LC-MS/MS methods. Non-compartmental analyses were used to determine total drug exposure, and population pharmacokinetic modeling and simulations were performed to determine optimal dosages. Eighty-one participants were enrolled. Forty-nine completed pharmacokinetic testing: 18 (22%) died prior to testing, 13 (16%) were lost to follow-up and one had incomplete testing. Isoniazid had the lowest serum attainment, with only 4.1% achieving a target exposure over 24 h (AUC
0-24 ) of 52 mg·h/L despite appropriate weight-based dosing. Simulations to reach target AUC0-24 found necessary doses of rifampin of 1800 mg, pyrazinamide of 2500-3000 mg, and for isoniazid 900 mg or higher. Given the high case fatality ratio of TB-related critical illness in this population, an early higher dose anti-TB therapy should be trialed.- Published
- 2021
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