Search

Your search keyword '"Greenwood, B"' showing total 1,887 results
Start Over Author "Greenwood, B"
1,887 results on '"Greenwood, B"'

1. Safety and immunogenicity of the two-dose heterologous Ad26.ZEBOV and MVA-BN-Filo Ebola vaccine regimen in infants: a phase 2, randomised, double-blind, active-controlled trial in Guinea and Sierra Leone

Author

Mooney, T, Conteh, L, Bangura, MS, Bangura, MA, Jalloh, H, Kamara, I, Kamara, M, Koroma, S, Sesay, M, Sesay, MT, Deen, AT, Kamara, A, Kamara, EL, Kamara, SLM, Koroma, AH, Mansaray, IS, Massaquoi, MJ, Nabie, A, Kowuor, D, Njie, Y, Odeny, L, Sheku, M, Jalloh, AB, Sow, A, Swaray, E, Mansaray, F, Sessie, T, Sunders, J-HC, Turay, SI-S, Weekes, J, Pessima, M, Wurie, A, Conteh, M, Jalloh, MI, Kamara, PBD, Kanneh, DP, Kanneh, M, Komeh, I, Koroma, M, Kuyateh, M, Mansaray, FF, Leigh, B, Watson-Jones, D, Samai, M, Deen, GF, Sesay, T, Piot, P, Greenwood, B, Lees, S, Larson, H, Afolabi, M, Ishola, D, Baiden, F, Faye, F, Tindanbil, D, Kamara, MM, Swaray, IB, Bangura, A, Kamara, AB, Morovia, FE, Kallon, JA, Murray, M, Sesay, F, Suma, F, Sesay, IG, Choi, EM, Manno, D, Foster, J, Rwezaula, R, Akhigbe, I, Adetola, H, Kamara, B, Lowe, B, Lawal, B, Kohn, B, Tuda, GO, Koroma, F, Bangura, G, Kroma, MT, Fofanah, L, Pessima, A, Rogers, M, Sheriff, O, Fangawa, J, Foday, S, Jabbie, I, Mansaray, HA, Sesay, K, Jakema, HB, Sheku, MF, Jalloh, KFN, Kabba, M, Kanjie, F, Kanu, AP, Kassa-Koroma, G, Jusu, M, Koroma, B, Borboh, P, Kallon, A, van Roey, K, Conteh, P, Samura, M, Gandie, V, Marrah, M, Kalokoh, J, Bangura, MI, Connor, N, Saidu, S, Turay, AS, Lahai, A, Johnson, CL, Kogba, DB, Vincent, W, Bangura, M, Tengbeh, A, Bangura, K, Kabia, R, Nyakoi, AM, Lee, S, Nyaberi, D, Ndingi, S, Nyallay, L, Bangura, AR, Idriss, B, Sillah, M, Mackay, W, Murray, T, Edem-Hotah, J, Fatorma, T, Bangura, S, Bonnie, E, Sannoh, M, Malcolm, S, Brown, J, Snowden, E, Howard, K, Ojugo, A, Massin-Shepherd, C, BEAVOGUI, AH, KEITA, CM, CAMARA, OK, GUILAVOGUI, JPY, BAH, H, SAMOURA, MA, MUAMBA, D, SEMAKUBA, B, CAMARA, AK, KABA, AS, BERERD-CAMARA, M, YARADOUNO, M, DECHENAUD, M, CAMARA, MT, TAMBALOU, J, HABA, M, DIALLO, SD, THEA, A, DOUMBOUYA, N, FOFANA, ML, BEAVOGUI, M, CAMARA, AA, BEAVOGUI, JT, DIOUF, W, AUGIER, A, BARTE DE SAINTE FARE, E, SIVAHERA MUYISA, B, SANI, S, VATRINET, R, HAMZE, B, LACARRA, B, D’ORTENZIO, E, ALE, B, BETARD, C, RICHERT, L, OULAI, D, KANTE, M, SOUTTHIPHONG, A-A, SCHWIMMER, C, THIÉBAUT, R, OTTAVI, A, COUFFIN-CADIERGUES, S, ESPEROU, H, Chai, SP, Buth, W, Offergeld, K, Menten, A, Hammoud, N, De Ridder, S, Sellecchia, R, in ’t Veld, R, Fogap, N, Anumendem, D, Stapleton, H, Reijns, T, Haydon, J, Roza, L, Sawyer, B, Hoda, S, Yee, J, De Cnodder, T, Hubin, E, Telen, L, Desai, J, Bennet, M, Pawlowski, M, van Gils, N, Boeykens, N, Kwasniak, A, Ligthart, M, Van Roey, G, Fernandez, E, Gaddah, A, van Dijck, W, Jingshuang, S, Randrasana, S, Artis, C, Akinbinu, A, Poretti, A, Van Ballaert, S, Harris, M, Van Looveren, M, Brandt, P, Robinson, C, Bockstal, V, McLean, C, Versteege, I, Ferrault, C, Kaminski, A, Vergauwen, H, Kerama, CI, Forcheh, CA, DiMondi, CV, Stewart, L, Meurer, J, Beounitis, A, Peeters, J, Su, C, Keshinro, B, Delport, C, Sharkie, E, Zhang, J, Du, C, Hu, K, Strydom, A, Bezem-Aviv, I, Wachnicka, A, Kumar, P, Cheng, S, Kang, K, Choi, Edward Man-Lik, Lacarra, Boris, Afolabi, Muhammed O, Ale, Boni Maxime, Baiden, Frank, Bétard, Christine, Foster, Julie, Hamzé, Benjamin, Schwimmer, Christine, Manno, Daniela, D’Ortenzio, Eric, Ishola, David, Keita, Cheick Mohamed, Keshinro, Babajide, Njie, Yusupha, van Dijck, Wim, Gaddah, Auguste, Anumendem, Dickson, Lowe, Brett, Vatrinet, Renaud, Lawal, Bolarinde Joseph, Otieno, Godfrey T, Samai, Mohamed, Deen, Gibrilla Fadlu, Swaray, Ibrahim Bob, Kamara, Abu Bakarr, Kamara, Michael Morlai, Diagne, Mame Aminata, Kowuor, Dickens, McLean, Chelsea, Leigh, Bailah, Beavogui, Abdoul Habib, Leyssen, Maarten, Luhn, Kerstin, Robinson, Cynthia, Douoguih, Macaya, Greenwood, Brian, Thiébaut, Rodolphe, and Watson-Jones, Deborah

Published
2023
Full Text
View/download PDF

2. Safety and immunogenicity of the two-dose heterologous Ad26.ZEBOV and MVA-BN-Filo Ebola vaccine regimen in children in Sierra Leone: a randomised, double-blind, controlled trial

Author

Kargbo, M, Bockarie, E, James, N L, Kabbah, A, Kamara, A, Koroma, K H, Langley, S O, William, N, Kessebeh, R, Mooney, T, Conteh, L, Smout, E, Allieu, K, Bangura, K, Bangura, M S, Bangura, M A, Jalloh, H, Jalloh, A B, Kamara, I, Kamara, M, Konteh, A, Koroma, S, Marrah, C, Sesay, M, Sesay, M T, Deen, A T, Jalloh, A, Kaimbay, R M, Kain, D, Kamara, E L, Kamara, M P, Kamara, O J, Kamara, S L M, Kanneh, M, Koroma, A H, Lahai, D, Mansaray, I S, Marah, W S, Massaquoi, M J, Nabie, A, Saidu, N S, Samai, I, Tengheh, J N, Turay, A S, Fornah, A, Sesay, F, Sow, A, Swaray, E, Mansaray, F, Ade-Cole, T, Bangura, L M, Conteh, M L, Koroma, A M, Koroma, M, Sam, A, Scott, T, Sessie, T, Sunders, J-H C, Turay, S I-S, Weekes, J, Sheku, M, Gibson, L, Kowuor, D, Ahamed, I, Allieu, W, Kabba, D U, Kamara, F J, Kebbie, M S, Pessima, M, Wurie, A, Bah, F, Bangura, A I, Bangura, R A S, Blango, L, Boima, S, Conteh, M, Conteh, Y, Daramy, M L, Fofanah, O, George, E, Hanson, T F, Jalloh, M I, Kalawa, M, Kamara, A M, Kamara, F E, Kamara, G M, Kamara, H M, Kamara, P B D, Kamara, R T, Kamara, R, Kanneh, D P, Komeh, I, Kuyateh, M, Mansaray, F F, Mansaray, M M, Sillah, A B, Tarawally, M A, Turya, O S, Yawmah, J B, Leigh, B, Watson-Jones, D, Greenwood, B, Samai, M H, Deen, G F, Marke, D, Sesay, T, Piot, P, Smith, P, Edmunds, J, Lees, S, Larson, H, Weiss, H, Wilson, P, Phillips, R, Maxwell, C, Ishola, D, Afolabi, M, Baiden, F, Akoo, P, Owusu-Kyei, K, Tindanbil, D, Bower, H, Stuart, J, Bah, O M, Rogers, B T, Serry-Bangura, A, Swaray, I B, Bangura, A, David, I J, Davies, D G M, Kallon, J A, Kamara, A B, Kamara, I F, Kamara, M M, Morovia, F E, Suma, F B, Thompson, F, Murray, M, Kakay, O, Suma, F, Sesay, I, Foster, J, Manno, D, Gallagher, K, Cox, S, Howard, N, Cesay, M, Torrani, P, Sharma, S, Snowden, E, Banks, T, Harber, T, Brown, J, Howard, K, Melton, N, Malcolm, S, Welsh, S, Eggo, R, Jendrossek, M, Pearson, C, Offergeld, K, Ferrault, C, Van Alst, M, Mahajan, N, Van Looveren, M, Van Ballaert, S, De Cnodder, T, Grobler, N, Roza, L, Liberi, T, Armishaw, L, Verkleij, C, Henrick, T, Banaszkiewicz, A, Lowe, B, Awuondo, K, Hafezi, H, Hancox, E, Kohn, B, Tuda, G O, Bangura, G, Kroma, M T, Fofanah, L, Pessima, A, Rogers, M, Sheriff, O, Ajala, T W, Fangawa, J, Foday Jr, S, Koroma, I S F, Mansaray, B, Mansaray, H A, Sesay, K, Charles, M K, Heroe, P C, Lamin Karbo, M, Yansaneh, I S, Gogo Egoeh, S, Trye, A, Amponsah, M, Donelson, L, Sylvester, T, Owira, V, Onyuka, G, Nambuchi, L, Oburu, A, Apollo, D, Vandi, L, Alghali, N D, Bah, A, Bangura, I J, Cole, A C, Fofanah, S, Jalloh, H U, Jalloh, K F N, Jalloh, N, Kabba, H U, Kabba, J N, Kabba, M, Kamara, J S, Kanjie, F, Kanu, A P, Kargbo, I, Kassa-Koroma, G, Koroma, S B, Sankoh, A, Sankoh, T, Sesay, O D, Wilhem, H, Williams, C T, Bangura, I, Ben-Rogers, Y, Jamboria, F J, Kamara, N, Kanawah, I, Kargbo, A T, Swaray, I, Amara, L, Bundu, I, Jakema, H B, Kamara, K, Sheku, M F, Adeleye, Q, Akhigbe, I, Bakalemwa, R, Chami, N P, Altmann, L, Kamara, B, van Roey, K, Conteh, P, Samura, M, Gandie, V, Marrah, M, Moinina, E, Kalokoh, J, Bosompem, S, Hilton, T, Jusu, M O, Borboh, P, Brima, A S, Caulker, A F Y, Kallon, A, Koroma, B, Macauley, R C, Saquee, T M D, Williams, H I, Bangura, A R, Fornah, J, Idriss, B, Sillah, M, Mackay, W, Aleghen, B, Murray, T, Edem-Hotah, J, Fatorma, T, Amara, F, Bangura, S, Bonnie, E, Sannoh, M, Donaldson, A, Ndingi, S, Nyaberi, D, Pereira, M, Rothwell, A, Vy, V, Nyallay, L, Fombah, A, Saidu, S, Dambo, T P, Fakaba, P J, Fatorma, M M E, Freeman, R H, Johnson, C L, Kogba, D B, Lahai, A, Vincent, W, Yambasu, N, Bangura, M, Tengbeh, A, Kabia, R, Nyakoi, A M, Callaghan, M, Enria, L, Lee, S, Afolabi, Muhammed O, Ishola, David, Manno, Daniela, Keshinro, Babajide, Bockstal, Viki, Rogers, Baimba, Owusu-Kyei, Kwabena, Serry-Bangura, Alimamy, Swaray, Ibrahim, Lowe, Brett, Kowuor, Dickens, Baiden, Frank, Mooney, Thomas, Smout, Elizabeth, Köhn, Brian, Otieno, Godfrey T, Jusu, Morrison, Foster, Julie, Samai, Mohamed, Deen, Gibrilla Fadlu, Larson, Heidi, Lees, Shelley, Goldstein, Neil, Gallagher, Katherine E, Gaddah, Auguste, Heerwegh, Dirk, Callendret, Benoit, Luhn, Kerstin, Robinson, Cynthia, Greenwood, Brian, Leyssen, Maarten, Douoguih, Macaya, Leigh, Bailah, and Watson-Jones, Deborah

Published
2022
Full Text
View/download PDF

3. Safety and long-term immunogenicity of the two-dose heterologous Ad26.ZEBOV and MVA-BN-Filo Ebola vaccine regimen in adults in Sierra Leone: a combined open-label, non-randomised stage 1, and a randomised, double-blind, controlled stage 2 trial

Author

Kargbo, M, Bockarie, E, James, N L, Kabbah, A, Kamara, A, Koroma, K H, Langley, S O, William, N, Kessebeh, R, Mooney, T, Conteh, L, Smout, E, Allieu, K, Bangura, K, Bangura, M S, Bangura, M A, Jalloh, H, Jalloh, A B, Kamara, I, Kamara, M, Konteh, A, Koroma, S, Marrah, C, Sesay, M, Sesay, M T, Deen, A T, Jalloh, A, Kaimbay, R M, Kain, D, Kamara, E L, Kamara, M P, Kamara, O J, Kamara, S L M, Kanneh, M, Koroma, A H, Lahai, D, Mansaray, I S, Marah, W S, Massaquoi, M J, Nabie, A, Saidu, N S, Samai, I, Tengheh, J N, Turay, A S, Fornah, A, Sesay, F, Sow, A, Swaray, E, Mansaray, F, Ade-Cole, T, Bangura, L M, Conteh, M L, Koroma, A M, Koroma, M, Sam, A, Scott, T, Sessie, T, Sunders, J-H C, Turay, S I-S, Weekes, J, Sheku, M, Gibson, L, Kowuor, D, Ahamed, I, Allieu, W, Kabba, D U, Kamara, F J, Kebbie, M S, Pessima, M, Wurie, A, Bah, F, Bangura, A I, Bangura, R A S, Blango, L, Boima, S, Conteh, M, Conteh, Y, Daramy, M L, Fofanah, O, George, E, Hanson, T F, Jalloh, M I, Kalawa, M, Kamara, A M, Kamara, F E, Kamara, G M, Kamara, H M, Kamara, P B D, Kamara, R T, Kamara, R, Kanneh, D P, Komeh, I, Kuyateh, M, Mansaray, F F, Mansaray, M M, Sillah, A B, Tarawally, M A, Turya, O S, Yawmah, J B, Leigh, B, Watson-Jones, D, Greenwood, B, Samai, M H, Deen, G F, Marke, D, Piot, P, Smith, P, Edmunds, J, Lees, S, Larson, H, Weiss, H, Wilson, P, Maxwell, C, Ishola, D, Afolabi, M, Baiden, F, Akoo, P, Owusu-Kyei, K, Tindanbil, D, Bower, H, Stuart, J, Bah, O M, Rogers, B T, Serry-Bangura, A, Swaray, I B, Bangura, A, David, I J, Davies, D G M, Kallon, J A, Kamara, A B, Kamara, I F, Kamara, M M, Morovia, F E, Suma, F B, Thompson, F, Murray, M, Sesay, I, Kakay, O, Suma, F, Foster, J, Philips, R, Manno, D, Gallager, K, Cox, S, Howard, N, Cesay, M, Torrani, P, Sharma, S, Snowden, E, Banks, T, Harber, T, Brown, J, Howard, K, Melton, N, Malcolm, S, Welsh, S, Eggo, R, Jendrossek, M, Pearson, C, Van Hoof, J, Douoguih, M, Offergelt, K, Robinson, C, Keshinro, B, Van Alst, M, Mahajan, N, Bockstal, V, Goldstein, N, Gaddah, A, Heerwegh, D, Luhn, K, Leyssen, M, Lowe, B, Awuondo, K, Hafezi, H, Hancox, E, Kohn, B, Tuda, G O, Koroma, F, Bangura, G, Kroma, M T, Fofanah, L, Pessima, A, Rogers, M, Sheriff, O, Ajala, T W, Fangawa, J, Foday Jr, S, Jabbie, I, Mansaray, B, Mansaray, H A, Sesay, K, Charles, M K, Heroe, P C, Karbo, M L, Yansaneh, IS, Egoeh, S G, Trye, A, Amponsah, M, Alghali, N D, Bah, A, Bangura, IJ, Cole, A C, Fofanah, K, Fofanah, S, Jalloh, H U, Jalloh, K F N, Jalloh, N, Kabba, H U, Kabba, J N, Kabba, M, Kamara, J S, Kanjie, F, Kanu, A P, Kargbo, I, Kassa-Koroma, G, Koroma, S B, Sankoh, A, Sankoh, T, Sesay, O D, Wilhem, H, Williams, C T, Bangura, I, Ben-Rogers, Y, Jamboria, F J, Kamara, N, Kanawah, I, Kargbo, A T, Swaray, I, Amara, L, Bundu, I, Jakema, H B, Kamara, K, Sheku, M F, Adeleye, Q, Akhigbe, I, Bakalemwa, R, Chami, N P, Sylvester, T, Altmann, L, Kamara, B, van Roey, K, Conteh, P, Samura, M, Gandie, V, Marrah, M, Moinina, E, Kalokoh, J, Bangura, M I, Bosompem, S, Hilton, T, Jusu, M O, Borboh, P, Brima, A S, Caulker, A F Y, Kallon, A, Koroma, B, Macauley, RC, Saquee, T M D, Williams, H I, Bangura, A R, Fornah, J, Idriss, B, Sillah, M, Mackay, W, Aleghen, B, Murray, T, Edem-Hotah, J, Fatorma, T, Amara, F, Bangura, S, Bonnie, E, Sannoh, M, Donaldson, A, Ndingi, S, Nyaberi, D, Pereira, M, Rothwell, A, Vy, V, Nyallay, L, Fombah, A, Saidu, S, Connor, N, Dambo, T P, Fakaba, P J, Fatorma, M M E, Johnson, C L, Kogba, D B, Lahai, A, Vincent, W, Yambasu, N, Bangura, M, Tengbeh, A, Kabia, R, Nyakoi, AM, Callaghan, M, Enria, L, Lee, S, Ishola, David, Manno, Daniela, Afolabi, Muhammed O, Keshinro, Babajide, Bockstal, Viki, Rogers, Baimba, Owusu-Kyei, Kwabena, Serry-Bangura, Alimamy, Swaray, Ibrahim, Lowe, Brett, Kowuor, Dickens, Baiden, Frank, Mooney, Thomas, Smout, Elizabeth, Köhn, Brian, Otieno, Godfrey T, Jusu, Morrison, Foster, Julie, Samai, Mohamed, Deen, Gibrilla Fadlu, Larson, Heidi, Lees, Shelley, Goldstein, Neil, Gallagher, Katherine E, Gaddah, Auguste, Heerwegh, Dirk, Callendret, Benoit, Luhn, Kerstin, Robinson, Cynthia, Leyssen, Maarten, Greenwood, Brian, Douoguih, Macaya, Leigh, Bailah, and Watson-Jones, Deborah

Published
2022
Full Text
View/download PDF

4. Safety and immunogenicity of the two-dose heterologous Ad26.ZEBOV and MVA-BN-Filo Ebola vaccine regimen in infants: a phase 2, randomised, double-blind, active-controlled trial in Guinea and Sierra Leone

Author

Choi, Edward Man-Lik, primary, Lacarra, Boris, additional, Afolabi, Muhammed O, additional, Ale, Boni Maxime, additional, Baiden, Frank, additional, Bétard, Christine, additional, Foster, Julie, additional, Hamzé, Benjamin, additional, Schwimmer, Christine, additional, Manno, Daniela, additional, D’Ortenzio, Eric, additional, Ishola, David, additional, Keita, Cheick Mohamed, additional, Keshinro, Babajide, additional, Njie, Yusupha, additional, van Dijck, Wim, additional, Gaddah, Auguste, additional, Anumendem, Dickson, additional, Lowe, Brett, additional, Vatrinet, Renaud, additional, Lawal, Bolarinde Joseph, additional, Otieno, Godfrey T, additional, Samai, Mohamed, additional, Deen, Gibrilla Fadlu, additional, Swaray, Ibrahim Bob, additional, Kamara, Abu Bakarr, additional, Kamara, Michael Morlai, additional, Diagne, Mame Aminata, additional, Kowuor, Dickens, additional, McLean, Chelsea, additional, Leigh, Bailah, additional, Beavogui, Abdoul Habib, additional, Leyssen, Maarten, additional, Luhn, Kerstin, additional, Robinson, Cynthia, additional, Douoguih, Macaya, additional, Greenwood, Brian, additional, Thiébaut, Rodolphe, additional, Watson-Jones, Deborah, additional, Mooney, T, additional, Conteh, L, additional, Bangura, MS, additional, Bangura, MA, additional, Jalloh, H, additional, Kamara, I, additional, Kamara, M, additional, Koroma, S, additional, Sesay, M, additional, Sesay, MT, additional, Deen, AT, additional, Kamara, A, additional, Kamara, EL, additional, Kamara, SLM, additional, Koroma, AH, additional, Mansaray, IS, additional, Massaquoi, MJ, additional, Nabie, A, additional, Kowuor, D, additional, Njie, Y, additional, Odeny, L, additional, Sheku, M, additional, Jalloh, AB, additional, Sow, A, additional, Swaray, E, additional, Mansaray, F, additional, Sessie, T, additional, Sunders, J-HC, additional, Turay, SI-S, additional, Weekes, J, additional, Pessima, M, additional, Wurie, A, additional, Conteh, M, additional, Jalloh, MI, additional, Kamara, PBD, additional, Kanneh, DP, additional, Kanneh, M, additional, Komeh, I, additional, Koroma, M, additional, Kuyateh, M, additional, Mansaray, FF, additional, Leigh, B, additional, Watson-Jones, D, additional, Samai, M, additional, Deen, GF, additional, Sesay, T, additional, Piot, P, additional, Greenwood, B, additional, Lees, S, additional, Larson, H, additional, Afolabi, M, additional, Ishola, D, additional, Baiden, F, additional, Faye, F, additional, Tindanbil, D, additional, Kamara, MM, additional, Swaray, IB, additional, Bangura, A, additional, Kamara, AB, additional, Morovia, FE, additional, Kallon, JA, additional, Murray, M, additional, Sesay, F, additional, Suma, F, additional, Sesay, IG, additional, Choi, EM, additional, Manno, D, additional, Foster, J, additional, Rwezaula, R, additional, Akhigbe, I, additional, Adetola, H, additional, Kamara, B, additional, Lowe, B, additional, Lawal, B, additional, Kohn, B, additional, Tuda, GO, additional, Koroma, F, additional, Bangura, G, additional, Kroma, MT, additional, Fofanah, L, additional, Pessima, A, additional, Rogers, M, additional, Sheriff, O, additional, Fangawa, J, additional, Foday, S, additional, Jabbie, I, additional, Mansaray, HA, additional, Sesay, K, additional, Jakema, HB, additional, Sheku, MF, additional, Jalloh, KFN, additional, Kabba, M, additional, Kanjie, F, additional, Kanu, AP, additional, Kassa-Koroma, G, additional, Jusu, M, additional, Koroma, B, additional, Borboh, P, additional, Kallon, A, additional, van Roey, K, additional, Conteh, P, additional, Samura, M, additional, Gandie, V, additional, Marrah, M, additional, Kalokoh, J, additional, Bangura, MI, additional, Connor, N, additional, Saidu, S, additional, Turay, AS, additional, Lahai, A, additional, Johnson, CL, additional, Kogba, DB, additional, Vincent, W, additional, Bangura, M, additional, Tengbeh, A, additional, Bangura, K, additional, Kabia, R, additional, Nyakoi, AM, additional, Lee, S, additional, Nyaberi, D, additional, Ndingi, S, additional, Nyallay, L, additional, Bangura, AR, additional, Idriss, B, additional, Sillah, M, additional, Mackay, W, additional, Murray, T, additional, Edem-Hotah, J, additional, Fatorma, T, additional, Bangura, S, additional, Bonnie, E, additional, Sannoh, M, additional, Malcolm, S, additional, Brown, J, additional, Snowden, E, additional, Howard, K, additional, Ojugo, A, additional, Massin-Shepherd, C, additional, BEAVOGUI, AH, additional, KEITA, CM, additional, CAMARA, OK, additional, GUILAVOGUI, JPY, additional, BAH, H, additional, SAMOURA, MA, additional, MUAMBA, D, additional, SEMAKUBA, B, additional, CAMARA, AK, additional, KABA, AS, additional, BERERD-CAMARA, M, additional, YARADOUNO, M, additional, DECHENAUD, M, additional, CAMARA, MT, additional, TAMBALOU, J, additional, HABA, M, additional, DIALLO, SD, additional, THEA, A, additional, DOUMBOUYA, N, additional, FOFANA, ML, additional, BEAVOGUI, M, additional, CAMARA, AA, additional, BEAVOGUI, JT, additional, DIOUF, W, additional, AUGIER, A, additional, BARTE DE SAINTE FARE, E, additional, SIVAHERA MUYISA, B, additional, SANI, S, additional, VATRINET, R, additional, HAMZE, B, additional, LACARRA, B, additional, D’ORTENZIO, E, additional, ALE, B, additional, BETARD, C, additional, RICHERT, L, additional, OULAI, D, additional, KANTE, M, additional, SOUTTHIPHONG, A-A, additional, SCHWIMMER, C, additional, THIÉBAUT, R, additional, OTTAVI, A, additional, COUFFIN-CADIERGUES, S, additional, ESPEROU, H, additional, Chai, SP, additional, Buth, W, additional, Offergeld, K, additional, Menten, A, additional, Hammoud, N, additional, De Ridder, S, additional, Sellecchia, R, additional, in ’t Veld, R, additional, Fogap, N, additional, Anumendem, D, additional, Stapleton, H, additional, Reijns, T, additional, Haydon, J, additional, Roza, L, additional, Sawyer, B, additional, Hoda, S, additional, Yee, J, additional, De Cnodder, T, additional, Hubin, E, additional, Telen, L, additional, Desai, J, additional, Bennet, M, additional, Pawlowski, M, additional, van Gils, N, additional, Boeykens, N, additional, Kwasniak, A, additional, Ligthart, M, additional, Van Roey, G, additional, Fernandez, E, additional, Gaddah, A, additional, van Dijck, W, additional, Jingshuang, S, additional, Randrasana, S, additional, Artis, C, additional, Akinbinu, A, additional, Poretti, A, additional, Van Ballaert, S, additional, Harris, M, additional, Van Looveren, M, additional, Brandt, P, additional, Robinson, C, additional, Bockstal, V, additional, McLean, C, additional, Versteege, I, additional, Ferrault, C, additional, Kaminski, A, additional, Vergauwen, H, additional, Kerama, CI, additional, Forcheh, CA, additional, DiMondi, CV, additional, Stewart, L, additional, Meurer, J, additional, Beounitis, A, additional, Peeters, J, additional, Su, C, additional, Keshinro, B, additional, Delport, C, additional, Sharkie, E, additional, Zhang, J, additional, Du, C, additional, Hu, K, additional, Strydom, A, additional, Bezem-Aviv, I, additional, Wachnicka, A, additional, Kumar, P, additional, Cheng, S, additional, and Kang, K, additional

Published
2023
Full Text
View/download PDF

5. Focal laser ablation as clinical treatment of prostate cancer: report from a Delphi consensus project

Author

van Luijtelaar, A., Greenwood, B. M., Ahmed, H. U., Barqawi, A. B., Barret, E., Bomers, J. G. R., Brausi, M. A., Choyke, P. L., Cooperberg, M. R., Eggener, S., Feller, J. F., Frauscher, F., George, A. K., Hindley, R. G., Jenniskens, S. F. M., Klotz, L., Kovacs, G., Lindner, U., Loeb, S., Margolis, D. J., Marks, L. S., May, S., Mcclure, T. D., Montironi, R., Nour, S. G., Oto, A., Polascik, T. J., Rastinehad, A. R., De Reyke, T. M., Reijnen, J. S., de la Rosette, J. J. M. C. H., Sedelaar, J. P. M., Sperling, D. S., Walser, E. M., Ward, J. F., Villers, A., Ghai, S., and Fütterer, J. J.

Published
2019
Full Text
View/download PDF

7. Seasonal use case for the RTS,S/AS01 malaria vaccine: a mathematical modelling study

Author

Thompson, HA, Hogan, AB, Walker, PGT, Winskill, P, Zongo, I, Sagara, I, Tinto, H, Ouedraogo, J-B, Dicko, A, Chandramohan, D, Greenwood, B, Cairns, M, Ghani, AC, Medical Research Council (MRC), and Imperial College LOndon

Subjects
Malaria Vaccines, Plasmodium falciparum, Burkina Faso, Humans, Seasons, General Medicine, Child, 0605 Microbiology, 1117 Public Health and Health Services, Malaria
Abstract

BACKGROUND: A 2021 clinical trial of seasonal RTS,S/AS01E (RTS,S) vaccination showed that vaccination was non-inferior to seasonal malaria chemoprevention (SMC) in preventing clinical malaria. The combination of these two interventions provided significant additional protection against clinical and severe malaria outcomes. Projections of the effect of this novel approach to RTS,S vaccination in seasonal transmission settings for extended timeframes and across a range of epidemiological settings are needed to inform policy recommendations. METHODS: We used a mathematical, individual-based model of malaria transmission that was fitted to data on the relationship between entomological inoculation rate and parasite prevalence, clinical disease, severe disease, and deaths from multiple sites across Africa. The model was validated with results from a phase 3b trial assessing the effect of SV-RTS,S in Mali and Burkina Faso. We developed three intervention efficacy models with varying degrees and durations of protection for our population-level modelling analysis to assess the potential effect of an RTS,S vaccination schedule based on age (doses were delivered to children aged 6 months, 7·5 months, and 9 months for the first three doses, and at 27 months of age for the fourth dose) or season (children aged 5-17 months at the time of first vaccination received the first three doses in the 3 months preceding the transmission season, with any subsequent doses up to five doses delivered annually) in seasonal transmission settings both in the absence and presence of SMC with sulfadoxine-pyrimethamine plus amodiaquine. This is modelled as a full therapeutic course delivered every month for four or five months of the peak in transmission season. Estimates of cases and deaths averted in a population of 100 000 children aged 0-5 years were calculated over a 15-year time period for a range of levels of malaria transmission intensity (Plasmodium falciparum parasite prevalence in children aged 2-10 years between 10% and 65%) and over two west Africa seasonality archetypes. FINDINGS: Seasonally targeting RTS,S resulted in greater absolute reductions in malaria cases and deaths compared with an age-based strategy, averting an additional 14 000-47 000 cases per 100 000 children aged 5 years and younger over 15 years, dependent on seasonality and transmission intensity. We predicted that adding seasonally targeted RTS,S to SMC would reduce clinical incidence by up to an additional 42 000-67 000 cases per 100 000 children aged 5 years and younger over 15 years compared with SMC alone. Transmission season duration was a key determinant of intervention effect, with the advantage of adding RTS,S to SMC predicted to be smaller with shorter transmission seasons. INTERPRETATION: RTS,S vaccination in seasonal settings could be a valuable additional tool to existing interventions, with seasonal delivery maximising the effect relative to an age-based approach. Decisions surrounding deployment strategies of RTS,S in such settings will need to consider the local and regional variations in seasonality, current rates of other interventions, and potential achievable RTS,S coverage. FUNDING: UK Medical Research Council, UK Foreign Commonwealth & Development Office, The Wellcome Trust, and The Royal society.

Published
2022

8. The impact of the COVID-19 pandemic on the provision & utilisation of primary health care services in Goma, Democratic Republic of the Congo, Kambia district, Sierra Leone & Masaka district, Uganda

Author

Kasonia, K., primary, Tindanbil, D., additional, Kitonsa, J., additional, Baisley, K., additional, Zalwango, F., additional, Enria, L., additional, Mansaray, A., additional, James, M., additional, Nije, Y., additional, Tata, D. Tetsa, additional, Lawal, B. J., additional, Drammeh, A., additional, Lowe, B., additional, Mukadi-Bamuleka, D., additional, Mounier-Jack, S., additional, Nakiyimba, F., additional, Obady, P., additional, Muhavi, J., additional, Bangura, J. S., additional, Greenwood, B., additional, Samai, M., additional, Leigh, B., additional, Watson-Jones, D., additional, Kavunga-Membo, H., additional, Ruzagira, E., additional, and Gallagher, K. E., additional

Published
2023
Full Text
View/download PDF

9. Dual stage approach to laser-driven helical coil proton acceleration

Author

Ferguson, S, primary, Martin, P, additional, Ahmed, H, additional, Aktan, E, additional, Alanazi, M, additional, Cerchez, M, additional, Doria, D, additional, Green, J S, additional, Greenwood, B, additional, Odlozilik, B, additional, Willi, O, additional, Borghesi, M, additional, and Kar, S, additional

Published
2023
Full Text
View/download PDF

12. Mathematical modelling of a seasonal use-case for the RTS,S/AS01 malaria vaccine

Author

Thompson, H, Hogan, A, Walker, P, Winskill, P, Zongo, I, Sagara, I, Tinto, H, Ouedraogo, J-B, Dicko, A, Chandramohan, D, Greenwood, B, Cairns, M, Ghani, A, Medical Research Council (MRC), and Imperial College LOndon

Subjects
0605 Microbiology, 1117 Public Health and Health Services
Abstract

Background: A recent clinical trial of seasonal RTS,S/AS01E (RTS,S) vaccination showed that vaccination was non-inferior to seasonal malaria chemoprevention (SMC) in preventing clinical malaria. The combination of these two interventions provided significant additional protection against clinical and severe malaria outcomes. Impact projections of this novel approach to RTS,S vaccination in seasonal transmission settings for longer time frames and across a range of epidemiological settings are needed to inform policy recommendations. Methods: We used a mathematical model of malaria transmission to assess the potential impact of an age-based or seasonally targeted RTS,S vaccination schedule in seasonal transmission settings in both the absence and presence of SMC. Estimates of cases and deaths averted in a population of 100,000 children aged 0-5 years were calculated over a 15-year time horizon for a range of levels of Plasmodium falciparum parasite prevalence in 2–10-year-olds and over two West African seasonality archetypes. Findings: Seasonally targeting RTS,S resulted in greater absolute reductions in malaria cases and deaths compared to an age-based strategy, averting between 32%-100% more clinical cases dependent on seasonality and transmission intensity. We predict that adding seasonally targeted RTS,S to SMC would reduce clinical incidence by up to an additional 36%-56% in children under five compared with SMC alone. Transmission season duration was a key determinant of intervention impact, with the advantage of adding RTS,S to SMC predicted to be smaller with shorter transmission seasons. Interpretation: RTS,S vaccination in seasonal settings could be a valuable additional tool to existing interventions, with seasonal delivery maximising impact relative to an age-based approach. Decisions surrounding deployment strategies of RTS,S in such settings will need to consider the local and regional variations in seasonality, current levels of other interventions and potential achievable RTS,S coverage. Funding: UK Medical Research Council, UK Foreign Commonwealth & Development Office, The Wellcome Trust and The Royal society.

Published
2022

13. Post-discharge malaria chemoprevention in children admitted with severe anaemia in malaria-endemic settings in Africa: a systematic review and meta-analysis

Author

Phiri K, Khairallah C, Kwambai T, Bojang K, Dhabangi A, Opoka R, Idro R, Stepniewska K, Robberstad B, Greenwood B, and ter Kuile F

Subjects
parasitic diseases
Abstract

Report considered by the WHO/GMP Guideline Development Group on Malaria Chemoprevention for “Section 4.2.5 Post-discharge malaria chemoprevention (PDMC)” of the WHO Guidelines for malaria, 3 June2022.

Published
2022
Full Text
View/download PDF

14. Temporal distribution of Plasmodium falciparum recrudescence following artemisinin-based combination therapy: an individual participant data meta-analysis

Author

Dahal, P, Simpson, JA, Abdulla, S, Achan, J, Adam, I, Agarwal, A, Allan, R, Anvikar, AR, Ashley, EA, Bassat, Q, Borrmann, S, Bousema, T, Bukirwa, H, Carrara, V, Corsi, M, D'Alessandro, U, Davis, TME, Deloron, P, Desai, M, Dimbu, PR, Djalle, D, Djimde, A, Dorsey, G, Drakeley, CJ, Duparc, S, Edstein, MD, Espie, E, Abul, F, Falade, C, Fanello, C, Faucher, J-F, Faye, B, Fortes, FDJ, Gadalla, NB, Gaye, O, Gil, JP, Gilayeneh, J, Greenwood, B, Grivoyannis, A, Hien, TT, Hwang, J, Janssens, B, Juma, E, Kamugisha, E, Karema, C, Karunajeewa, HA, Kiechel, JR, Kironde, F, Kofoed, P-E, Kremsner, PG, Lee, SJ, Marsh, K, Martensson, A, Mayxay, M, Menan, H, Mens, P, Mutabingwa, TK, Ndiaye, J-L, Ngasala, BE, Noedl, H, Nosten, F, Offianan, AT, Ogutu, BR, Olliaro, PL, Ouedraogo, JB, Piola, P, Plowe, C, Plucinski, MM, Pratt, OJ, Premji, Z, Ramharter, M, Rogier, C, Vitare, P, Rombo, L, Rosenthal, PJ, Sibley, C, Sirima, S, Smithuis, F, Staedke, SG, Sutanto, I, Talisuna, AO, Tarning, J, Taylor, WRJ, Temu, E, Thriemer, K, Thuy-Nhien, N, Udhayakumar, V, Ursing, JD, van Herp, M, van Lenthe, M, van Vugt, M, William, Y, Winnips, C, Zaloumis, S, Zongo, I, White, NJ, Guerin, PJ, Stepniewska, K, Price, RN, Arinaitwe, E, Dahal, P, Simpson, JA, Abdulla, S, Achan, J, Adam, I, Agarwal, A, Allan, R, Anvikar, AR, Ashley, EA, Bassat, Q, Borrmann, S, Bousema, T, Bukirwa, H, Carrara, V, Corsi, M, D'Alessandro, U, Davis, TME, Deloron, P, Desai, M, Dimbu, PR, Djalle, D, Djimde, A, Dorsey, G, Drakeley, CJ, Duparc, S, Edstein, MD, Espie, E, Abul, F, Falade, C, Fanello, C, Faucher, J-F, Faye, B, Fortes, FDJ, Gadalla, NB, Gaye, O, Gil, JP, Gilayeneh, J, Greenwood, B, Grivoyannis, A, Hien, TT, Hwang, J, Janssens, B, Juma, E, Kamugisha, E, Karema, C, Karunajeewa, HA, Kiechel, JR, Kironde, F, Kofoed, P-E, Kremsner, PG, Lee, SJ, Marsh, K, Martensson, A, Mayxay, M, Menan, H, Mens, P, Mutabingwa, TK, Ndiaye, J-L, Ngasala, BE, Noedl, H, Nosten, F, Offianan, AT, Ogutu, BR, Olliaro, PL, Ouedraogo, JB, Piola, P, Plowe, C, Plucinski, MM, Pratt, OJ, Premji, Z, Ramharter, M, Rogier, C, Vitare, P, Rombo, L, Rosenthal, PJ, Sibley, C, Sirima, S, Smithuis, F, Staedke, SG, Sutanto, I, Talisuna, AO, Tarning, J, Taylor, WRJ, Temu, E, Thriemer, K, Thuy-Nhien, N, Udhayakumar, V, Ursing, JD, van Herp, M, van Lenthe, M, van Vugt, M, William, Y, Winnips, C, Zaloumis, S, Zongo, I, White, NJ, Guerin, PJ, Stepniewska, K, Price, RN, and Arinaitwe, E

Abstract

BACKGROUND: The duration of trial follow-up affects the ability to detect recrudescent infections following anti-malarial treatment. The aim of this study was to explore the proportions of recrudescent parasitaemia as ascribed by genotyping captured at various follow-up time-points in treatment efficacy trials for uncomplicated Plasmodium falciparum malaria. METHODS: Individual patient data from 83 anti-malarial efficacy studies collated in the WorldWide Antimalarial Resistance Network (WWARN) repository with at least 28 days follow-up were available. The temporal and cumulative distributions of recrudescence were characterized using a Cox regression model with shared frailty on study-sites. Fractional polynomials were used to capture non-linear instantaneous hazard. The area under the density curve (AUC) of the constructed distribution was used to estimate the optimal follow-up period for capturing a P. falciparum malaria recrudescence. Simulation studies were conducted based on the constructed distributions to quantify the absolute overestimation in efficacy due to sub-optimal follow-up. RESULTS: Overall, 3703 recurrent infections were detected in 60 studies conducted in Africa (15,512 children aged < 5 years) and 23 studies conducted in Asia and South America (5272 patients of all ages). Using molecular genotyping, 519 (14.0%) recurrences were ascribed as recrudescent infections. A 28 day artemether-lumefantrine (AL) efficacy trial would not have detected 58% [95% confidence interval (CI) 47-74%] of recrudescences in African children and 32% [95% CI 15-45%] in patients of all ages in Asia/South America. The corresponding estimate following a 42 day dihydroartemisinin-piperaquine (DP) efficacy trial in Africa was 47% [95% CI 19-90%] in children under 5 years old treated with > 48 mg/kg total piperaquine (PIP) dose and 9% [95% CI 0-22%] in those treated with ≤ 48 mg/kg PIP dose. In absolute terms, the simulation study found that trials limited to 28 days follow-up

Published
2022

15. Haematological consequences of acute uncomplicated falciparum malaria: a WorldWide Antimalarial Resistance Network pooled analysis of individual patient data

Author

Mansoor, R, Commons, RJ, Douglas, NM, Abuaku, B, Achan, J, Adam, I, Adjei, GO, Adjuik, M, Alemayehu, BH, Allan, R, Allen, EN, Anvikar, AR, Arinaitwe, E, Ashley, EA, Ashurst, H, Asih, PBS, Bakyaita, N, Barennes, H, Barnes, K, Basco, L, Bassat, Q, Baudin, E, Bell, DJ, Bethell, D, Bjorkman, A, Boulton, C, Bousema, T, Brasseur, P, Bukirwa, H, Burrow, R, Carrara, V, Cot, M, D'Alessandro, U, Das, D, Das, S, Davis, TME, Desai, M, Djimde, AA, Dondorp, AM, Dorsey, G, Drakeley, CJ, Duparc, S, Espie, E, Etard, J-F, Falade, C, Faucher, JF, Filler, S, Fogg, C, Fukuda, M, Gaye, O, Genton, B, Rahim, AG, Gilayeneh, J, Gonzalez, R, Grais, RF, Grandesso, F, Greenwood, B, Grivoyannis, A, Hatz, C, Hodel, EM, Humphreys, GS, Hwang, J, Ishengoma, D, Juma, E, Kachur, SP, Kager, PA, Kamugisha, E, Kamya, MR, Karema, C, Kayentao, K, Kazienga, A, Kiechel, J-R, Kofoed, P-E, Koram, K, Kremsner, PG, Lalloo, DG, Laman, M, Lee, SJ, Lell, B, Maiga, AW, Martensson, A, Mayxay, M, Mbacham, W, McGready, R, Menan, H, Menard, D, Mockenhaupt, F, Moore, BR, Muller, O, Nahum, A, Ndiaye, J-L, Newton, PN, Ngasala, BE, Nikiema, F, Nji, AM, Noedl, H, Nosten, F, Ogutu, BR, Ojurongbe, O, Osorio, L, Ouedraogo, J-B, Owusu-Agyei, S, Pareek, A, Penali, LK, Piola, P, Plucinski, M, Premji, Z, Ramharter, M, Richmond, CL, Rombo, L, Rosenthal, PJ, Salman, S, Same-Ekobo, A, Sibley, C, Sirima, SB, Smithuis, FM, Some, FA, Staedke, SG, Starzengruber, P, Strub-Wourgaft, N, Sutanto, I, Swarthout, TD, Syafruddin, D, Talisuna, AO, Taylor, WR, Temu, EA, Thwing, J, Tinto, H, Tjitra, E, Toure, OA, Tran, TH, Ursing, J, Valea, I, Valentini, G, van Vugt, M, von Seidlein, L, Ward, SA, Were, V, White, NJ, Woodrow, CJ, Yavo, W, Yeka, A, Zongo, I, Simpson, JA, Guerin, PJ, Stepniewska, K, Price, RN, Roper, C, Mansoor, R, Commons, RJ, Douglas, NM, Abuaku, B, Achan, J, Adam, I, Adjei, GO, Adjuik, M, Alemayehu, BH, Allan, R, Allen, EN, Anvikar, AR, Arinaitwe, E, Ashley, EA, Ashurst, H, Asih, PBS, Bakyaita, N, Barennes, H, Barnes, K, Basco, L, Bassat, Q, Baudin, E, Bell, DJ, Bethell, D, Bjorkman, A, Boulton, C, Bousema, T, Brasseur, P, Bukirwa, H, Burrow, R, Carrara, V, Cot, M, D'Alessandro, U, Das, D, Das, S, Davis, TME, Desai, M, Djimde, AA, Dondorp, AM, Dorsey, G, Drakeley, CJ, Duparc, S, Espie, E, Etard, J-F, Falade, C, Faucher, JF, Filler, S, Fogg, C, Fukuda, M, Gaye, O, Genton, B, Rahim, AG, Gilayeneh, J, Gonzalez, R, Grais, RF, Grandesso, F, Greenwood, B, Grivoyannis, A, Hatz, C, Hodel, EM, Humphreys, GS, Hwang, J, Ishengoma, D, Juma, E, Kachur, SP, Kager, PA, Kamugisha, E, Kamya, MR, Karema, C, Kayentao, K, Kazienga, A, Kiechel, J-R, Kofoed, P-E, Koram, K, Kremsner, PG, Lalloo, DG, Laman, M, Lee, SJ, Lell, B, Maiga, AW, Martensson, A, Mayxay, M, Mbacham, W, McGready, R, Menan, H, Menard, D, Mockenhaupt, F, Moore, BR, Muller, O, Nahum, A, Ndiaye, J-L, Newton, PN, Ngasala, BE, Nikiema, F, Nji, AM, Noedl, H, Nosten, F, Ogutu, BR, Ojurongbe, O, Osorio, L, Ouedraogo, J-B, Owusu-Agyei, S, Pareek, A, Penali, LK, Piola, P, Plucinski, M, Premji, Z, Ramharter, M, Richmond, CL, Rombo, L, Rosenthal, PJ, Salman, S, Same-Ekobo, A, Sibley, C, Sirima, SB, Smithuis, FM, Some, FA, Staedke, SG, Starzengruber, P, Strub-Wourgaft, N, Sutanto, I, Swarthout, TD, Syafruddin, D, Talisuna, AO, Taylor, WR, Temu, EA, Thwing, J, Tinto, H, Tjitra, E, Toure, OA, Tran, TH, Ursing, J, Valea, I, Valentini, G, van Vugt, M, von Seidlein, L, Ward, SA, Were, V, White, NJ, Woodrow, CJ, Yavo, W, Yeka, A, Zongo, I, Simpson, JA, Guerin, PJ, Stepniewska, K, Price, RN, and Roper, C

Abstract

BACKGROUND: Plasmodium falciparum malaria is associated with anaemia-related morbidity, attributable to host, parasite and drug factors. We quantified the haematological response following treatment of uncomplicated P. falciparum malaria to identify the factors associated with malarial anaemia. METHODS: Individual patient data from eligible antimalarial efficacy studies of uncomplicated P. falciparum malaria, available through the WorldWide Antimalarial Resistance Network data repository prior to August 2015, were pooled using standardised methodology. The haematological response over time was quantified using a multivariable linear mixed effects model with nonlinear terms for time, and the model was then used to estimate the mean haemoglobin at day of nadir and day 7. Multivariable logistic regression quantified risk factors for moderately severe anaemia (haemoglobin < 7 g/dL) at day 0, day 3 and day 7 as well as a fractional fall ≥ 25% at day 3 and day 7. RESULTS: A total of 70,226 patients, recruited into 200 studies between 1991 and 2013, were included in the analysis: 50,859 (72.4%) enrolled in Africa, 18,451 (26.3%) in Asia and 916 (1.3%) in South America. The median haemoglobin concentration at presentation was 9.9 g/dL (range 5.0-19.7 g/dL) in Africa, 11.6 g/dL (range 5.0-20.0 g/dL) in Asia and 12.3 g/dL (range 6.9-17.9 g/dL) in South America. Moderately severe anaemia (Hb < 7g/dl) was present in 8.4% (4284/50,859) of patients from Africa, 3.3% (606/18,451) from Asia and 0.1% (1/916) from South America. The nadir haemoglobin occurred on day 2 post treatment with a mean fall from baseline of 0.57 g/dL in Africa and 1.13 g/dL in Asia. Independent risk factors for moderately severe anaemia on day 7, in both Africa and Asia, included moderately severe anaemia at baseline (adjusted odds ratio (AOR) = 16.10 and AOR = 23.00, respectively), young age (age < 1 compared to ≥ 12 years AOR = 12.81 and AOR = 6.79, respectively), high parasitaemia (AOR = 1.78 and AOR = 1.

Published
2022

16. A cluster-randomised, non-inferiority trial of the impact of a two-dose compared to three-dose schedule of pneumococcal conjugate vaccination in rural Gambia: the PVS trial

Author

Mackenzie, GA, Osei, I, Salaudeen, R, Hossain, I, Young, B, Secka, O, D'Alessandro, U, Palmu, AA, Jokinen, J, Hinds, J, Flasche, S, Mulholland, K, Nguyen, C, Greenwood, B, Mackenzie, GA, Osei, I, Salaudeen, R, Hossain, I, Young, B, Secka, O, D'Alessandro, U, Palmu, AA, Jokinen, J, Hinds, J, Flasche, S, Mulholland, K, Nguyen, C, and Greenwood, B

Abstract

BACKGROUND: Pneumococcal conjugate vaccines (PCV) effectively prevent pneumococcal disease but the global impact of pneumococcal vaccination is hampered by the cost of PCV. The relevance and feasibility of trials of reduced dose schedules is greatest in middle- and low-income countries, such as The Gambia, where PCV has been introduced with good disease control but where transmission of vaccine-type pneumococci persists. We are conducting a large cluster-randomised, non-inferiority, field trial of an alternative reduced dose schedule of PCV compared to the standard schedule, the PVS trial. METHODS: PVS is a prospective, cluster-randomised, non-inferiority, real-world field trial of an alternative schedule of one dose of PCV scheduled at age 6 weeks with a booster dose at age 9 months (i.e. the alternative '1 + 1' schedule) compared to the standard schedule of three primary doses scheduled at 6, 10, and 14 weeks of age (i.e. the standard '3 + 0' schedule). The intervention will be delivered for 4 years. The primary endpoint is the population-level prevalence of nasopharyngeal vaccine-type pneumococcal carriage in children aged 2 weeks to 59 months with clinical pneumonia in year 4 of the trial. Participants and field staff are not masked to group allocation while measurement of the laboratory endpoint will be masked. Sixty-eight geographic population clusters have been randomly allocated, in a 1:1 ratio, to each schedule and all resident infants are eligible for enrolment. All resident children less than 5 years of age are under continuous surveillance for clinical safety endpoints measured at 11 health facilities; invasive pneumococcal disease, radiological pneumonia, clinical pneumonia, and hospitalisations. Secondary endpoints include the population-level prevalence of nasopharyngeal vaccine-type pneumococcal carriage in years 2 and 4 and vaccine-type carriage prevalence in unimmunised infants aged 6-12 weeks in year 4. The trial includes components of mathematica

Published
2022

17. Pneumococcal conjugate vaccination schedules in infants-acquisition, immunogenicity, and pneumococcal conjugate and yellow fever vaccine co-administration study

Author

Mackenzie, GA, Osei, I, Salaudeen, R, Secka, O, D'Alessandro, U, Clarke, E, Schmidt-Chanasit, J, Licciardi, P, Nguyen, C, Greenwood, B, Mulholland, K, Mackenzie, GA, Osei, I, Salaudeen, R, Secka, O, D'Alessandro, U, Clarke, E, Schmidt-Chanasit, J, Licciardi, P, Nguyen, C, Greenwood, B, and Mulholland, K

Abstract

BACKGROUND: Pneumococcal conjugate vaccines (PCVs) effectively prevent pneumococcal disease, but the global impact of pneumococcal vaccination is hampered by its cost. The evaluation of reduced dose schedules of PCV includes measurement of effects on immunogenicity and carriage acquisition compared to standard schedules. The relevance and feasibility of trials of reduced dose schedules is greatest in middle- and low-income countries, such as The Gambia, where the introduction of PCV resulted in good disease control but where transmission of vaccine-type pneumococci persists. We designed a large cluster-randomised field trial of an alternative reduced dose schedule of PCV compared to the standard schedule, the PVS trial. We will also conduct a sub-study to evaluate the individual-level effect of the two schedules on carriage acquisition, immunogenicity, and co-administration of PCV with yellow fever vaccine, the PVS-AcqImm trial. METHODS: PVS-AcqImm is a prospective, cluster-randomised trial of one dose of PCV scheduled at age 6 weeks with a booster dose at age 9 months (i.e. alternative '1+1' schedule) compared to three primary doses scheduled at 6, 10, and 14 weeks of age (i.e. standard '3+0' schedule). Sub-groups within the alternative schedule group will receive yellow fever vaccine separately or co-administered with PCV at 9 months of age. The primary endpoints are (a) rate of nasopharyngeal vaccine-type pneumococcal acquisition from 9 to 14 months of age, (b) geometric mean concentration of vaccine-type pneumococcal IgG at 18 months of age, and (c) proportions with yellow fever neutralising antibody titre ≥8 four weeks after administration of yellow fever vaccine. Participants and field staff will not be masked to group allocation while the measurement of laboratory endpoints will be masked. Approximately equal numbers of participants will be resident in each of 28 geographic clusters (14 clusters in alternative and standard schedule groups); 784 enrolled for a

Published
2022

18. Pneumococcal vaccine schedules (PVS) study: a cluster-randomised, non-inferiority trial of an alternative versus standard schedule for pneumococcal conjugate vaccination-statistical analysis plan.

Author

Mackenzie, GA, Palmu, AA, Jokinen, J, Osei, I, Flasche, S, Greenwood, B, Mulholland, K, Nguyen, C, Mackenzie, GA, Palmu, AA, Jokinen, J, Osei, I, Flasche, S, Greenwood, B, Mulholland, K, and Nguyen, C

Abstract

RATIONALE: The effectiveness of universal immunisation with pneumococcal conjugate vaccine (PCV) has been evident in many countries. However, the global impact of PCV is limited by its cost, which has prevented its introduction in several countries. Reducing the cost of PCV programmes may facilitate vaccine introduction in some countries and improve the sustainability of PCV in EPIs in low-income countries when they transition away from subsidised vaccine supply. METHODS AND DESIGN: PVS is a real-world field trial of an alternative schedule of one dose of PCV scheduled at age 6 weeks with a booster dose at age 9 months (i.e. the alternative '1+1' schedule) compared to the standard schedule of three primary doses scheduled at 6, 10, and 14 weeks of age (i.e. the standard '3+0' schedule). Delivery of the interventions began in late 2019 in 68 geographic clusters and will continue for 4 years. The primary endpoint is the prevalence of nasopharyngeal vaccine-type pneumococcal carriage in children aged 2-260 weeks with clinical pneumonia in year 4. Secondary endpoints are the prevalence of vaccine-type pneumococcal carriage among all ages in year 4 and the incidence of radiological pneumonia in children enrolled to receive the interventions. Additional disease and carriage endpoints are included. PURPOSE: This statistical analysis plan (SAP) describes the cohorts and populations, and follow-up criteria, to be used in different analyses. The SAP defines the endpoints and describes how adherence to the interventions will be presented. We describe how analyses will account for the effect of clustering and stratified randomisation. The SAP defines the approach to non-inferiority and other analyses. Defining the SAP early in the trial will avoid bias in analyses that may arise from prior knowledge of trial findings.

Published
2022

20. The impact of the COVID-19 pandemic on the provision & utilisation of primary health care services in Goma, Democratic Republic of the Congo, Kambia district, Sierra Leone & Masaka district, Uganda

Author

Kasonia, K, primary, Tindanbil, D, additional, Kitonsa, J, additional, Baisley, K, additional, Zalwango, F, additional, Enria, L, additional, Mansaray, A, additional, James, M, additional, Nije, Y, additional, Tata, D Tetsa, additional, Lawal, B J, additional, Drammeh, A, additional, Lowe, B, additional, Mukadi-Bamuleka, D, additional, Mounier-Jack, S, additional, Nakiyimba, F, additional, Obady, P, additional, Muhavi, J, additional, Bangura, J S, additional, Greenwood, B, additional, Samai, M, additional, Leigh, B, additional, Watson-Jones, D, additional, Kavunga-Membo, H, additional, Ruzagira, E, additional, and Gallagher, K E., additional

Published
2022
Full Text
View/download PDF

21. EFFECTIVENESS OF ULTRA-HIGH DOSE RATE PROTON CELL KILLING IN 2D AND 3D GLIOBLASTOMA

Author

Odlozilik, B., primary, Chaudhary, P., additional, Mcmurray, A., additional, Ahmed, H., additional, Doria, D., additional, Mcilvenny, A., additional, Milluzzo, G., additional, Botchway, S., additional, Green, J., additional, Greenwood, B., additional, Kar, S., additional, Martin, P., additional, Mccallum, S., additional, Petringa, G., additional, Catalano, R., additional, Borghesi, M., additional, and Cirrone, G., additional

Published
2022
Full Text
View/download PDF

22. FLASH Modalities Track (Oral Presentations) DOSIMETRY AND BEAM DELIVERY ARRANGEMENTS FOR SINGLE-SHOT, ULTRA-HIGH DOSE-RATE RADIOBIOLOGY EXPERIMENTS EMPLOYING LASER-ACCELERATED IONS

Author

Milluzzo, G., primary, Chaudhary, P., additional, Ahmed, H., additional, Romagnani, L., additional, Doria, D., additional, Green, J., additional, Greenwood, B., additional, Mcilvenny, A., additional, Kar, S., additional, Maiorino, C., additional, Mccallum, S., additional, Mcmurray, A., additional, Odlozilik, B., additional, Katzir, Y., additional, Pattahil, R., additional, Polin, K., additional, Prise, K., additional, and Borghesi, M., additional

Published
2022
Full Text
View/download PDF

24. Safety and long-term immunogenicity of the two-dose heterologous Ad26.ZEBOV and MVA-BN-Filo Ebola vaccine regimen in adults in Sierra Leone: a combined open-label, non-randomised stage 1, and a randomised, double-blind, controlled stage 2 trial

Author

Ishola, David, primary, Manno, Daniela, additional, Afolabi, Muhammed O, additional, Keshinro, Babajide, additional, Bockstal, Viki, additional, Rogers, Baimba, additional, Owusu-Kyei, Kwabena, additional, Serry-Bangura, Alimamy, additional, Swaray, Ibrahim, additional, Lowe, Brett, additional, Kowuor, Dickens, additional, Baiden, Frank, additional, Mooney, Thomas, additional, Smout, Elizabeth, additional, Köhn, Brian, additional, Otieno, Godfrey T, additional, Jusu, Morrison, additional, Foster, Julie, additional, Samai, Mohamed, additional, Deen, Gibrilla Fadlu, additional, Larson, Heidi, additional, Lees, Shelley, additional, Goldstein, Neil, additional, Gallagher, Katherine E, additional, Gaddah, Auguste, additional, Heerwegh, Dirk, additional, Callendret, Benoit, additional, Luhn, Kerstin, additional, Robinson, Cynthia, additional, Leyssen, Maarten, additional, Greenwood, Brian, additional, Douoguih, Macaya, additional, Leigh, Bailah, additional, Watson-Jones, Deborah, additional, Kargbo, M, additional, Bockarie, E, additional, James, N L, additional, Kabbah, A, additional, Kamara, A, additional, Koroma, K H, additional, Langley, S O, additional, William, N, additional, Kessebeh, R, additional, Mooney, T, additional, Conteh, L, additional, Smout, E, additional, Allieu, K, additional, Bangura, K, additional, Bangura, M S, additional, Bangura, M A, additional, Jalloh, H, additional, Jalloh, A B, additional, Kamara, I, additional, Kamara, M, additional, Konteh, A, additional, Koroma, S, additional, Marrah, C, additional, Sesay, M, additional, Sesay, M T, additional, Deen, A T, additional, Jalloh, A, additional, Kaimbay, R M, additional, Kain, D, additional, Kamara, E L, additional, Kamara, M P, additional, Kamara, O J, additional, Kamara, S L M, additional, Kanneh, M, additional, Koroma, A H, additional, Lahai, D, additional, Mansaray, I S, additional, Marah, W S, additional, Massaquoi, M J, additional, Nabie, A, additional, Saidu, N S, additional, Samai, I, additional, Tengheh, J N, additional, Turay, A S, additional, Fornah, A, additional, Sesay, F, additional, Sow, A, additional, Swaray, E, additional, Mansaray, F, additional, Ade-Cole, T, additional, Bangura, L M, additional, Conteh, M L, additional, Koroma, A M, additional, Koroma, M, additional, Sam, A, additional, Scott, T, additional, Sessie, T, additional, Sunders, J-H C, additional, Turay, S I-S, additional, Weekes, J, additional, Sheku, M, additional, Gibson, L, additional, Kowuor, D, additional, Ahamed, I, additional, Allieu, W, additional, Kabba, D U, additional, Kamara, F J, additional, Kebbie, M S, additional, Pessima, M, additional, Wurie, A, additional, Bah, F, additional, Bangura, A I, additional, Bangura, R A S, additional, Blango, L, additional, Boima, S, additional, Conteh, M, additional, Conteh, Y, additional, Daramy, M L, additional, Fofanah, O, additional, George, E, additional, Hanson, T F, additional, Jalloh, M I, additional, Kalawa, M, additional, Kamara, A M, additional, Kamara, F E, additional, Kamara, G M, additional, Kamara, H M, additional, Kamara, P B D, additional, Kamara, R T, additional, Kamara, R, additional, Kanneh, D P, additional, Komeh, I, additional, Kuyateh, M, additional, Mansaray, F F, additional, Mansaray, M M, additional, Sillah, A B, additional, Tarawally, M A, additional, Turya, O S, additional, Yawmah, J B, additional, Leigh, B, additional, Watson-Jones, D, additional, Greenwood, B, additional, Samai, M H, additional, Deen, G F, additional, Marke, D, additional, Piot, P, additional, Smith, P, additional, Edmunds, J, additional, Lees, S, additional, Larson, H, additional, Weiss, H, additional, Wilson, P, additional, Maxwell, C, additional, Ishola, D, additional, Afolabi, M, additional, Baiden, F, additional, Akoo, P, additional, Owusu-Kyei, K, additional, Tindanbil, D, additional, Bower, H, additional, Stuart, J, additional, Bah, O M, additional, Rogers, B T, additional, Serry-Bangura, A, additional, Swaray, I B, additional, Bangura, A, additional, David, I J, additional, Davies, D G M, additional, Kallon, J A, additional, Kamara, A B, additional, Kamara, I F, additional, Kamara, M M, additional, Morovia, F E, additional, Suma, F B, additional, Thompson, F, additional, Murray, M, additional, Sesay, I, additional, Kakay, O, additional, Suma, F, additional, Foster, J, additional, Philips, R, additional, Manno, D, additional, Gallager, K, additional, Cox, S, additional, Howard, N, additional, Cesay, M, additional, Torrani, P, additional, Sharma, S, additional, Snowden, E, additional, Banks, T, additional, Harber, T, additional, Brown, J, additional, Howard, K, additional, Melton, N, additional, Malcolm, S, additional, Welsh, S, additional, Eggo, R, additional, Jendrossek, M, additional, Pearson, C, additional, Van Hoof, J, additional, Douoguih, M, additional, Offergelt, K, additional, Robinson, C, additional, Keshinro, B, additional, Van Alst, M, additional, Mahajan, N, additional, Bockstal, V, additional, Goldstein, N, additional, Gaddah, A, additional, Heerwegh, D, additional, Luhn, K, additional, Leyssen, M, additional, Lowe, B, additional, Awuondo, K, additional, Hafezi, H, additional, Hancox, E, additional, Kohn, B, additional, Tuda, G O, additional, Koroma, F, additional, Bangura, G, additional, Kroma, M T, additional, Fofanah, L, additional, Pessima, A, additional, Rogers, M, additional, Sheriff, O, additional, Ajala, T W, additional, Fangawa, J, additional, Foday Jr, S, additional, Jabbie, I, additional, Mansaray, B, additional, Mansaray, H A, additional, Sesay, K, additional, Charles, M K, additional, Heroe, P C, additional, Karbo, M L, additional, Yansaneh, IS, additional, Egoeh, S G, additional, Trye, A, additional, Amponsah, M, additional, Alghali, N D, additional, Bah, A, additional, Bangura, IJ, additional, Cole, A C, additional, Fofanah, K, additional, Fofanah, S, additional, Jalloh, H U, additional, Jalloh, K F N, additional, Jalloh, N, additional, Kabba, H U, additional, Kabba, J N, additional, Kabba, M, additional, Kamara, J S, additional, Kanjie, F, additional, Kanu, A P, additional, Kargbo, I, additional, Kassa-Koroma, G, additional, Koroma, S B, additional, Sankoh, A, additional, Sankoh, T, additional, Sesay, O D, additional, Wilhem, H, additional, Williams, C T, additional, Bangura, I, additional, Ben-Rogers, Y, additional, Jamboria, F J, additional, Kamara, N, additional, Kanawah, I, additional, Kargbo, A T, additional, Swaray, I, additional, Amara, L, additional, Bundu, I, additional, Jakema, H B, additional, Kamara, K, additional, Sheku, M F, additional, Adeleye, Q, additional, Akhigbe, I, additional, Bakalemwa, R, additional, Chami, N P, additional, Sylvester, T, additional, Altmann, L, additional, Kamara, B, additional, van Roey, K, additional, Conteh, P, additional, Samura, M, additional, Gandie, V, additional, Marrah, M, additional, Moinina, E, additional, Kalokoh, J, additional, Bangura, M I, additional, Bosompem, S, additional, Hilton, T, additional, Jusu, M O, additional, Borboh, P, additional, Brima, A S, additional, Caulker, A F Y, additional, Kallon, A, additional, Koroma, B, additional, Macauley, RC, additional, Saquee, T M D, additional, Williams, H I, additional, Bangura, A R, additional, Fornah, J, additional, Idriss, B, additional, Sillah, M, additional, Mackay, W, additional, Aleghen, B, additional, Murray, T, additional, Edem-Hotah, J, additional, Fatorma, T, additional, Amara, F, additional, Bangura, S, additional, Bonnie, E, additional, Sannoh, M, additional, Donaldson, A, additional, Ndingi, S, additional, Nyaberi, D, additional, Pereira, M, additional, Rothwell, A, additional, Vy, V, additional, Nyallay, L, additional, Fombah, A, additional, Saidu, S, additional, Connor, N, additional, Dambo, T P, additional, Fakaba, P J, additional, Fatorma, M M E, additional, Johnson, C L, additional, Kogba, D B, additional, Lahai, A, additional, Vincent, W, additional, Yambasu, N, additional, Bangura, M, additional, Tengbeh, A, additional, Kabia, R, additional, Nyakoi, AM, additional, Callaghan, M, additional, Enria, L, additional, and Lee, S, additional

Published
2022
Full Text
View/download PDF

25. Safety and immunogenicity of the two-dose heterologous Ad26.ZEBOV and MVA-BN-Filo Ebola vaccine regimen in children in Sierra Leone: a randomised, double-blind, controlled trial

Author

Afolabi, Muhammed O, primary, Ishola, David, additional, Manno, Daniela, additional, Keshinro, Babajide, additional, Bockstal, Viki, additional, Rogers, Baimba, additional, Owusu-Kyei, Kwabena, additional, Serry-Bangura, Alimamy, additional, Swaray, Ibrahim, additional, Lowe, Brett, additional, Kowuor, Dickens, additional, Baiden, Frank, additional, Mooney, Thomas, additional, Smout, Elizabeth, additional, Köhn, Brian, additional, Otieno, Godfrey T, additional, Jusu, Morrison, additional, Foster, Julie, additional, Samai, Mohamed, additional, Deen, Gibrilla Fadlu, additional, Larson, Heidi, additional, Lees, Shelley, additional, Goldstein, Neil, additional, Gallagher, Katherine E, additional, Gaddah, Auguste, additional, Heerwegh, Dirk, additional, Callendret, Benoit, additional, Luhn, Kerstin, additional, Robinson, Cynthia, additional, Greenwood, Brian, additional, Leyssen, Maarten, additional, Douoguih, Macaya, additional, Leigh, Bailah, additional, Watson-Jones, Deborah, additional, Kargbo, M, additional, Bockarie, E, additional, James, N L, additional, Kabbah, A, additional, Kamara, A, additional, Koroma, K H, additional, Langley, S O, additional, William, N, additional, Kessebeh, R, additional, Mooney, T, additional, Conteh, L, additional, Smout, E, additional, Allieu, K, additional, Bangura, K, additional, Bangura, M S, additional, Bangura, M A, additional, Jalloh, H, additional, Jalloh, A B, additional, Kamara, I, additional, Kamara, M, additional, Konteh, A, additional, Koroma, S, additional, Marrah, C, additional, Sesay, M, additional, Sesay, M T, additional, Deen, A T, additional, Jalloh, A, additional, Kaimbay, R M, additional, Kain, D, additional, Kamara, E L, additional, Kamara, M P, additional, Kamara, O J, additional, Kamara, S L M, additional, Kanneh, M, additional, Koroma, A H, additional, Lahai, D, additional, Mansaray, I S, additional, Marah, W S, additional, Massaquoi, M J, additional, Nabie, A, additional, Saidu, N S, additional, Samai, I, additional, Tengheh, J N, additional, Turay, A S, additional, Fornah, A, additional, Sesay, F, additional, Sow, A, additional, Swaray, E, additional, Mansaray, F, additional, Ade-Cole, T, additional, Bangura, L M, additional, Conteh, M L, additional, Koroma, A M, additional, Koroma, M, additional, Sam, A, additional, Scott, T, additional, Sessie, T, additional, Sunders, J-H C, additional, Turay, S I-S, additional, Weekes, J, additional, Sheku, M, additional, Gibson, L, additional, Kowuor, D, additional, Ahamed, I, additional, Allieu, W, additional, Kabba, D U, additional, Kamara, F J, additional, Kebbie, M S, additional, Pessima, M, additional, Wurie, A, additional, Bah, F, additional, Bangura, A I, additional, Bangura, R A S, additional, Blango, L, additional, Boima, S, additional, Conteh, M, additional, Conteh, Y, additional, Daramy, M L, additional, Fofanah, O, additional, George, E, additional, Hanson, T F, additional, Jalloh, M I, additional, Kalawa, M, additional, Kamara, A M, additional, Kamara, F E, additional, Kamara, G M, additional, Kamara, H M, additional, Kamara, P B D, additional, Kamara, R T, additional, Kamara, R, additional, Kanneh, D P, additional, Komeh, I, additional, Kuyateh, M, additional, Mansaray, F F, additional, Mansaray, M M, additional, Sillah, A B, additional, Tarawally, M A, additional, Turya, O S, additional, Yawmah, J B, additional, Leigh, B, additional, Watson-Jones, D, additional, Greenwood, B, additional, Samai, M H, additional, Deen, G F, additional, Marke, D, additional, Sesay, T, additional, Piot, P, additional, Smith, P, additional, Edmunds, J, additional, Lees, S, additional, Larson, H, additional, Weiss, H, additional, Wilson, P, additional, Phillips, R, additional, Maxwell, C, additional, Ishola, D, additional, Afolabi, M, additional, Baiden, F, additional, Akoo, P, additional, Owusu-Kyei, K, additional, Tindanbil, D, additional, Bower, H, additional, Stuart, J, additional, Bah, O M, additional, Rogers, B T, additional, Serry-Bangura, A, additional, Swaray, I B, additional, Bangura, A, additional, David, I J, additional, Davies, D G M, additional, Kallon, J A, additional, Kamara, A B, additional, Kamara, I F, additional, Kamara, M M, additional, Morovia, F E, additional, Suma, F B, additional, Thompson, F, additional, Murray, M, additional, Kakay, O, additional, Suma, F, additional, Sesay, I, additional, Foster, J, additional, Manno, D, additional, Gallagher, K, additional, Cox, S, additional, Howard, N, additional, Cesay, M, additional, Torrani, P, additional, Sharma, S, additional, Snowden, E, additional, Banks, T, additional, Harber, T, additional, Brown, J, additional, Howard, K, additional, Melton, N, additional, Malcolm, S, additional, Welsh, S, additional, Eggo, R, additional, Jendrossek, M, additional, Pearson, C, additional, Offergeld, K, additional, Ferrault, C, additional, Van Alst, M, additional, Mahajan, N, additional, Van Looveren, M, additional, Van Ballaert, S, additional, De Cnodder, T, additional, Grobler, N, additional, Roza, L, additional, Liberi, T, additional, Armishaw, L, additional, Verkleij, C, additional, Henrick, T, additional, Banaszkiewicz, A, additional, Lowe, B, additional, Awuondo, K, additional, Hafezi, H, additional, Hancox, E, additional, Kohn, B, additional, Tuda, G O, additional, Bangura, G, additional, Kroma, M T, additional, Fofanah, L, additional, Pessima, A, additional, Rogers, M, additional, Sheriff, O, additional, Ajala, T W, additional, Fangawa, J, additional, Foday Jr, S, additional, Koroma, I S F, additional, Mansaray, B, additional, Mansaray, H A, additional, Sesay, K, additional, Charles, M K, additional, Heroe, P C, additional, Lamin Karbo, M, additional, Yansaneh, I S, additional, Gogo Egoeh, S, additional, Trye, A, additional, Amponsah, M, additional, Donelson, L, additional, Sylvester, T, additional, Owira, V, additional, Onyuka, G, additional, Nambuchi, L, additional, Oburu, A, additional, Apollo, D, additional, Vandi, L, additional, Alghali, N D, additional, Bah, A, additional, Bangura, I J, additional, Cole, A C, additional, Fofanah, S, additional, Jalloh, H U, additional, Jalloh, K F N, additional, Jalloh, N, additional, Kabba, H U, additional, Kabba, J N, additional, Kabba, M, additional, Kamara, J S, additional, Kanjie, F, additional, Kanu, A P, additional, Kargbo, I, additional, Kassa-Koroma, G, additional, Koroma, S B, additional, Sankoh, A, additional, Sankoh, T, additional, Sesay, O D, additional, Wilhem, H, additional, Williams, C T, additional, Bangura, I, additional, Ben-Rogers, Y, additional, Jamboria, F J, additional, Kamara, N, additional, Kanawah, I, additional, Kargbo, A T, additional, Swaray, I, additional, Amara, L, additional, Bundu, I, additional, Jakema, H B, additional, Kamara, K, additional, Sheku, M F, additional, Adeleye, Q, additional, Akhigbe, I, additional, Bakalemwa, R, additional, Chami, N P, additional, Altmann, L, additional, Kamara, B, additional, van Roey, K, additional, Conteh, P, additional, Samura, M, additional, Gandie, V, additional, Marrah, M, additional, Moinina, E, additional, Kalokoh, J, additional, Bosompem, S, additional, Hilton, T, additional, Jusu, M O, additional, Borboh, P, additional, Brima, A S, additional, Caulker, A F Y, additional, Kallon, A, additional, Koroma, B, additional, Macauley, R C, additional, Saquee, T M D, additional, Williams, H I, additional, Bangura, A R, additional, Fornah, J, additional, Idriss, B, additional, Sillah, M, additional, Mackay, W, additional, Aleghen, B, additional, Murray, T, additional, Edem-Hotah, J, additional, Fatorma, T, additional, Amara, F, additional, Bangura, S, additional, Bonnie, E, additional, Sannoh, M, additional, Donaldson, A, additional, Ndingi, S, additional, Nyaberi, D, additional, Pereira, M, additional, Rothwell, A, additional, Vy, V, additional, Nyallay, L, additional, Fombah, A, additional, Saidu, S, additional, Dambo, T P, additional, Fakaba, P J, additional, Fatorma, M M E, additional, Freeman, R H, additional, Johnson, C L, additional, Kogba, D B, additional, Lahai, A, additional, Vincent, W, additional, Yambasu, N, additional, Bangura, M, additional, Tengbeh, A, additional, Kabia, R, additional, Nyakoi, A M, additional, Callaghan, M, additional, Enria, L, additional, and Lee, S, additional

Published
2022
Full Text
View/download PDF

28. 1485P Identification of novel protein biomarkers for FOLFIRINOX-based chemotherapy response in advanced pancreatic adenocarcinoma using patient omics and Bayesian AI

Author

Moser, A.J., primary, Kiebish, M., additional, Sarangarajan, R., additional, Chand, N.M., additional, Miller, G., additional, Rodrigues, L., additional, Shah, P., additional, Searfoss, R., additional, Ofori-Mensa, K., additional, Tolstikov, V., additional, Greenwood, B., additional, Bussberg, V., additional, Grund, E.M., additional, DeCicco, C., additional, Granger, E., additional, and Narain, N.R., additional

Published
2021
Full Text
View/download PDF

29. Optimal dosing of dihydroartemisinin-piperaquine for seasonal malaria chemoprevention in young children

Author

Chotsiri, P, Zongo, I, Milligan, P, Compaore, Y, Anyirékun Fabrice, S, Chandramohan, D, Hanpithakpong, W, Nosten, F, Greenwood, B, Rosenthal, P, White, N, Ouédraogo, J, and Tarning, J

Subjects
Male, Science, Chemoprevention, Artemisinins, Article, Antimalarials, Child, Preschool, parasitic diseases, Quinolines, Humans, lcsh:Q, Drug Therapy, Combination, Female, Seasons, Malaria, Falciparum, lcsh:Science
Abstract

Young children are the population most severely affected by Plasmodium falciparum malaria. Seasonal malaria chemoprevention (SMC) with amodiaquine and sulfadoxine-pyrimethamine provides substantial benefit to this vulnerable population, but resistance to the drugs will develop. Here, we evaluate the use of dihydroartemisinin-piperaquine as an alternative regimen in 179 children (aged 2.33–58.1 months). Allometrically scaled body weight on pharmacokinetic parameters of piperaquine result in lower drug exposures in small children after a standard mg per kg dosage. A covariate-free sigmoidal EMAX-model describes the interval to malaria re-infections satisfactorily. Population-based simulations suggest that small children would benefit from a higher dosage according to the WHO 2015 guideline. Increasing the dihydroartemisinin-piperaquine dosage and extending the dose schedule to four monthly doses result in a predicted relative reduction in malaria incidence of up to 58% during the high transmission season. The higher and extended dosing schedule to cover the high transmission period for SMC could improve the preventive efficacy substantially., Seasonal malaria chemoprevention provides substantial benefit for young children, but resistance to used drugs will likely develop. Here, Chotsiri et al. evaluate the use of dihydroartemisinin-piperaquine as a regimen in 179 children, and population-based simulations suggest that small children would benefit from a higher and extended dosage.

Published
2019

37. Who should be prioritised for COVID-19 vaccination?

Author

Russell, FM, Greenwood, B, Russell, FM, and Greenwood, B

Abstract

The development of COVID-19 vaccines is occurring at a rapid pace, with the potential for a vaccine to be available within 6 months. So who should be prioritized for vaccination when in the first instance, there will be insufficient supply to meet demand? There is no doubt that health-care workers in all settings should be vaccinated first, but who comes next will be a complex decision based on local epidemiology, societal values, and the ability of the vaccines to prevent both severe disease and to reduce transmission thereby eliciting herd protection. The decision on who to vaccinate should be equitable, highly contextualized, and based on the property of each vaccine. In some settings, the elderly may be prioritized, in others, it may be the population most likely to get infected and responsible for community spread. To support decision-making on who to be prioritized for vaccination requires urgent additional research on the epidemiology of COVID-19; preexisting immunity and who is responsible for transmission in a variety of settings; the safety, immunogenicity, and efficacy of COVID-19 vaccines in children and pregnant women; and determining whether COVID-19 vaccines prevent asymptomatic infection and transmission.

Published
2020

42. Seasonal malaria vaccination: protocol of a phase 3 trial of seasonal vaccination with the RTS,S/AS01Evaccine, seasonal malaria chemoprevention and the combination of vaccination and chemoprevention

Author

Chandramohan, Daniel, primary, Dicko, Alassane, additional, Zongo, Issaka, additional, Sagara, Issaka, additional, Cairns, Matthew, additional, Kuepfer, Irene, additional, Diarra, Modibo, additional, Tapily, Amadou, additional, Issiaka, Djibrilla, additional, Sanogo, Koualy, additional, Mahamar, Almahamoudou, additional, Sompougdou, Frederic, additional, Yerbanga, Serge, additional, Thera, Ismaila, additional, Milligan, Paul, additional, Tinto, Halidou, additional, Ofori-Anyinam, Opokua, additional, Ouedraogo, Jean-Bosco, additional, and Greenwood, B, additional

Published
2020
Full Text
View/download PDF

43. Analysis and Design Considerations of Low-voltage Trench MOSFET for Inductive Load Switching Applications

Author

Spetik, Radim, primary, Fujiwara, Shuji, additional, Ho, Ihsiu, additional, Hao, Jifa, additional, Arora, Aakash, additional, Blaho, Matej, additional, Seliga, Ladislav, additional, Malousek, Roman, additional, Kudrna, Filip, additional, Menon, Santosh, additional, Greenwood, B., additional, Thomason, M., additional, and Williams, B., additional

Published
2020
Full Text
View/download PDF

48. Genomic characterization of novel Neisseria species

Author

Diallo, K, Maclennan, J, Harrison, O, Msefula, C, Sow, S, Daugla, D, Johnson, E, Trotter, C, Maclennan, C, Parkhill, J, Borrow, R, Greenwood, B, Maiden, M, Harrison, Odile B [0000-0002-1623-0295], Parkhill, Julian [0000-0002-7069-5958], Maiden, Martin CJ [0000-0001-6321-5138], Apollo - University of Cambridge Repository, Harrison, Odile B. [0000-0002-1623-0295], and Maiden, Martin C. J. [0000-0001-6321-5138]

Subjects
141, DNA, Bacterial, Whole Genome Sequencing, 631/326/325/2482, 101/28, lcsh:R, article, 45/22, lcsh:Medicine, 45/23, Genomics, 631/158/855, 692/699/255/1638, Humans, lcsh:Q, lcsh:Science, Neisseria, Genome, Bacterial, Phylogeny
Abstract

Of the ten human-restricted Neisseria species two, Neisseria meningitidis, and Neisseria gonorrhoeae, cause invasive disease: the other eight are carried asymptomatically in the pharynx, possibly modulating meningococcal and gonococcal infections. Consequently, characterizing their diversity is important for understanding the microbiome in health and disease. Whole genome sequences from 181 Neisseria isolates were examined, including those of three well-defined species (N. meningitidis; N. gonorrhoeae; and Neisseria polysaccharea) and genomes of isolates unassigned to any species (Nspp). Sequence analysis of ribosomal genes, and a set of core (cgMLST) genes were used to infer phylogenetic relationships. Average Nucleotide Identity (ANI) and phenotypic data were used to define species clusters, and morphological and metabolic differences among them. Phylogenetic analyses identified two polyphyletic clusters (N. polysaccharea and Nspp.), while, cgMLST data grouped Nspp isolates into nine clusters and identified at least three N. polysaccharea clusters. ANI results classified Nspp into seven putative species, and also indicated at least three putative N. polysaccharea species. Electron microscopy identified morphological differences among these species. This genomic approach provided a consistent methodology for species characterization using distinct phylogenetic clusters. Seven putative novel Neisseria species were identified, confirming the importance of genomic studies in the characterization of the genus Neisseria.

Published
2019

50. A narrative review of methods and findings on recent studies on the carriage of meningococci and other Neisseria species in the African meningitis belt

Author

Greenwood, B, Aseffa, A, Caugant, D, Diallo, K, Kristiansen, P, Maiden, M, Stuart, J, and Trotter, C

Abstract

Objective To review the findings of studies of pharyngeal carriage of Neisseria meningitidis and related species conducted in the African meningitis belt since a previous review published in 2007. Methods PubMed and Web of Science were searched in July 2018 using the terms “meningococcal OR Neisseria meningitidis OR lactamica AND carriage AND Africa”, with the search limited to papers published on or after 1st January 2007. We conducted a narrative review of these publications. Results 113 papers were identified using the search terms described above, 20 of which reported new data from surveys conducted in an African meningitis belt country. These papers described 40 surveys conducted before the introduction of the group A meningococcal conjugate vaccine (MenAfriVac R) during which 66,707 pharyngeal swabs were obtained. Carriage prevalence of N. meningitidis varied substantially by time and place, ranging from Conclusions Recent studies employing standardised methods confirm the findings of older studies that carriage of N. meningitidis in the African meningitis belt is highly variable over time and place, but generally occurs with a lower prevalence and shorter duration than reported from industrialised countries.

Published
2018

Catalog

Books, media, physical & digital resources
See catalog results