Effects of antibiotic resistance, drug target attainment, bacterial pathogenicity and virulence, and antibiotic access and affordability on outcomes in neonatal sepsis: an international microbiology and drug evaluation prospective substudy (BARNARDS)

Autor: Saha, Samir, Islam, Maksuda, Bin-Ahmed, Zabed, Ahmed, Wazir, Begum, Taslima, Chowdhury, Mitu, Sharmin, Shaila, Rani Dey, Chumki, Uttam, Matin, Abdul, Chakraborty, Sowmitra Ranjan, Tasmin, Sadia, Rema, Dipa, Khatun, Rashida, Nath, Liza, Balkachew, Nigatu, Bekele, Delayehu, Schaughency, Katherine, Solomon, Semaria, Gebreyohanes, Zenebe, Ambachew, Rozina, Odumade, Oludare, Haileselassie, Misgana, Chan, Grace, Russo, Abigail, Workneh, Redeat, Metaferia, Gesit, Abayneh, Mahlet, Mohammed, Yahya Zekaria, Biteye, Tefera, Teklu, Alula, Gezahegn, Wendimagegn, Chakravorty, Partha Sarathi, Mukherjee, Anuradha, Nandy, Ranjan Kumar, Roy, Samarpan, Sinha, Anuradha, Naha, Sharmi, Malakar, Sukla Saha, Bose, Siddhartha, Majhi, Monaki, Sahoo, Subhasree, Mukherjee, Putul, Routa, Sumitra Kumari, Nandi, Chaitali, Basu, Sulagna, Saha, Bijan, Chattopadhyay, Pinaki, Modibbo, Fatima Zara Isa, Uwaezuoke, Stella, Meduekwe, Dilichukwu, Muhammad, Khairiyya, Nsude, Queen, Ukeh, Ifeoma, Okenu, Mary-Joe, Chinenye, Akpulu, Yakubu, Samuel, Asunugwo, Vivian, Aina, Folake, Issy, Isibong, Adekeye, Dolapo, Eunice, Adiele, Amina, Abdulmlik, Oyewole, R, Oloton, I, Nnaji, BC, Umejiego, M, Anoke, PN, Adebayo, S, Abegunrin, GO, Omotosho, OB, Ibrahim, R, Igwe, B, Abroko, M, Balami, K, Bayem, L, Anyanwu, C, Haruna, H, Okike, J, Goroh, K, Boi-Sunday, M, Ugafor, Augusta, Makama, Maryam, Ndukwe, Kaniba, Odama, Anastesia, Yusuf, Hadiza, Wachukwu, Patience, Yahaya, Kachalla, Kalade Colsons, Titus, Kura, Mercy, Orebiyi, Damilola, Iregbu, Kenneth C., Mmadueke, Chukwuemeka, Audu, Lamidi, Idris, Nura, Gambo, Safiya, Ibrahim, Jamila, Precious, Edwin, Hassan, Ashiru, Gwadabe, Shamsudden, Adeleye Falola, Adeola, Aliyu, Muhammad, Ibrahim, Amina, Mukaddas, Aisha Sani, Khalid, Rashida Yakubu, Alkali, Fatima Ibrahim, Muhammad, Maryam Yahaya, Tukur, Fatima Mohammad, Muhammad, Surayya Mustapha, Shittu, Adeola, Bello, Murjanatu, Hassan, Muhammad Abubakar, Sa ad, Fatima Habib, Kassim, Aishatu, Shirazi, Haider, Muhammad, Adil, Zahra, Rabaab, Ullah, Syed Najeeb, Hilal Jan, Muhammad, Kamran, Rubina, Sajana, Saeed, Jazba, Maqsood, Noreen, Zafar, Maria, Sadiq, Saraeen, Ahsan, Sumble, Tariq, Madiha, Sajid, Sidra, Mustafa, Hasma, Rehman, Anees-ur, Muhammad, Atif, Mehmood, Gahssan, Nisar, Mahnoor, Akif, Shermeen, Yasmeen, Tahira, Nawaz, Sabir, Atta, Anam Shanal, Laiq-ur-Rehman, Mian, Kousar, Robina, Bibi, Kalsoom, Waheed, Kosar, Majeed, Zainab, Jalil, Ayesha, Kajibwami, Espoir, Rucogoza, Aniceth, Nzabahimana, Innocent, Jean-Baptiste, Mazarati, Gaju, Lucie, Riziki, Kankundiye, Uwamahoro, Brigette, Uwera, Rachel, Nyiratuza, Eugenie, Muzungu, Kumwami, Uwitonze, Violette, Horanimpundu, Marie C, Nzeyimana, Francine, Mitima, Prince, Dramowski, Angela, Whitelaw, Andrew, Paterson, Lauren, Frans, Mary, Johnson, Marvina, Swanepoel, Eveline, Bojana, Zoleka, du Preez, Mieme, Mehtar, Shaheen, Bulabula, Andre, Liu, Feiyan, van Hasselt, Johan GC, Walsh, Timothy, Sands, Kirsty, Carvalho, Maria, Milton, Rebecca, Thomson, Kathryn, Portal, Edward, Mathias, Jordan, Dyer, Calie, Ferreira, Ana, Andrews, Robert, Watkins, John, Gillespie, David, Hood, Kerry, Taiyai, Katie, Kirby, Nigel, Nieto, Maria, Hender, Thomas, Hogan, Patrick, Saif, Habiba, Hassan, Brekhna, Jones, Ellis, Barrell, Matthew, Boostrom, Ian, Frayne, Francis, Rees, Jessica, Jones, Lim, Dunachie, Susanna, Spiller, Brad, Parkhill, Julian, Thomson, Kathryn M ^*, Carvalho, Maria J, Farzana, Refath, Chan, Grace J, Mahlet, Abayneh, Nandy, Ranjan K, Iregbu, Kenneth, Modibbo, Fatima, Syed, Najeeb U, Mazarati, Jean-Baptiste, Bulabula, Andre N H, van Hasselt, Johan G C, Walsh, Timothy R ^**

Publikováno v: In The Lancet Infectious Diseases December 2021 21(12):1677-1688

Mercury Toxicity Mitigation: Sustainable Nexus Approach

Autor: Nitish Kumar

Mercury is a naturally occurring element that is toxic in nature. According to the US Environmental Protection Agency, the safe limit of mercury ion in drinking water is 10 nM to avoid the serious health problems to humans. Mercury is a pollutant of