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COVID-19 与药品供应链
Leila Ahmadi, Abdul Manan Ahmadzai, Aisser Al-Hafedh, Valentina Anchevska, Julie Astoul, Bogdan Becirovic, Tsegahiwot Abebe Belachew, Hernando Bernal, Enrico Bisogno, Jorge Cabrera Camacho, Chloé Carpentier, Kyungsoon Choi, Alan Cole, Mark Colhoun, Leonardo Correa, Devashish Dhar, Sinisa Durkulic, Andrada-Maria Filip, Salome Flores, Jouhaida Hanano, Matthew Harris-Williams, Kristian Hoelge, San Lwin Htwe, David Izadifar, Marhabo Jonbekova, Antero Keskinen, Anja Korenblik, Nina Krotov-Sand, Banele Kunene, Chantal Lacroix, Rakhima Mansurova, Jose Maria Izabal Martinez, Antonio Mazzitelli, Marie-Anne Menier, Roberto Murguia Huerta, Nivio Nascimento、Teresa Navarrete Reyes、Kamran Niaz、Rashda Saif Niazi、Keith William Norman、Hector Duarte Ortiz、Michael Osman、Ketil Otterson、Suruchi Pant、Thomas David Parker、Thomas Pietschmann、Reginald Pitts、Cecile Plunet、Thierry Rostan、Luisa Sanchez Iriarte、Giuseppe Sernia、Inshik Sim、Tun Nay Soe、Milos Stojanovic、Oliver Stolpe、Mirzahid Sultanov、Denis Toichiev、Ivan Trujillo、Bob Van Den Berghe、Lorenzo Vallejos、Lorenzo Vita、Bill Wood 和 Nasratullah Zarghoon
COVID-19 与药品供应链
Leila Ahmadi, Abdul Manan Ahmadzai, Aisser Al-Hafedh, Valentina Anchevska, Julie Astoul, Bogdan Becirovic, Tsegahiwot Abebe Belachew, Hernando Bernal, Enrico Bisogno, Jorge Cabrera Camacho, Chloé Carpentier, Kyungsoon Choi, Alan Cole, Mark Colhoun, Leonardo Correa, Devashish Dhar, Sinisa Durkulic, Andrada-Maria Filip, Salome Flores, Jouhaida Hanano, Matthew Harris-Williams, Kristian Hoelge, San Lwin Htwe, David Izadifar, Marhabo Jonbekova, Antero Keskinen, Anja Korenblik, Nina Krotov-Sand, Banele Kunene, Chantal Lacroix, Rakhima Mansurova, Jose Maria Izabal Martinez, Antonio Mazzitelli, Marie-Anne Menier, Roberto Murguia Huerta, Nivio Nascimento、Teresa Navarrete Reyes、Kamran Niaz、Rashda Saif Niazi、Keith William Norman、Hector Duarte Ortiz、Michael Osman、Ketil Otterson、Suruchi Pant、Thomas David Parker、Thomas Pietschmann、Reginald Pitts、Cecile Plunet、Thierry Rostan、Luisa Sanchez Iriarte、Giuseppe Sernia、Inshik Sim、Tun Nay Soe、Milos Stojanovic、Oliver Stolpe、Mirzahid Sultanov、Denis Toichiev、Ivan Trujillo、Bob Van Den Berghe、Lorenzo Vallejos、Lorenzo Vita、Bill Wood 和 Nasratullah Zarghoon
COVID-19 与药品供应链
Leila Ahmadi, Abdul Manan Ahmadzai, Aisser Al-Hafedh, Valentina Anchevska, Julie Astoul, Bogdan Becirovic, Tsegahiwot Abebe Belachew, Hernando Bernal, Enrico Bisogno, Jorge Cabrera Camacho, Chloé Carpentier, Kyungsoon Choi, Alan Cole, Mark Colhoun, Leonardo Correa, Devashish Dhar, Sinisa Durkulic, Andrada-Maria Filip, Salome Flores, Jouhaida Hanano, Matthew Harris-Williams, Kristian Hoelge, San Lwin Htwe, David Izadifar, Marhabo Jonbekova, Antero Keskinen, Anja Korenblik, Nina Krotov-Sand, Banele Kunene, Chantal Lacroix, Rakhima Mansurova, Jose Maria Izabal Martinez, Antonio Mazzitelli, Marie-Anne Menier, Roberto Murguia Huerta, Nivio Nascimento、Teresa Navarrete Reyes、Kamran Niaz、Rashda Saif Niazi、Keith William Norman、Hector Duarte Ortiz、Michael Osman、Ketil Otterson、Suruchi Pant、Thomas David Parker、Thomas Pietschmann、Reginald Pitts、Cecile Plunet、Thierry Rostan、Luisa Sanchez Iriarte、Giuseppe Sernia、Inshik Sim、Tun Nay Soe、Milos Stojanovic、Oliver Stolpe、Mirzahid Sultanov、Denis Toichiev、Ivan Trujillo、Bob Van Den Berghe、Lorenzo Vallejos、Lorenzo Vita、Bill Wood 和 Nasratullah Zarghoon
姜黄，大蒜和姜提取物对细菌分离株生长的影响
药理学行业正在不断生产大量新型抗生素。同时，在过去几十年中，对药物的耐药性升高（Nascimento等，2000）。基因交换可能通过不同的机制（例如换位）发生在细菌中，当抗性基因与编码基因的酶是gird时发生的那样（Stockert和Mahfouz，2012）。公共卫生在世界范围内受到微生物对抗生素的抗药性的威胁，因为它降低了药物效应，并随后增加了发病率，死亡率和治疗成本（Abd El-Kalek和Mohamed，2012年）。为了克服这一障碍，许多研究表明了植物提供抑制细菌种类的有效方法。例如，对细菌菌株进行了测试，对细菌菌株进行了测试， ，对金黄色葡萄球菌和铜绿假单胞菌进行了高抑制作用（Al-Zahrani等，2016; Mohammed等，2016）。 此外，torilis Anthriscus提取物的抗细菌特性的重要性是对静脉注射的Podagraria，Pseudomonas glycinea，Heracleum sphondyilium，daucus carota，对金黄色葡萄球菌和铜绿假单胞菌进行了高抑制作用（Al-Zahrani等，2016; Mohammed等，2016）。 此外，torilis Anthriscus提取物的抗细菌特性的重要性是对静脉注射的Podagraria，Pseudomonas glycinea，Heracleum sphondyilium，daucus carota，对金黄色葡萄球菌和铜绿假单胞菌进行了高抑制作用（Al-Zahrani等，2016; Mohammed等，2016）。此外，torilis Anthriscus提取物的抗细菌特性的重要性是对静脉注射的Podagraria，Pseudomonas glycinea，Heracleum sphondyilium，daucus carota
COVID-19 与药品供应链
Leila Ahmadi, Abdul Manan Ahmadzai, Aisser Al-Hafedh, Valentina Anchevska, Julie Astoul, Bogdan Becirovic, Tsegahiwot Abebe Belachew, Hernando Bernal, Enrico Bisogno, Jorge Cabrera Camacho, Chloé Carpentier, Kyungsoon Choi, Alan Cole, Mark Colhoun, Leonardo Correa, Devashish Dhar, Sinisa Durkulic, Andrada-Maria Filip, Salome Flores, Jouhaida Hanano, Matthew Harris-Williams, Kristian Hoelge, San Lwin Htwe, David Izadifar, Marhabo Jonbekova, Antero Keskinen, Anja Korenblik, Nina Krotov-Sand, Banele Kunene, Chantal Lacroix, Rakhima Mansurova, Jose Maria Izabal Martinez, Antonio Mazzitelli, Marie-Anne Menier, Roberto Murguia Huerta, Nivio Nascimento、Teresa Navarrete Reyes、Kamran Niaz、Rashda Saif Niazi、Keith William Norman、Hector Duarte Ortiz、Michael Osman、Ketil Otterson、Suruchi Pant、Thomas David Parker、Thomas Pietschmann、Reginald Pitts、Cecile Plunet、Thierry Rostan、Luisa Sanchez Iriarte、Giuseppe Sernia、Inshik Sim、Tun Nay Soe、Milos Stojanovic、Oliver Stolpe、Mirzahid Sultanov、Denis Toichiev、Ivan Trujillo、Bob Van Den Berghe、Lorenzo Vallejos、Lorenzo Vita、Bill Wood 和 Nasratullah Zarghoon
灾难-Climatecom
意见| Adrián Cangi, Adriano Bressane, Alexandre Ferreira de Mendonça, André Bocchetti, Andreza Oliveira Berti, Angela Medeiros Santi, Announced Cristina Marins Braz Sawada, Daiane Bertaso Ribeiro, David de Codes, Eduardo P. Gutiérrez, Emelice Prado, Henrique Silva，Jefferson deLimaCiançodeOliveira Leonardo Ribeiro Teixeira，Lilian Maus Junqueira，Livia Gonzaga Moura，Marcelo de Moura Carneiro Campello，Maria Jacqueline GirinesgirãoSoaresdeima Monalisa Valente Ferreira, Pablo Enrique Abraham Zunino, Pamela Zacharias, Rafael Caetano, Rafael de Almeida Evangelist, Regina Carmela, Renzo Taddei, Sabine Rigueti, Sara Melo, Sheila Hempkemeyer, Sônia Regina da Cal Seixas, Stella Zagatto Pareniani, Talita Gantus de Oliveira，Thiago Ranniery Moreira de Oliveira，Viviana Munoz，Walmeri Ribeiro，Wenceslao Machado de Oliveira Jr.
在1994 - 2023年之间的变量和降雨分析中，在Fernando de Noronha/Pernambuco，巴西降雨差异和1994 - 2023年之间的分析
Originals Received: 1/24/2025 ACCEPTANCE FOR PUBLICATION: 2/18/2025 RAIMUNDO MANAR OF MEDEIROS Doctor in Meteorology Institution: FEDERAL UNIVERSITY OF CAMPINA GRANDE (UFCG) ADDRESS: CAMPINA GRANDE, PARAÍBA, BRAZIL, EMAIL: MAINARMEIDEIROS@gmail.com EMANUELA RODRIOR MASTER IN BIOMETRY: FEDERAL UNIVERSITY OF PERNAMBUCO (UFRPE) Address: Recife, Pernambuco, Brazil E-mail: emanuela.rodrigues@ufrpe.br Moacyr Cunha Filho PhD in Agronomy-Soil Sciences: Federal Rural University of Pernambuco (UFRPE) Address: Recife, Brazil E-mail: moaacyr.cunhafo@ufrpe.br Maria de Fátima Neves Cabral Master and FEDERAL INSTITUTE (IFPE) Address: Recife, Pernambuco, Brazil E-mail: fatima.cabral@abreuelima.ifpe.edu.br Cesar Francisco Piscaya Briones Master in Chemical Engineering Institution: Federal University of Pernambuco (UFPE) Address: Recife, Pernambuco, Brazil E-mail: cesar.piscoya@ufpe.brOriginals Received: 1/24/2025 ACCEPTANCE FOR PUBLICATION: 2/18/2025 RAIMUNDO MANAR OF MEDEIROS Doctor in Meteorology Institution: FEDERAL UNIVERSITY OF CAMPINA GRANDE (UFCG) ADDRESS: CAMPINA GRANDE, PARAÍBA, BRAZIL, EMAIL: MAINARMEIDEIROS@gmail.com EMANUELA RODRIOR MASTER IN BIOMETRY: FEDERAL UNIVERSITY OF PERNAMBUCO (UFRPE) Address: Recife, Pernambuco, Brazil E-mail: emanuela.rodrigues@ufrpe.br Moacyr Cunha Filho PhD in Agronomy-Soil Sciences: Federal Rural University of Pernambuco (UFRPE) Address: Recife, Brazil E-mail: moaacyr.cunhafo@ufrpe.br Maria de Fátima Neves Cabral Master and FEDERAL INSTITUTE (IFPE) Address: Recife, Pernambuco, Brazil E-mail: fatima.cabral@abreuelima.ifpe.edu.br Cesar Francisco Piscaya Briones Master in Chemical Engineering Institution: Federal University of Pernambuco (UFPE) Address: Recife, Pernambuco, Brazil E-mail: cesar.piscoya@ufpe.br
COVID-19 与药品供应链
Leila Ahmadi、Abdul Manan Ahmadzai、Aisser Al-Hafedh、Valentina Anchevska、Julie Astoul、Bogdan Becirovic、Tsegahiwot Abebe Belachew、Hernando Bernal、Enrico Bisogno、Jorge Cabrera Camacho、Chloé Carpentier、Kyungsoon Choi、Alan Cole、Mark Colhoun、莱昂纳多·科雷亚、德瓦什什·达尔、西尼萨·杜尔库利奇、安德拉达-玛丽亚·菲利普、莎乐美·弗洛雷斯、茹海达·哈纳诺、马修·哈里斯-威廉姆斯、克里斯蒂安·霍尔格、San Lwin Htwe、大卫·伊扎迪法、Marhabo Jonbekova、Antero Keskinen、Anja Korenblik、Nina Krotov-Sand、Banele Kunene、Chantal Lacroix、Rakhima Mansurova、Jose Maria Izabal Martinez、Antonio Mazzitelli、Marie-Anne Menier、Roberto Murguia Huerta、尼维奥·纳西门托、特雷莎·纳瓦雷特·雷耶斯、卡姆兰·尼亚兹、拉什达·赛义夫·尼亚齐、基思·威廉·诺曼、赫克托·杜阿尔特·奥尔蒂斯、迈克尔·奥斯曼、凯蒂尔奥特森、苏鲁奇·潘特、托马斯·大卫·帕克、托马斯·皮奇曼、雷金纳德·皮茨、塞西尔·普鲁内特、蒂埃里·罗斯坦、路易莎·桑切斯·伊里亚特、朱塞佩·塞尔尼亚、Inshik Sim、吞奈·索、米洛斯·斯托贾诺维奇、奥利弗·斯托尔佩、米尔扎希德·苏丹诺夫、丹尼斯·托切耶夫、伊万·特鲁希略、鲍勃·范·登·伯格、洛伦佐·瓦列霍斯、洛伦佐·维塔、比尔·伍德和纳斯拉图拉·扎尔霍恩
在COVID-19时期的怀孕和出生
结果：在总计中，有25.7％的受访者为19次，在第三季度诊断占主导地位。与感染有关的年龄，疲劳和头痛的投诉。在模型中插入了有关传递类型（p = 1.000）的变量，因为它是文献中有趣的变量，并且具有相关性描述。早产是在双变量分析中唯一与SARS-COV-2感染提出统计相关性的变量（P = 0.008），解释了妊娠中感染的结果（<0.001），在Poisson的粗鲁回归模型中证明了。