Results 101 to 110 of about 480,468 (239)

Organoid Models to Study Human Infectious Diseases

Cell Proliferation, EarlyView.
Our manuscript reviews the role of organoids as models for studying human infectious diseases, highlighting their irreplaceable contributions to drug testing and vaccine development for significant infectious diseases including HIV, ZIKV, SARS‐CoV‐2 and MPXV.
Sijing Zhu, Dan Chen, Xinzhi Yang, Liuliu Yang, Yuling Han   +4 more
wiley   +1 more source

The Current Pathogenicity and Potential Risk Evaluation of Marburg Virus to Cause Mysterious “Disease X”—An Update on Recent Evidences

Environmental Health Insights
The World Health Organization (WHO) defined Disease X as an upcoming disease with the potential to cause a pandemic. Pathogen X is responsible for Disease X.
Rahima Akter Mitu, Md. Rabiul Islam
doaj   +1 more source

Experimental Success in Marburg Virus Vaccination

Quality in Sport
The Marburg virus (MRV), classified within the Filoviridae family, was initially identified in 1967, precipitating Marburg virus disease (MARV), a severe and often fatal hemorrhagic fever.
Martyna Dydyk, Aleksandra Nowak
doaj   +1 more source

2022 outbreak of Marburg virus disease in Ghana

Environmental Disease, 2022
Abstract Marburg virus disease is a severe viral disease that is often associated with high mortality. The outbreak of the fatal hemorrhagic disease has been reported for the first time in Ghana in 2022, wherein two cases of the disease were reported in hospitals.
Saurabh RamBihariLal Shrivastava, Prateek Saurabh Shrivastava   +1 more
openaire   +2 more sources

Macaque models of human infectious disease. [PDF]

, 2008
Macaques have served as models for more than 70 human infectious diseases of diverse etiologies, including a multitude of agents-bacteria, viruses, fungi, parasites, prions.
Abe, Adams, Ahmed, Ajariyakhajorn, Albrecht, Allen, Apetrei, Apetrei, Arroyo, Bai, Bannantine, Barker, Barnett, Barouch, Baskerville, Baskin, Baze, Bennett, Blanchard, Blaney, Bons, Boonjakuakul, Breitschwerdt, Brooks, Brown, Bruce, Campos, Capone, Capone, Carbone, Carlson, Carlson, CARVALHO, Chan, Chattopadhyay, Chen, Chen, Chenine, Choi, Chomel, Choo, Chopra, Christe, Coalson, Coban, Cohen, Cohen, Contreras, Courgnaud, Custer, Cypess, Daddario-DiCaprio, Daddario-Dicaprio, Dalgard, Daniel, de Swart, Dezzutti, Di Giulio, Dittmer, Doi, Donnelly, Dubois, Dubois, Dutta, Earl, Edghill-Smith, Edghill-Smith, Ekanayake, Engel, Escalante, Espana, Farber, Feichtinger, Fisher-Hoch, Fisher-Hoch, Fitzgeorge, Fogg, Foley, Foucault, Fritz, Frolova, Gajdusek, Gallinella, Gao, Gardner, Gardner, Gardner, Gaynor, Geisbert, Geisbert, Geisbert, Geisbert, Gheit, Gibbs, Giddens, Goldstein, Gonder, Good, Gormus, Gormus, Goverdhan, Graczyk, Graff, Gray, Green, Guirakhoo, Haagmans, Haase, Habis, Hambleton, Hansen, Hawley, Heise, Heraud, Herzog, Hessell, Hicks, Higashi, Hirano, Hirsch, Hooper, Hotez, Hubbert, Hull, Hunsmann, Hutin, Ilyinskii, Inoue, Ivanoff, Jahrling, Ji, Johnson, Johnson, Jones-Engel, Jones-Engel, Kao, Kawai, Kawai, Kennedy, Kenyon, Kestler, Kinsey, Kishimoto, Klingstrom, Klumpp, Kobasa, Kobune, Kodama, Kornegay, Kuiken, Kuiken, Kunz, Kutok, Kwang, Lackner, Lake-Bakaar, Lasm  zas, Le Bras, Leong, Leroy, Letvin, Letvin, Letvin, Levine, Li, Li, Lichtenwalner, Lindsley, Line, Ling, Linial, Lockridge, Lodmell, Lowenstine, Lukashevich, Lukashevich, Lusso, Maddison, Mankowski, Mansfield, Mansfield, Marra, Marthas, Marthas, Marx, Mason, Masters, Matz-Rensing, Maul, McArthur-Vaughan, McMichael, McNeely, McShane, Meisenhelder, Mense, Miller, Miyoshi, Moghaddam, Monath, Mon  , Mooser, Morris, Morton, Mulder, Murphey-Corb, Murphy, Murphy, Myint, Nagle, NI, North, Novembre, O'Rourke, O'Sullivan, O'Sullivan, Olson, Ostrow, Ostrow, Oswald, Pachner, Pachner, Pachner, Pahar, Palmer, Palmer, Patton, Patton, Paul, Peiris, Percy, Perelygina, Permar, Persson, Peters, Peters, Petschow, Philipp, Philipp, Phipps, Pialoux, Pletnev, Polack, Pung, Puri, Raengsakulrach, Raether, Ratterree, Reed, Reimann, Reindel, Renne, Rhesus Macaque Genome Sequencing and Analysis Cons, Rimmelzwaan, Rimmelzwaan, Rivailler, Rockx, Rodas, Rue, Ruff, Russell, Saadat, Sale, Samuel, Sato, Schou, Schou, Schricker, Schultz, Sequar, Sestak, Shah, Shen, Shevtsova, Shuto, Simoes, Smit-McBride, Smith, Smith, Soike, Solnick, Solnick, Spencer, Stittelaar, Stittelaar, Stittelaar, Stokes, Subekti, Suss, Tanaka, Tanghe, Taylor, Taylor, Tribe, Tulis, Turell, Uberla, van den Hoogen, van Gorder, Van Heuverswyn, Van Rompay, Van Voorhis, Vasconcelos, Vasconcelos, Veazey, Voevodin, Vogel, Walsh, WALSH, Weinmann, Weiss, Wells, Wengelnik, Wenner, Westerman, White, Whitney, Williamson, Williamson, Willy, Wobus, Wolf, Wolfe, Wood, Wright, Wyatt, Xu, Yalcin, Zaucha, Zhou, Zuckerman, Zumpe   +330 more
core   +1 more source

Diagnostic electron microscopy in human infectious diseases – Methods and applications

Journal of Microscopy, EarlyView.
Abstract Diagnostic electron microscopy (EM) is indispensable in all cases of infectious diseases which deserve or profit from the detection of the entire pathogen (i.e. the infectious unit). The focus of its application has shifted during the last decades from routine diagnostics to diagnostics of special cases, emergencies and the investigation of ...
Michael Laue
wiley   +1 more source

Preimaginal development of Aedes aegypti L. (Diptera: Culicidae) in brackish water gives rise to adult mosquitoes with thicker cuticles and greater insecticide resistance

Medical and Veterinary Entomology, EarlyView.
The principal arboviral vector Aedes aegypti can develop in coastal brackish water field habitats (0.5–15 g/L salt) with larvae possessing thicker cuticles and greater resistance to the larvicide Temephos. Females emerging from brackish water‐developing preimaginal stages are now shown to have thicker and remodelled leg and abdominal cuticles and ...
Kokila Sivabalakrishnan, Andrew Hemphill, S. H. P. Parakrama Karunaratne, Arunasalam Naguleswaran, Isabel Roditi, Sinnathamby N. Surendran, Ranjan Ramasamy   +6 more
wiley   +1 more source

Ebola Virus- A Public Health Menace [PDF]

, 2023
Ebola is a serious disease in West Africa. It has a mortality rate of 70 percent and can be transmitted through close body contact. There is one certified vaccine called the Ervebo vaccine which has been proven to be effective against only certain ...
Alexander, Raegan, Jamaa, Hafsa, Osuoha, Chidera, Rezcallah, Myrna, Valentine, Mariah   +4 more
core   +1 more source

Lyophilisation of influenza, rabies and Marburg lentiviral pseudotype viruses for the development and distribution of a neutralisation-assay based diagnostic kit [PDF]

, 2014
Pseudotype viruses (PVs) are chimeric, replication-deficient virions that mimic wild-type virus entry mechanisms and can be safely employed in neutralisation assays, bypassing the need for high biosafety requirements and performing comparably to ...
Assar, Berge, Brauburger, Capecchi, Cliquet, Cox, Croyle, Demaison, Desvaux, Edward Wright, Fellowes, Gao, Higashikawa, Jackson, Kaku, Kishishita, Loi, Lowen, Mather, Molesti, Nigel J. Temperton, Noti, Papenburg, Pear, Scott, Scott, Shin, Simon D. Scott, Stoker, Stuart T. Mather, Temperton, Temperton, Terregino, To, Tong, Tyrrell, Wei, WHO, WHO, Wilschut, Wright, Wright, Wright, Yuen, Zufferey   +44 more
core   +3 more sources

Potential Zoonotic Infections Transmitted by Free‐Ranging Macaques in Human–Monkey Conflict Areas in Thailand

Zoonoses and Public Health, Volume 72, Issue 4, Page 349-358, June 2025.
ABSTRACT Introduction Nonhuman primates (NHPs) can transmit zoonotic diseases to humans because of their close genetic relationship, facilitating the cross‐species transmission of certain pathogens. In Thailand, Macaca is the most common NHP genus and their inhabits area are in close proximity of human, particularly in urban and suburban areas, where ...
Sarin Suwanpakdee, Benjaporn Bhusri, Aeknarin Saechin, Chalisa Mongkolphan, Siriporn Tangsudjai, Parut Suksai, Supakarn Kaewchot, Rattana Sariwongchan, Piya Sereerak, Ladawan Sariya   +9 more
wiley   +1 more source