User contributions for Schwingel
From MicrobeWiki, the student-edited microbiology resource
15 April 2024
- 01:5801:58, 15 April 2024 diff hist 0 Infectious Disease in the Neolithic →Treponema current
- 01:5701:57, 15 April 2024 diff hist 0 Infectious Disease in the Neolithic →Treponema
- 01:5601:56, 15 April 2024 diff hist −2 Infectious Disease in the Neolithic →Introduction
- 01:5601:56, 15 April 2024 diff hist +10 Infectious Disease in the Neolithic →Methods of Study
- 01:5501:55, 15 April 2024 diff hist +10 Infectious Disease in the Neolithic →Introduction
- 01:5301:53, 15 April 2024 diff hist −1 Infectious Disease in the Neolithic →Methods of Study
- 01:5301:53, 15 April 2024 diff hist +290 Infectious Disease in the Neolithic →Methods of Study
- 01:5101:51, 15 April 2024 diff hist +240 N File:M. tuberculosis.jpg Mycobacterium Tuberculosis Bacteria scanning electron micrograph Scanning electron micrograph of Mycobacterium tuberculosis bacteria. Credit: NIAID. Licensed under CC BY 2.0 DEED https://www.flickr.com/photos/niaid/5149398656 current
- 01:4601:46, 15 April 2024 diff hist +336 Infectious Disease in the Neolithic →Introduction
- 01:4501:45, 15 April 2024 diff hist +363 N File:Stone Domestic Origins Hypothesis.png The domestic origins for human disease hypothesis. This posits that agriculturalists living in close proximity with animals, especially livestock, would have been at high risk for zoonotic pathogens. From Stone, Anne C. 2020. “Getting Sick in the Neolithic.” Nature Ecology & Evolution 4 (3): 286–87. https://doi.org/10.1038/s41559-020-1115-8. current
- 01:3701:37, 15 April 2024 diff hist 0 Infectious Disease in the Neolithic →Critique of Expanding Disease in the Neolithic
- 01:3701:37, 15 April 2024 diff hist +432 Infectious Disease in the Neolithic →Major Pathogens
- 01:3301:33, 15 April 2024 diff hist +680 N File:Vlok et al. Fig 2 M20.png Lesions related to infectious disease in individual M20 from Neolithic Northern Vietnam. A) and b) show cavitations (holes) in the right humerus. C) and d) show new bone on the tibiae and fibulae. E), f), and g) show new bone growth and cavitations on the right fibula. H) shows cavitations on the left heel bone. From Vlok, Melandri, Marc Oxenham, Kate Domett, Tran Thi Minh, Thi Mai Huong Nguyen, Hirofumi Matsumura, Hiep Hoang Trinh, et al. 2020. “Two Probable Cases of Infection with Treponema... current
- 01:1801:18, 15 April 2024 diff hist +1 Infectious Disease in the Neolithic →Mycobacterium tuberculosis
- 01:1801:18, 15 April 2024 diff hist 0 Infectious Disease in the Neolithic →Mycobacterium tuberculosis
- 01:1701:17, 15 April 2024 diff hist 0 Infectious Disease in the Neolithic →Yersinia pestis
- 01:1601:16, 15 April 2024 diff hist 0 Infectious Disease in the Neolithic →Critique of Expanding Disease in the Neolithic
- 01:1601:16, 15 April 2024 diff hist +189 Infectious Disease in the Neolithic →Critique of Expanding Disease in the Neolithic
- 01:1401:14, 15 April 2024 diff hist +47 Infectious Disease in the Neolithic →Critique of Expanding Disease in the Neolithic
- 01:1301:13, 15 April 2024 diff hist +494 N File:Fuchs et al. Mortuary Practices Neolithic.png Fuchs et al. Figure 3: Archaeological groups, burials, and mortuary practices throughout the Neolithic in Germany. Image from Fuchs, Katharina, Christoph Rinne, Clara Drummer, Alexander Immel, Ben Krause-Kyora, and Almut Nebel. “Infectious Diseases and Neolithic Transformations: Evaluating Biological and Archaeological Proxies in the German Loess Zone between 5500 and 2500 BCE.” 2019. The Holocene 29 (10): 1545–57.http://journals.sagepub.com/doi/10.1177/0959683619857230 current