User contributions for Jesus Hernandez

10 December 2014

• 15:5315:53, 10 December 2014 diff hist +69‎ N File:Geothrichosis05.jpeg ‎ This is a photomicrograph of a Geotrichum sp. fungus, magnified 475X. current
• 15:5215:52, 10 December 2014 diff hist +91‎ N File:Geothrichosis04.jpeg ‎ This is a Lowenstein-Jensen slant culture of the fungus Geotrichum candidum grown at 37°C. current
• 15:4815:48, 10 December 2014 diff hist +84‎ N File:Geothrichosis03.jpeg ‎ This is a SABHI agar slant culture of the fungus Geotrichum candidum grown at 37°C. current
• 15:4715:47, 10 December 2014 diff hist +214‎ N File:Geothrichosis02.jpeg ‎ Depicted in this photograph is the plantar surface, or sole of a patient’s right foot, revealing a lesion of the right great toe, which was determined to be due to a specie member of the fungal genus, Geotrichum. current
• 15:4615:46, 10 December 2014 diff hist +214‎ N File:Geothrichosis01.jpeg ‎ Depicted in this photograph is the plantar surface, or sole of a patient’s right foot, revealing a lesion of the right great toe, which was determined to be due to a specie member of the fungal genus, Geotrichum. current
• 15:3615:36, 10 December 2014 diff hist +108‎ N File:Fusobacterium19.jpeg ‎ This photomicrograph shows Fusobacterium novum after being cultured in a thioglycollate medium for 48 hours. current
• 15:3515:35, 10 December 2014 diff hist +99‎ N File:Fusobacterium18.jpeg ‎ This is a photomicrograph of Fusobacterium russii cultured in a thioglycollate medium for 48 hours. current
• 15:3415:34, 10 December 2014 diff hist +89‎ N File:Fusobacterium17.jpeg ‎ This is a photomicrograph of Fusobacterium nucleatum cultured on blood agar for 48 hours. current
• 15:3315:33, 10 December 2014 diff hist +113‎ N File:Fusobacterium16.jpeg ‎ This photomicrograph shows Fusobacterium mortiferum after being cultured in a thioglycollate medium for 48 hours. current
• 15:3015:30, 10 December 2014 diff hist +114‎ N File:Fusobacterium15.jpeg ‎ This micrograph depicts the gram-negative bacterium, Fusobacterium necrogenes cultured in blood agar for 48 hours. current
• 15:2915:29, 10 December 2014 diff hist +78‎ N File:Fusobacterium14.jpeg ‎ This is a phase-contrast photomicrographic image of Fusobacterium necrophorum. current
• 15:2815:28, 10 December 2014 diff hist +96‎ N File:Fusobacterium13.jpeg ‎ E. coli, F. mortiferum, P. vulgaris, and C. perfringens were grown on a 24hr blood agar culture. current

9 December 2014

• 21:5921:59, 9 December 2014 diff hist +118‎ N File:Fusobacterium11.jpeg ‎ This MacConkey plate grew colonies of Escherichia coli, Fusobacterium mortiferum, P. vulgaris, but not C. perfringens. current
• 21:5721:57, 9 December 2014 diff hist +107‎ N File:Fusobacterium10.jpeg ‎ This image shows a BHI (Brain Heart Infusion) agar culture growing Leptotrichia buccalis bacteria on day 3. current
• 21:5521:55, 9 December 2014 diff hist +98‎ N File:Fusobacterium07.jpeg ‎ This culture dish grew E. coli, F. mortiferum, P. vulgaris, and C. perfringens bacterial colonies. current
• 21:5421:54, 9 December 2014 diff hist +158‎ N File:Fusobacterium06.jpeg ‎ This 1972 photograph revealed the morphology displayed by four colonies of Fusobacterium fusiforme bacteria that were grown on blood agar medium for 48 hours. current
• 21:5221:52, 9 December 2014 diff hist +123‎ N File:Fusobacterium09.jpeg ‎ This is a micrograph of an exudate taken from a subdural empyema due to an infection caused by multiple genera of bacteria. current
• 21:5121:51, 9 December 2014 diff hist +188‎ N File:Fusobacterium05.jpeg ‎ Magnified 956X, this Gram-stained photomicrograph depicted numerous Gram-negative Fusobacterium sp. bacteria, which had been cultured for a 48 hour time period on a blood agar plate (BAP). current
• 21:5021:50, 9 December 2014 diff hist +330‎ N File:Fusobacterium04.jpeg ‎ This 1952 image depicted the left foot of a patient, which displayed this acute tropical ulcer upon his admission to Goroka Hospital, in Goroka, New Guinea. At the time of this photograph, the cause of this infection was unknown, however, the cause of ... current
• 21:5021:50, 9 December 2014 diff hist +340‎ N File:Fusobacterium03.jpeg ‎ This 1952 image depicted the left foot of a patient, which displayed an acute tropical ulcer upon his admission to Goroka Hospital, in Goroka, New Guinea. At the time of this photograph, the lesion had been debrided, and the patient had been hospitaliz... current
• 21:4821:48, 9 December 2014 diff hist +184‎ N File:Fusobacterium02.jpeg ‎ This illustration depicts a photomicrographic view of a gentian violet-stained culture specimen revealing the presence of numerous Gram-negative Fusobacterium plauti-vincenti bacteria. current
• 21:4821:48, 9 December 2014 diff hist +413‎ N File:Fusobacterium01.jpeg ‎ Photographed from above, this image depicts a Minitek® (BD Biosciences) anaerobe identification kit, used to identify specific bacterial species based on their microchemical behavior. All the wells except for the four empty wells in row four had been ... current
• 21:3021:30, 9 December 2014 diff hist 0‎ File:Clostridium perfringens14.jpeg ‎ Jesus Hernandez uploaded a new version of "File:Clostridium perfringens14.jpeg" current
• 21:2921:29, 9 December 2014 diff hist +99‎ N File:Clostridium perfringens14.jpeg ‎ This photomicrograph reveals Clostridium perfringens grown in Schaedler’s broth using Gram-stain.
• 21:2721:27, 9 December 2014 diff hist +70‎ N File:Clostridium perfringens13.jpeg ‎ This strip of API® wells was inoculated with Clostridium perfringens. current
• 21:2721:27, 9 December 2014 diff hist +79‎ N File:Clostridium perfringens12.jpeg ‎ These Clostridium perfringens colonies were cultured on a half-antitoxin plate. current
• 21:2521:25, 9 December 2014 diff hist +97‎ N File:Clostridium perfringens11.jpeg ‎ F. mortiferum and C. perfringens, with E. coli and P. vulgaris inhibited, grown on 48hr PEA agar. current
• 21:2521:25, 9 December 2014 diff hist +118‎ N File:Clostridium perfringens10.jpeg ‎ This MacConkey plate grew colonies of Escherichia coli, Fusobacterium mortiferum, P. vulgaris, but not C. perfringens. current
• 21:2421:24, 9 December 2014 diff hist +98‎ N File:Clostridium perfringens09.jpeg ‎ This culture dish grew E. coli, F. mortiferum, P. vulgaris, and C. perfringens bacterial colonies. current
• 21:2221:22, 9 December 2014 diff hist +176‎ N File:Clostridium perfringens08.jpeg ‎ Magnified 1000X, this photomicrograph reveals numbers of Clostridium perfringens bacteria that had been grown in Schaedler’s broth, and subsequently stained using Gram-stain. current
• 21:2121:21, 9 December 2014 diff hist +155‎ N File:Clostridium perfringens07.jpeg ‎ This photograph depicts a colony of Clostridium sp. Gram-positive bacteria, which had been grown on a 4% blood agar plate (BAP) over a 48 hour time period. current
• 21:2021:20, 9 December 2014 diff hist +383‎ N File:Clostridium perfringens06.jpeg ‎ Magnified 956X, this Gram-stained photomicrograph depicted numbers of the Gram-positive Clostridium innocuum bacteria, which had been cultivated in a thioglycollate fluid medium, over a time period of 24 hours. Clostridium is a genus of anaerobic, spor... current
• 21:1921:19, 9 December 2014 diff hist +232‎ N File:Clostridium perfringens05.jpeg ‎ Magnified 956X, this Gram-stained photomicrograph depicted numbers of the Gram-positive Clostridium perfringens, formerly C. welchii, type A bacteria, which had been cultivated in chopped meat medium, over a time period of 24 hours. current
• 21:1921:19, 9 December 2014 diff hist +186‎ N File:Clostridium perfringens04.jpeg ‎ Magnified 956X, this Gram-stained photomicrograph depicts numbers of Clostridium sp. Gram-positive bacteria, which had been grown on a chopped meat medium, for a time period of 48 hours. current
• 21:1721:17, 9 December 2014 diff hist +205‎ N File:Clostridium perfringens03.jpeg ‎ This illustration depicts a photomicrographic view of a Gram-stained culture specimen from a patient with gas gangrene, and revealed the presence of numerous Clostridium perfringens Gram-positive bacteria. current
• 21:1621:16, 9 December 2014 diff hist +161‎ N File:Clostridium perfringens02.jpeg ‎ This illustration depicts a photomicrographic view of a methylene blue-stained culture specimen revealing the presence of numerous Clostridium septicum bacteria. current
• 21:1521:15, 9 December 2014 diff hist +380‎ N File:Clostridium perfringens01.jpeg ‎ Photographed from above, this image depicts a Minitek® (BD Biosciences) anaerobe identification kit, used to identify specific bacterial species based on their microchemical behavior. All the wells except for the four empty wells in row four had been ... current
• 20:5520:55, 9 December 2014 diff hist +54‎ N File:Filariasis15.jpeg ‎ Loa loai, agent of filariasis. Anterior end. Parasite. current
• 20:5420:54, 9 December 2014 diff hist +44‎ N File:Filariasis14.jpeg ‎ Loa loa, posterior end; Agent of filariasis. current
• 20:5320:53, 9 December 2014 diff hist +116‎ N File:Filariasis13.jpeg ‎ This is a micrograph of the posterior end of a Brugia malayi microfilaria in a thick blood smear using Giemsa stain. current
• 20:5220:52, 9 December 2014 diff hist +115‎ N File:Filariasis12.jpeg ‎ This is a micrograph of the posterior end of a Wuchereria bancrofti microfilaria in blood smear using Giemsa stain. current
• 20:5120:51, 9 December 2014 diff hist +112‎ N File:Filariasis11.jpeg ‎ This is a micrograph of a Wuchereria bancrofti microfilaria in a thick blood smear using Giemsa stain technique. current
• 20:5020:50, 9 December 2014 diff hist +105‎ N File:Filariasis10.jpeg ‎ This is a micrograph of the internal structure of a Wuchereria bancrofti microfilaria using Giemsa stain. current
• 20:4720:47, 9 December 2014 diff hist +105‎ N File:Filariasis09.jpeg ‎ This is a micrograph of the internal structure of a Wuchereria bancrofti microfilaria using Giemsa stain. current
• 20:4620:46, 9 December 2014 diff hist +192‎ N File:Filariasis08.jpeg ‎ Under a magnification of 1000X, this is a photomicrograph revealed morphologic details at the anterior end of a Wuchereria bancrofti microfilarial parasite in a blood smear using Giemsa stain. current
• 20:4520:45, 9 December 2014 diff hist +109‎ N File:Filariasis06.jpeg ‎ This is an illustration of the life cycle of Mansonella streptocerca, one of the causal agents of Filariasis. current
• 20:4420:44, 9 December 2014 diff hist +109‎ N File:Filariasis05.jpeg ‎ This is an illustration of the life cycle of Mansonella streptocerca, one of the causal agents of Filariasis. current
• 20:4320:43, 9 December 2014 diff hist +105‎ N File:Filariasis04.jpeg ‎ This is an illustration of the life cycle of Onchocerca volvulus, one of the causal agents of Filariasis. current
• 20:4220:42, 9 December 2014 diff hist +103‎ N File:Filariasis03.jpeg ‎ This is an illustration of the life cycle of Wuchereria bancrofti, one the causal agents of Filariasis. current
• 20:4020:40, 9 December 2014 diff hist +229‎ N File:Filariasis02.jpeg ‎ This photomicrograph revealed some of the ultrastructural details displayed at the posterior end of the microfilarial-staged nematode, Brugia malayi, one of the organisms responsible for the disease known as lymphatic filariasis. current