Schistosomiasis Collection

Schistosoma spp. blood flukes
Blood flukes mating. These parasites are found in man and other mammals. Snails are the intermediate hosts

Schistosoma spp. blood fluke
The blood fluke (Schistosoma spp.) is the cause of the disease bilharzia or schistosomiasis in humans

Scanning electron micrograph of a schistosome parasite, which enters the body through the skin of persons coming in contact with infested waters. The adult worm lives in the veins of its host

Schistosome fluke, SEM
Schistosome fluke. Coloured scanning electron micrograph (SEM) of a schistosome (Schistosoma sp.) fluke worm, a cause of schistosomiasis in humans

Schistosome flukes mating, micrograph C014 / 4867
Schistosome flukes mating. Light micrograph of Schistosoma japonicum fluke worms mating. The male is the smaller animal at centre

Blood flukes mating C016 / 5782
Blood flukes (Schistosoma sp.) mating. These parasites are found in man and other mammals

Schistosome fluke worms, artwork C013 / 4642
Schistosome fluke worms. Computer artwork of Schistosoma mansoni fluke (trematode) worms in the human body. S. mansoni live in the veins around the large intestine and cause schistosomiasis

SEM of the mouth & sucker of the bilharzia fluke
False-colour scanning electron micrograph of the mouth (left) & sucker (centre) of the blood fluke Schistosoma mansoni, one of three species which cause Bilharzia (schistosomiasis)

Bilharzia infection, ureter tissue
Bilharzia infection. Light micrograph of human ureter tissue that contains numerous eggs from Schistosoma flukes. The ureters are tubes that carry urine from the kidneys to the bladder

Parasite detection, conceptual artwork
Parasite detection, conceptual computer artwork. These bacteria have been genetically engineered to detect the presence of Schistosoma parasites (pink)

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Schistosomiasis, caused by Schistosoma spp. Blood flukes, is a parasitic disease that affects millions of people worldwide. These microscopic parasites can penetrate the skin during contact with contaminated water, making it a significant public health concern in areas where sanitation and clean water access are limited. A scanning electron micrograph of a schistosome parasite reveals its intricate structure and highlights its ability to latch onto human hosts. The image showcases the complexity of these blood flukes and their adaptation for survival within the human body. Another micrograph captures the mating process of schistosome flukes, providing insight into their reproductive behavior. This fascinating glimpse into their life cycle sheds light on how they perpetuate their species within their host's bloodstream. Artwork depicting schistosome fluke worms further emphasizes the importance of understanding this disease. By visualizing these parasites, we gain a better understanding of their morphology and potential targets for intervention strategies. Colored SEM images showcase specific features of these blood flukes - from miracidium (the larval stage) to male head structures - enabling scientists to study them in greater detail. Such research aids in developing effective diagnostic tools and treatments against this debilitating disease. The SEM image revealing the mouth and sucker of the bilharzia fluke underscores its ability to attach itself firmly inside its host's body, causing damage to various organs over time if left untreated. This serves as a reminder that early detection is crucial for preventing severe complications associated with schistosomiasis. Finally, an LM image provides an overview of both male and female adult schistosome parasites within human blood vessels. Understanding their anatomy helps researchers identify potential vulnerabilities that could be targeted by drugs or vaccines aimed at eradicating this neglected tropical disease. Exploring different aspects through advanced imaging techniques offers valuable insights into this devastating illness caused by Schistosoma spp. Blood flukes.