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Aquatic (fresh water) nematode living in pond water among cyanobacteria. Live specimen. Wet mount, 10X objective, transmitted brightfield illumination.
Micro photo of Tardigrade
centropyxis aculeata (amoeboid organism) under the microscope - optical microscope x400 magnification
Monkeypox Virus. 3D Render
Freshwater aquatic zooplankton and algae under microscope view
Photo in grass soil and sky with clipping path around black part of photo
Epidermis. Electron microscope micrograph showing a keratinocyte of spinous layer. The epithelial cell has a polygonal shape, central nucleus with nucleolus, cytoplasm full of keratin filament bundles, and numerous dark desmosomes crossing the intercellular spaces.
Trematode parasite under a microscope
Tapeworm (Parasitic flatworm) of cattle and other grazing animals under the microscope for education.
Virus Ebola
Body of cabbage larvae filled with parasitic entomopathogenic nematodes -Steinernema sp.
plant Pumpkin ovary under light mircoscope with white background
The study of Tapeworm infection is caused by ingesting food or water contaminated with tapeworm eggs or larvae in laboratory.
Rat tailed maggot photographed in a studio
Overview of petri dish containing two lab-grown soy sprouts standing on white table in scientific laboratory with copyspace around
Axolotl. Mexican walking fish. Ambystoma mexicanum
Microplants of cloned willows (Salix) in test tubes with nutrient medium. Micropropagation technology in vitro.
Whitemargin Moray Gymnothorax albimarginatus occurs in the tropical Indo-Pacific Ocean from Indonesia to the Hawaiian Islands, north to Japan and Taiwan in a depth range from 6-180m, max. length 89cm for males, 106cm for females. The species inhabits coastal reef sand slopes and is secretive during the day. \nThe benthic Whitemargin Moray moves out over sand at night to hunt like this specimen. This species apparently has a venomous bite. \nTriton Bay, Indonesia, 3°54'2.358 S 134°6'18.81 E at 9m depth by night.
Marine flatworm - Planaria, crawling on the glass, Black Sea
Liver Fluke Section under light microscope with white background
The study of Tapeworm infection is caused by ingesting food or water contaminated with tapeworm eggs or larvae in laboratory.
Digital depiction of digital network connections shaped like two human heads. Usable for a wide range of topics related to artificial intelligence, machine learning, clones or technology in general.
Pregnant crustacean Zooplankton Water Flea Daphnia, under microscope
Jellyfish floating in water, vibrant orange, pink and blue colors.
Macro of mosquito larva on black background. Mosquito's larva in water.
Rat tailed maggot photographed in a studio
The roundworm, Contracaecum rudolphii, is a parasitic nematode belonging to the family Anisakidae. Fish are by far the main source of infection as they serve as intermediate host of the nematodes. The final hosts are marine mammals (e.g. seals) or piscivorous birds (e.g. cormorants and pelicans). Identification of these nematodes is important in terms of seafood safety and public health, as humans may be infected following consumption of infected seafood. Coloured scanning electron micrograph (SEM), magnified x27 when printed at 10cm wide.
Rare Scorpion (Arachnida) inclusion in Burmese amber, Myanmar, Cenomian, Upper Cretaceous, approximately 100 million years ago, age of dinosaurs. Image taken with extreme macro and focus stacking technique.
Planarian parasite (flatworm) under microscope view.
Amazing Colorful Agate Crystal stone cross texture background.
Free Images: "bestof:ThecideanZalas.jpg en Thecideide brachiopod T sabellid worm tube S and bryozoans B on the shell of the bivalve Ctenostreon from the Upper Jurassic of Zalas"
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