Click Here for More Images from iStock- 15% off with coupon 15FREEIMAGES 
Photomicrograph of rotifer, probably Rotaria rotatoria. Rapidly rotating cilia at top of head, internal organs visible. Green circles are algae. Live specimen. Original image at 40X, wet mount, transmitted brightfield illumination. Indistinct image due to motion blur of live specimen and very shallow depth of field of brightfield illumination.
amazing inhabitants of the microworld under a microscope
Microalgae under microscopic view, green algae, cyanobacteria, phytoplankton, diatom, algae mix collage background
Blastomycosis is a fungal infection caused by inhaling Blastomyces dermatitidis spores. If it involves only the lungs, it is called pulmonary blastomycosis. Only about half of people with the disease have symptoms, which can include fever, cough, night sweats, muscle pains, weight loss, chest pain, and feeling tired.
Microscopic close view of high vaginal swab Gram stain smear, 100x. diagnosis of Bacterial vaginosis (BV).
Yeasts sprout in microscopy
Micro photo of Tardigrade
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.
Natural agate surfaces, suitable for backgrounds and wallpapers.
Leiden leaf c.s. under microscope
Clover
Microalgae under a microscope, sample taken from moss
plant Zea Stem C.S. under light mircoscope with white background
the tail of Aelurostrongylus abstrusus, cat lungworm under the microscope
Trematode parasite under a microscope
Planarian parasite (flatworm) under microscope view.
Portulaca oleracea - purslane
Freshwater aquatic zooplankton and algae under microscope view
Microscopic photo of a thin section of calcareous tufa of Holocene age.
Bone marrow plasma cells .Plasma cell neoplasms are diseases in which the body makes too many plasma cells. Plasma cell neoplasms can be benign or malignant. Diagnosed with Immunostain CD138 positive.
Freshwater Closterium algae (unicellular charophyte green algae) - optical microscope x200 magnification
Rotten food
Light microscope micrograph of a retina stained with the Golgi method. In the inner layer there are many amacrine cells with pear-shaped cell bodies located in the inner nuclear layer and dendrites ending in the inner plexiform layer.
Liver Fluke Section under light microscope with white background
Lily leaf c.s. under microscope
Epipactis helleborine, the broad-leaved helleborine, is a terrestrial species of orchid with a broad distribution. It is a long lived herb which varies morphologically with ability to self-pollinate. \nDescription:\nEpipactis helleborine can grow to a maximum height of 1 m or more under good conditions, and has broad dull green leaves which are strongly ribbed and flat The flowers are arranged in long drooping racemes with dull green sepals and shorter upper petals. The lower labellum is pale red and is much shorter than the upper petals. \nFlowering occurs June–September. \nHabitat:\nFound in woods and hedge-banks and often not far from paths near human activity. It is one of the most likely European orchids to be found within a city, with many sites for example in Glasgow, London and Moscow. Sometimes spotted beside car parks. \nEpipactis helleborine is known for its successful colonization of human-made or anthropogenic habitats such as parks, gardens or roadsides. These roadside orchids exhibit special features such as large plant size and greater ability to produce flowers. Pollination plays a huge role as pollinators such as Syrphidae, Culicidae, Apidae etc. possess greater species diversity and visits the flowering sites more in anthropogenic habitats as compared to native ones. The visitation rates along with the reproductive success of these orchids are higher in large populations as they are more attractive to pollinators. \n\nDistribution:\nThis species is widespread across much of Europe and Asia, from Portugal to China, as well as northern Africa (source Wikipedia).\n\nThis is a very common Species in the described Habitats in the Netherlands.
Microscopic Rotifer or Rotifera under a microscope, freshwater bentic organism filtering water.
Antibodies conjugated with drugs at the FC region are designed to attach a drug to the FC region of the antibody. This technology leverages the specificity of antibodies to deliver the drug directly to target cells. As a result, it can enhance the drug's effectiveness and reduce side effects. This approach is particularly promising in cancer treatment and therapies for autoimmune diseases.\n\nThis image was not created by AI.
Free Images: "bestof:H-axyridis LMa 16 pupa.jpg en Harmonia axyridis Pupa to imago series A image 1 of 4 Location Hengelo Overijssel Netherlands Veelkleurig Aziatisch"
Sunset Zonsondergang.JPG
Lunar libration with phase2.gif
HST 05375.jpg
Reagan_soccer_team_wins_RIMPAC_tournament_140702-N-ON707-139.jpg
Reagan_soccer_team_shines_in_RIMPAC_tournament_140702-N-ON707-466.jpg
Gristmill_Hopper_1938.gif
160714-N-OL837-017.jpg
Location of Elista (Kalmykia).svg
Weststellingwerf flag.svg
Wymbritseradiel flag.svg
Location of Vladikavkaz (North Ossetia-Alania).svg
Location of Chernozemelsky District (Kalmykia).svg
Location of Gorodovikovsky District (Kalmykia).svg
Location of Iki-Burulsky District (Kalmykia).svg
Location of Ketchenerovsky District (Kalmykia).svg
Location of Lagansky District (Kalmykia).svg
Location of Maloderbetovsky District (Kalmykia).svg
Location of Oktyabrsky District (Kalmykia).svg
Location of Priyutnensky District (Kalmykia).svg
Location of Sarpinsky District (Kalmykia).svg
Location of Tselinny District (Kalmykia).svg
Location of Yashaltinsky District (Kalmykia).svg
Location of Yashkulsky District (Kalmykia).svg
Location of Yustinsky District (Kalmykia).svg
Diepenveen wapen.svg
Achtkarspelen_seal.svg
Location of Alagirsky District (North Ossetia-Alania).svg
Location of Ardonsky District (North Ossetia-Alania).svg
Location of Digorsky District (North Ossetia-Alania).svg
Location of Irafsky District (North Ossetia-Alania).svg
Location of Kirovsky District (North Ossetia-Alania).svg
Location of Mozdoksky District (North Ossetia-Alania).svg
Location of Pravoberezhny District (North Ossetia-Alania).svg
Location of Prigorodny District (North Ossetia-Alania).svg
Location of Babushkinskoye Settlement (Babushkinsky District, Vologda Oblast).svg
Location of Demyanovskoye Settlement (Babushkinsky District, Vologda Oblast).svg
Location of Idskoye Settlement (Babushkinsky District, Vologda Oblast).svg
Location of Logduzskoye Settlement (Babushkinsky District, Vologda Oblast).svg
Location of Minkovskoye Settlement (Babushkinsky District, Vologda Oblast).svg
Location of Podbolotnoye Settlement (Babushkinsky District, Vologda Oblast).svg
Location of Yurkinskoye Settlement (Babushkinsky District, Vologda Oblast).svg
Location of Kalininskoye Settlement (Totemsky District, Vologda Oblast).svg
Location of Medvedevskoye Settlement (Totemsky District, Vologda Oblast).svg
Location of Moseyevskoye Settlement (Totemsky District, Vologda Oblast).svg
Location of Pogorelovskoye Settlement (Totemsky District, Vologda Oblast).svg
Location of Pyatovskoye Settlement (Totemsky District, Vologda Oblast).svg
Location of Tolshmenskoye Settlement (Totemsky District, Vologda Oblast).svg
Location of Totma Settlement (Totemsky District, Vologda Oblast).svg
Location of Velikodvorskoye Settlement (Totemsky District, Vologda Oblast).svg
Location of Vozhbalskoye Settlement (Totemsky District, Vologda Oblast).svg
ChicagoSpireMap.svg
Illustration for epsilon-delta definition of continuity 5.svg
Illustration for epsilon-delta definition of continuity 4.svg
Illustration for epsilon-delta definition of continuity 1.svg
Illustration for epsilon-delta definition of continuity 8.svg
Illustration for epsilon-delta definition of continuity 9.svg
Illustration for epsilon-delta definition of continuity 10.svg
Illustration for epsilon-delta definition of continuity 7.svg
Illustration for epsilon-delta definition of continuity 3.svg
Illustration for epsilon-delta definition of continuity 2.svg
Illustration for epsilon-delta definition of continuity 6.svg
Location of Roslyatinskoye Settlement (Babushkinsky District, Vologda Oblast).svg
Location of Bereznikovskoye Settlement (Babushkinsky District, Vologda Oblast).svg
Location of Timanovskoye Settlement (Babushkinsky District, Vologda Oblast).svg
Cornelis_Jansz_Hartigsvelt.jpg
Cornelis_Jansz_Hartigsvelt.PNG
Ghent,_map_1735.jpg
Map of Ontario ALGOMA.svg
Map of Ontario BRUCE.svg
Map of Ontario CHATHAM-KENT.svg
Mountains3.svg
Wûnseradiel_flag.svg
Pieter_van_der_Werff_003.jpg
Germany location map German color system.svg
GeometricSquares.svg
Stella octangula.png
Blank map europe Nordned cable.svg
Menaldumadeel flag.svg
Jan_Jacob_Coenraad_Spohler_-_A_Summer_Landscape_with_Windmill_at_Sunset.jpg
NLD-N61.svg
Oliver_Cromwell_(1599-1658).jpg
Rembrandt_van_Rijn_-_The_Three_Crosses_-_Google_Art_Project_(ZQHF2yvTS_wang).jpg
Edouard_Vuillard_-_The_Artist’s_Mother_Opening_a_Door_-_Google_Art_Project.jpg
Archimedes Parabola.svg
Eugène_Atget_-_Magasin,_Avenue_des_Gobelins_-_Google_Art_Project.jpg
Portrait of a man, thought to be Baruch de Spinoza, attributed to Barend Graat.jpg
Syriac Christianity.svg
Harlingen_flag.svg
Scheer's_illustration_of_I_SG_disposition_16_Dec._1916_en.SVG
Henrietta_Hyde.jpg
Gabriel_Metsu_-_Portrait_of_a_Lady_-_Google_Art_Project.jpg
Francis_Frith_-_The_Great_Pyramid_and_the_Great_Sphinx,_Egypt_-_Google_Art_Project.jpg
Anna_Atkins_-_New_Zealand_-_Google_Art_Project.jpg
William_Henry_Fox_Talbot_-_Cloisters_of_Lacock_Abbey_-_Google_Art_Project.jpg
Peter_Henry_Emerson_-_Gathering_Waterlilies_-_Google_Art_Project.jpg
Félix_Nadar_-_George_Sand_-_Google_Art_Project.jpg
Apollo 16 landing site AS14-69-9535.jpg
Sailingboat-lightning-num.svg
Logo_of_Croatian_National_Guard.svg
Cpt_John_Paul_Jones.jpg
Terms of Use   Search of the Day