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Daphnia - small planktonic animal -picture with some anatomical details
Microscope with anatomy structure of Daphnia on white background illustration
Storm Petrel or European Storm-petrel or Hydrobates pelagicus, vintage engraving. Old engraved illustration of Storm Petrel.
Freshwater Copepod or Cyclops sp., vintage engraved illustration. Le Magasin Pittoresque - Larive and Fleury - 1874
3D Isometric Flat Vector Conceptual Illustration of Biofilm Formation Stages, Life Cycle of Staphylococcus Aureus
Biofilm: therapeutic strategies. Biofilm treatment: physical disruption (enzymes), quorum sensing damage (D-ribose), metabolic cooperation damage, magnetic and functionalized nanoparticles, bacteriophages.
Biofilm formation. Process of biofilm formation with mechanics of its development and growth. Stages include first contact, strong adhesion, formation of monolayer, colonies and dispertion.
Illustration showing a rotifer
Daphnia is a genus of small planktonic crustaceans, vintage line drawing or engraving illustration.
Water Flea or Daphnia sp., vintage engraved illustration. Le Magasin Pittoresque - Larive and Fleury - 1874
Copepod or Copepoda, vintage engraved illustration. Dictionary of Words and Things - Larive and Fleury - 1895
Plankton vector aquatic phytoplankton and planktonic microorganism under microscope illustration set of micro cell organism in microbiology underwater in ocean or sea isolated on background.
Sea butterfly Icon on White Background - Simple Vector Illustration
Euglena - single-celled organism oftem used in the laboratory as a model organism
Main stages of biofilm formation. Microorganisms (bacteria) attach to surfaces and form a biofilm. Four stages of formation: adhesion, formation, maturation, release.
Plankton vector aquatic phytoplankton and planktonic microorganism under microscope in ocean illustration set of micro cell organism in microbiology underwater sea isolated on background.
Illustration showing the Jellyfishes on a white background
Biofilm. Habitat formation. Processes include resistance and tolerance, regeneration and cooperation of bacteria, resource capture, enzyme absorption, and gradient localization.