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Light micrograph of the ciliated pseudostratified columnar epithelium of the trachea (respiratory epithelium) The apical border of the epithelium has
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Light micrograph of the ciliated pseudostratified columnar epithelium of the trachea (respiratory epithelium) The apical border of the epithelium has
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Illustration of the structure of an animal cell At top is the endoplasmic reticulum (ER) Some parts of the ER are studded with ribosomes (dots) the
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Illustration of the structure of an animal cell At top is the endoplasmic reticulum (ER) Some parts of the ER are studded with ribosomes (dots) the
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Illustration of an animal cell focusing on a centriole (centre) Centrioles are formed from the protein tubulin They are involved in assembling the s
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Illustration of an animal cell focusing on a centriole (centre) Centrioles are formed from the protein tubulin They are involved in assembling the s
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Illustration of an animal cell focusing on a centriole (centre) Centrioles are formed from the protein tubulin They are involved in assembling the s
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Illustration of inhaled pollen grains in the windpipe (trachea) Pollen grains are allergens and can cause hay fever (allergic rhinitis) when inhaled
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Illustration of inhaled pollen grains in the windpipe (trachea) Pollen grains are allergens and can cause hay fever (allergic rhinitis) when inhaled
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Kartagener Syndrome Coloured frontal X-ray of the lungs of a 28-year-old patient with Kartagener Syndrome Also called primary ciliary dyskinesia (PC
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Trachea lining SEM
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Blepharisma protozoan light micrograph
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Sexual reproduction via binary fission
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Flu viruses on nasal lining illustration
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Flu viruses on nasal lining illustration
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Coronaviruses on trachea lining illustration
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Trachea lining illustration
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Coronaviruses on trachea lining illustration
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Trachea lining illustration
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Kartagener Syndrome Frontal X-ray of the lungs of a 28-year-old patient with Kartagener Syndrome Also called primary ciliary dyskinesia (PCD) this
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Trachea lining illustration
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Trachea lining illustration
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Smell receptors illustration
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Smell receptors illustration
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Smell receptors illustration
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Nasal lining illustration
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Nasal lining illustration
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Trachea TEM
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Trachea TEM
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False-colour scanning electron micrograph (SEM) of the internal lining or epithelium of the bronchial passages in the human lung Clumps of fine hai
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Trachea TEM
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Ciliate and diatoms light micrograph
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Illustration of a cross-section through a fallopian tube or oviduct The fallopian tubes carry the egg from the ovary to the uterus (womb) The centr
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Newt larvae ciliated cells SEM
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Newt larvae ciliated cells SEM
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Newt larvae ciliated cells SEM
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Crown jellyfish (Cephea cephea) sometimes referred to as a cauliflower jellyfish; Palau Micronesia by Dave Fleetham Design Pics
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Stentor protozoan light micrograph
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Stentor protozoan light micrograph
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False-colour scanning electron micrograph (SEM) of the internal lining or epithelium of the bronchial passages in the human lung Clumps of fine hai
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Paramecium ciliate protozoa light micrograph
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Paramecium ciliate protozoa light micrograph
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Cilia TEM
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Retina photoreceptors TEM
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Cilia and microvilli TEM
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Cilia TEM
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Illustration of a ciliary doublet microtubule Cilia are hair-like structures on the surface of a cell that can move by bending The inside of each ci
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Rotifer SEM
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Colpidium ciliate protozoan SEM
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Paramecium protozoa Light micrograph of a group of Paramecium caudatum which are single-celled creatures (protozoa) The internal structures (organe
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Colpidium ciliate protozoan SEM
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Colpidium ciliate protozoan SEM
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Vorticellidae protozoan SEM
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Soil microorganisms SEM
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Vorticellidae protozoan SEM
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Soil microorganisms SEM
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Soil microorganisms SEM
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Soil microorganisms SEM
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Gastrotrich SEM
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Bronchus lung cancer Coloured Scanning Electron Micrograph (SEM) of the epithelium of a human bronchus of the lung suffering from cancer The epithe
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Gastrotrich SEM
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Respiratory tract lining cells and cilia light micrograph
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Vorticella protozoa polarised light micrograph
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Vorticella protozoa polarised light micrograph
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Vorticella protozoa polarised light micrograph
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Respiratory epithelium TEM
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Respiratory epithelium TEM
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Respiratory epithelium TEM
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Respiratory epithelium TEM
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Paramecium protozoa Coloured scanning electron micrograph (SEM) of Paramecium sp protozoa (grey) These single-celled organisms are aquatic being f
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Newt larvae ciliated cells SEM
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Newt larvae ciliated cells SEM
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Newt larvae ciliated cells SEM
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Differential interference contrast (DIC) light micrograph of a rotifer Rotifers (phylum Rotifera) are microscopic aquatic animals that are related to
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Vorticella protozoa polarised light micrograph
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Paramecium sp ciliate light micrograph
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Hypotrich ciliate light micrograph
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Stentor sp protozoa light micrograph
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Paramecium sp ciliate light micrograph
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Rotifer worm Light micrograph of the rotifer worm Lepadella Patella This free-swimming aquatic micro-organism has a body which is divided into thre
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Green alga light micrograph
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Stentor ciliate light micrograph
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Ciliate light micrograph
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Phase contrast light micrograph of Stentor ciliates Stentors are freshwater protozoa that feed mainly on bacteria They move by beating their cilia
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Stentor ciliate and red algae light micrograph
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Stentor sp ciliate light micrograph
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Stentor sp ciliates light micrograph
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Loxophyllum ciliate protozoa light micrograph
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Stentor sp ciliate light micrograph
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Bronchial cilia Coloured scanning electron micrograph (SEM) of a normal human bronchial epithelium the mucus membrane lining the major airways of th
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Stentor sp ciliates light micrograph
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Stentor ciliates light micrograph
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Stentor ciliates light micrograph
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Stylonychia ciliate light micrograph
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Vorticella sp ciliate light micrograph
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Molecular model of the pair of microtubules that form the central apparatus of an axoneme the core of a cilium or flagellum Cilia and flagella are h
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Blepharisma americana protozoan light micrograph
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Frontonia protist light micrograph
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Stentor protozoan light micrograph
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Rotifer worm Light micrograph of the rotifer worm Platyas quadricornis This free-swimming aquatic micro-organism has a body which is divided into t
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