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Flower mantis in dark background by Cavan Images Dikky Oesin
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Flower mantis in dark background by Cavan Images Dikky Oesin
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Confocal light micrograph of macrophages from an African clawed frog embryo (Xenopus laevis) digitally arranged into a spiral Macrophages are cells o
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Confocal light micrograph of macrophages from an African clawed frog embryo (Xenopus laevis) digitally arranged into a spiral Macrophages are cells o
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Confocal light micrograph of two macrophages in the precursor to skin tissue in an African clawed frog embryo (Xenopus laevis) The cells are stained
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Conceptual confocal light micrograph of macrophage cells from an African clawed frog (Xenopus laevis) The macrophages are labelled using a fluorescen
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Lattice light-sheet micrograph showing the normal development of a population of embryonic macrophages inside a living African clawed frog embryo (Xen
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Light micrograph showing Pasteuria sp bacteria (round nodules) attached to a spiral nematode (Helicotylenchus sp) This genus of bacteria are obliga
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Light micrograph of the developing eye of a cat embryo showing from top to bottom fused eyelids anterior chamber cornea and posterior chamber by
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False-colour scanning electron micrograph (SEM) of the fungus Penicillium sp source of the first antibiotic drugs to be discovered Commonly known a
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Light micrograph of the developing eye of a rat embryo showing from left to right fused eyelids cornea lens vitreous developing retina and optic
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Light micrograph of the eye of an early albino rat embryo showing from left to right the optic cup with an outer layer (pigment epithelium without p
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Light micrograph of the developing eye of a rat embryo showing fused eyelids During eye development the eyelids are initially fused by JOSE CALVO
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Light micrograph of the developing eye of a rat embryo showing from top to bottom fused eyelids anterior chamber cornea posterior chamber and len
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Light micrograph of the developing eye of a rat embryo showing from top to bottom fused eyelids anterior chamber cornea posterior chamber and len
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Light micrograph showing the abdomen of a rat embryo at 16 days of development The liver is on the right and on the left is a developing kidney with
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Light micrograph of a developing tooth in the bell stage of odontogenesis The tooth germ still joined to the surface epithelium shows from bottom
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Light micrograph of intramembranous ossification a type of bone formation There are immature bone trabeculae showing an upper rim of osteoblasts and
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Light micrograph of a developing tooth in the bell stage of odontogenesis The tooth germ still joined to the surface epithelium shows from bottom
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Phagocytosis Coloured scanning electron microg- raph (SEM) of a macrophage white blood cell (light brown) engulfing several Escherichia coli (E coli
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Light micrograph of a frontal section of the head of an embryo showing from top to bottom; skin with developing hair bulbs nasal cavities with the L
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Light micrograph of the developing kidney of a rat embryo showing from outside to inside; a renal cortex with a peripheral hypercellular nephrogenic z
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Light micrograph of the developing kidney of a rat embryo showing from outside to inside; a renal cortex with a peripheral hypercellular nephrogenic z
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Light micrograph showing the small intestine of a rat foetus The intestinal villi are already visible lined by a columnar epithelium by JOSE CALVO
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Renal corpuscle development in a foetal kidney light micrograph During kidney development there is a clear maturation gradient so that the deeper
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Light micrograph of the lung of a rat foetus During lung development the conducting airways are formed first followed by the formation and enlargem
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Light micrograph of the developing kidney of a rat embryo showing from outside to inside; a renal cortex with a peripheral hypercellular nephrogenic z
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Light micrograph of the liver of a rat embryo Haematopoiesis occurs temporarily in the foetal liver Haematopoietic islands with a predominance of er
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Vasculogenesis in a rat embryo light micrograph Large blood vessels lined only by endothelium and full of blood cells are developing in the mesenchy
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Transmission electron micrograph of the rod- shaped Gram-negative bacterium Escherichia coli E coli as the bacterium is commonly known is found
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Light micrograph showing the developing cerebral cortex of a rat embryo From the pial surface the following layers can be seen; marginal zone corti
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Developing eye Light micrograph showing the exit point of the optic nerve from the retina This is the blind spot or scotoma of the visual field
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Light micrograph of the developing eye of a rat embryo showing from left to right; fused eyelids cornea lens vitreous developing retina and optic
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Light micrograph showing the olfactory nerve fibres coming from the olfactory bulb (top) passing through holes in the developing ethmoid (cribriform p
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Light micrograph of the cross-sectioned olfactory bulb of a rat embryo It shows a small central lumen surrounded by a ventricular proliferating layer
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Light micrograph showing a developing maxillary sinus of a rat embryo Under the respiratory type pseudostratified columnar epithelium are many develo
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Rat embryo head light micrograph
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Light micrograph of a frontal section of the nasal cavity of a rat embryo showing the medial septum the nasal conchae or turbinate and at the top
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Rat embryo head light micrograph
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Pyrococcus furiosus archaea coloured scanning electron micrograph (SEM) Archaea are single- celled organisms that are similar to bacteria but also
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Light micrograph of a developing tooth in the bell stage of odontogenesis The tooth germ still joined to the surface epithelium shows from bottom
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Light micrograph of the nasal septum of a rat embryo showing at bottom the vomeronasal or Jacobsons nasal organ with its typical C shape surroun
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Developing vomeronasal organ light micrograph The vomeronasal or Jacobsons organ is a paired auxiliary olfactory sense organ located in the nasa
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Light micrograph of a developing tooth in the bell stage of odontogenesis The tooth germ still joined to the surface epithelium shows from bottom
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Light micrograph of a developing tooth in the bell stage of odontogenesis The tooth germ still joined to the surface epithelium shows from bottom
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Light micrograph of a developing tooth in the bell stage of odontogenesis The tooth germ still joined to the surface epithelium shows from bottom
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Eye lens light micrograph Equator of the lens in a developing eye showing the transition from lens epithelium (top) to lens fibres by JOSE CALVO
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Light micrograph of the developing eye of a rat embryo showing from left to right; fused eyelids cornea lens vitreous developing retina and optic
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Light micrograph showing a semicircular canal ampulla (top) with an ampullary crista leading into the utricle that shows the utricle macula The bo
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Pyrococcus furiosus archaea coloured scanning electron micrograph (SEM) Archaea are single- celled organisms that are similar to bacteria but also
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Developing ear light micrograph There are two sections through semicircular canals At right is a semicircular canal ampulla with an ampullary crista
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Light micrograph showing four sections of a developing cochlea of the inner ear The epithelial thickening that will be the organ of Corti and the fut
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Biochips conceptual image Microscopic devices implanted in living organisms to monitor physiological parameters or perform specific functions by W
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Head lice SEM
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Head lice Coloured scanning electron micrograph (SEM) of head lice (Pediculus humanus capitis) The head louse is parasitic insect which inhabits the
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Head lice Coloured scanning electron micrograph (SEM) of head lice (Pediculus humanus capitis) The head louse is parasitic insect which inhabits the
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Epichloe festucae fungus A fungus that forms a symbiotic relationship with certain grass species where it provides protection against insect pests a
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Cordyceps sinensis fungus A type of parasitic fungus that grows on the larvae of certain moth species is used in traditional Chinese medicine to trea
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Candida utilis bacteria Used as a protein source in animal feed and as a flavour enhancer by Wladimir BulgarSCIENCE PHOTO LIBRARY
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Pyrococcus furiosus archaea coloured scanning electron micrograph (SEM) Archaea are single- celled organisms that are similar to bacteria but also
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Candida utilis fungus conceptual image
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Bacillus thuringiensis bacteria A bacteria used as a biopesticide in organic farming where it targets specific insect pests while leaving other bene
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Tiny mushroom in a magical forest after rain
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Tiny mushroom in the middle of a forest Tiny world
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Tiny mushroom in a magical forest after rain
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Flower mantis in dark background
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Matte Signal fly Chrysomya splendida Satara Maharashtra India by ZoonarRealityImages
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Sulfolobus archaea Coloured scanning electron micrograph (SEM) of Sulfolobus sp archaea Archaea are single-celled organisms that are similar to bac
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Mating of Signal fly Elassogaster pulla Satara Maharashtra India by ZoonarRealityImages
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Butterfly (Papilio krishna) wing scales macrophotograph The colour of a butterflys wing can arise either from a pigment contained in the scales or
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Butterfly (Papilio krishna) wing scales macrophotograph The colour of a butterflys wing can arise either from a pigment contained in the scales or
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Butterfly (Daphis Nerii) wing scales macrophotograph The colour of a butterflys wing can arise either from a pigment contained in the scales or fro
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Butterfly (Daphis Nerii) wing scales macrophotograph The colour of a butterflys wing can arise either from a pigment contained in the scales or fro
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Butterfly (Daphis Nerii) wing scales macrophotograph The colour of a butterflys wing can arise either from a pigment contained in the scales or fro
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Butterfly (suborder Rhopalocera) wing scales macrophotograph The colour of a butterflys wing can arise either from a pigment contained in the scale
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Butterfly (suborder Rhopalocera) wing scales macrophotograph The colour of a butterflys wing can arise either from a pigment contained in the scale
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Macrophotograph of a protozoan (subphylum Foraminifera) shells Foraminifera are marine single-celled marine protozoa which inhabit a calcium carbonat
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Dolly cloning technique (third of 5 pictures) Light micrograph of sheep udder cells used during the cloning of Dolly the first sheep cloned from
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Macrophotograph of a protozoan (subphylum Foraminifera) shell Foraminifera are marine single-celled marine protozoa which inhabit a calcium carbonate
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Two protozoans Radiolaria (left) and foraminifera (right) on match sticks macrophotograph Magnification x30 when printed at 10 centimetres wide
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Transmission electron micrograph (TEM) showing vesicular stomatitis virus (VSV) particles (orange) budding from infected cells (blue) VSV primarily i
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Transmission electron micrograph (TEM) showing vesicular stomatitis virus (VSV) particles (orange) budding from infected cells (green) VSV primarily
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Transmission electron micrograph (TEM) showing vesicular stomatitis virus (VSV) particles (green) budding from infected cells (blue) VSV primarily in
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External gills of newt larvae SEM
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External gills of newt larvae SEM
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Cheese fungus Coloured scanning electron micrograph (SEM) of Penicillium fungus used in cheese manufacture Conidiophores (fruiting structure) and co
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Cheese fungus Coloured scanning electron micrograph (SEM) of Penicillium fungus used in cheese manufacture Conidiophores (fruiting structure) and co
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Dolly cloning technique (fourth of 5 pictures) Light micrograph of a sheep egg and an udder cell during cloning of Dolly the first sheep cloned
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Cheese fungus Coloured scanning electron micrograph (SEM) of Penicillium fungus used in cheese manufacture Conidiophores (fruiting structure) and co
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Cheese fungus Coloured scanning electron micrograph (SEM) of Penicillium fungus used in cheese manufacture Conidiophores (fruiting structure) and co
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Petri dish with fungi colony by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Petri dish with bacterial colony by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Colonies of microorganisms by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Fungi culture by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Fungi culture by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Fungi culture by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Fungi culture by WLADIMIR BULGARSCIENCE PHOTO LIBRARY
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Dolly cloning technique (second of 5 pictures) Light micrograph of a sheep egg having its nucleus (DNA) removed during cloning of Dolly the firs
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