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Micrograph Stock Photos and Images
RM3E215D4–Polarised light micrograph of crinoidal limestone from the Upper Muschelkalk formation, Hornle, Mottlingen, Germany. This rock was formed about 235 million years ago. It is named for the crinoid fossil remains found in it. Other fossils found in this rock include molluscs, mussels, brachiopods and snails. Magnification: x30 when printed at 15 centimetres wide.
RME8KR08–This micrograph depicts histopathologic changes found in case of Kaposi’s sarcoma lesions This skin biopsy of what turned out
RFH3PAEG–Computer chip. Light micrograph taken with episcopic lighting and Normarski Interference Contrast (DIC) of a detail of a microchip on a silicon wafer. Horizontal object size of this section: 0.6 mm.
RM3E215CN–Polarised light micrograph of Middle Triassic Muschelkalk limestone from a landfill near Ostelsheim, Black Forest, Germany. Layers of mussel shells can be seen. These rocks were formed around 235 million years ago from the deposits of a shallow sea. The limestone contains fossil remnants of molluscs, mussels, brachiopods and snails. Magnification: x30 when printed at 12 centimetres wide.
RM3E215CX–Light micrograph of crinoidal limestone from the Upper Muschelkalk formation, Hornle, Mottlingen, Germany. This rock was formed about 235 million years ago. It is named for the crinoid fossil remains found in it. Other fossils found in this rock include molluscs, mussels, brachiopods and snails. Magnification: x60 when printed at 15 centimetres wide.
RME8KPTP–This colorized transmission electron micrograph (TEM) depicts numbers of influenza virions while in their late passage growth
RM3E215CJ–Polarised light micrograph of Middle Bunter sandstone from a boulder field in Welzberg by Calw, Black Forest, Germany. Bunter sandstone mainly consists of sandstone layers of the Lower Triassic series. It is one of three characteristic Triassic units, together with the Muschelkalk and Keuper that form the Germanic Trias Supergroup. Bunter sandstone is similar in age, facies and lithology to the Bunter of the British Isles. It normally lies above Permian Zechstein and below Muschelkalk. It formed between 251 and 243 million years ago. Magnification: x60 when printed at 15 centimetres wide.
RFH3PAEF–Computer chip. Light micrograph taken with episcopic lighting and Normarski Interference Contrast (DIC) of a detail of a microchip on a silicon wafer. Horizontal object size of this section: 0.6 mm.
RM2S05C2K–Light micrograph of a chicken mite (Demanyssus gallinae). The chicken mite is an ectoparasite with eight legs with claws at the tips for clinging to the host, and setae all over the body. This mite feeds at night on the blood of chickens. They can cause anaemia and transmit diseases, which lowers the egg production.
RME8KR0W–Colorized transmission electron micrograph showing particles of Middle East respiratory syndrome coronavirus that emerged in
RFH3PAEE–Computer chip. Light micrograph taken with episcopic lighting and Normarski Interference Contrast (DIC) of a detail of a microchip on a silicon wafer. Horizontal object size of this section: 0.6 mm.
RM3E215CD–Light micrograph of Middle Bunter sandstone from a boulder field in Welzberg by Calw, Black Forest, Germany. Bunter sandstone mainly consists of sandstone layers of the Lower Triassic series. It is one of three characteristic Triassic units, together with the Muschelkalk and Keuper that form the Germanic Trias Supergroup. Bunter sandstone is similar in age, facies and lithology to the Bunter of the British Isles. It normally lies above Permian Zechstein and below Muschelkalk. It formed between 251 and 243 million years ago. Magnification: x60 when printed at 15 centimetres wide.
RFH3PAED–Computer chip. Light micrograph taken with episcopic lighting and Normarski Interference Contrast (DIC) of a detail of a microchip on a silicon wafer. Horizontal object size of this section: 0.6 mm.
RM3E215BN–Polarised light micrograph of Middle Bunter sandstone from a boulder field in Welzberg by Calw, Black Forest, Germany. Bunter sandstone mainly consists of sandstone layers of the Lower Triassic series. It is one of three characteristic Triassic units, together with the Muschelkalk and Keuper that form the Germanic Trias Supergroup. Bunter sandstone is similar in age, facies and lithology to the Bunter of the British Isles. It normally lies above Permian Zechstein and below Muschelkalk. It formed between 251 and 243 million years ago. Magnification: x60 when printed at 15 centimetres wide.
RME8KR8M–Colorized transmission electron micrograph showing particles of Middle East respiratory syndrome coronavirus that emerged in
RM3E215D0–Polarised light micrograph of crinoidal limestone from the Upper Muschelkalk formation, Hornle, Mottlingen, Germany. This rock was formed about 235 million years ago. It is named for the crinoid fossil remains found in it. Other fossils found in this rock include molluscs, mussels, brachiopods and snails. Magnification: x30 when printed at 15 centimetres wide.
RM3E215D7–Polarised light micrograph of crinoidal limestone from the Upper Muschelkalk formation, Hornle, Mottlingen, Germany. This rock was formed about 235 million years ago. It is named for the crinoid fossil remains found in it. Other fossils found in this rock include molluscs, mussels, brachiopods and snails. Magnification: x60 when printed at 15 centimetres wide.
RME8KRY5–This transmission electron micrograph (TEM) revealed some of ultrastructural morphology displayed by norovirus virions, or
RME8KR10–Colorized transmission electron micrograph showing particles of Middle East respiratory syndrome coronavirus that emerged in
RFHJ0BD4–Light micrograph (LM) of Nicotine crystals.Nicotine is an organic compound,an alkaloid found naturally throughout tobacco plant,with high concentration in leaves.It constitutes 0.3 to 5% of plant by dry weight.It is potent nerve poison is included in many insecticides.In lower concentrations,the
RME8KRYJ–This colorized transmission electron micrograph (TEM) revealed some of ultrastructural morphology displayed by norovirus
RME8KPE7–Colorized scanning electron micrograph of filamentous Ebola virus particles (red) attached and budding from chronically
RME8KPTM–This colorized transmission electron micrograph (TEM) depicts numbers of influenza virions while in their late passage growth
RME8KR0C–Colorized transmission electron micrograph showing particles of Middle East Respiratory Syndrome Coronavirus that emerged in
RME8KPTW–This colorized transmission electron micrograph (TEM) revealed presence of number of Novel H1N1 virus virions in this tissue
RME8KRYM–This colorized transmission electron micrograph (TEM) revealed some of ultrastructural morphology displayed by norovirus
RME8KR8P–Colorized transmission electron micrograph showing particles of Middle East respiratory syndrome coronavirus that emerged in
RME8KPTK–This colorized transmission electron micrograph (TEM) depicts numbers of influenza virions while in their late passage growth
RME8KPPX–This colorized transmission electron micrograph (TEM) of an ultra-thin specimen revealed some of ultrastructural morphologic
RME8KPW0–This colorized transmission electron micrograph (TEM) revealed presence of number of Novel H1N1 virus virions in this tissue
RME8KPE3–Colorized scanning electron micrograph of filamentous Ebola virus particles (green) attached and budding from chronically
RME8KPTN–This colorized transmission electron micrograph (TEM) depicts numbers of influenza virions while in their late passage growth
RME8KR0B–Colorized transmission electron micrograph showing particles of Middle East Respiratory Syndrome Coronavirus that emerged in
RME8KPEH–Colorized scanning electron micrograph of filamentous Ebola virus particles (green) attached to and budding froma chronically
RME8KRYC–This transmission electron micrograph (TEM) revealed some of ultrastructural morphology displayed by norovirus virions, or
RME8KPTF–This colorized transmission electron micrograph (TEM) depicts numbers of influenza virions while in their late passage growth
RME8KR8K–Colorized transmission electron micrograph showing particles of Middle East respiratory syndrome coronavirus that emerged in
RME8KPE1–Colorized scanning electron micrograph of filamentous Ebola virus particles (blue) budding from chronically infected VERO E6
