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RMJYYTKH–Pollen grains (spores) from an air sample, stained with methyl blue, bright field light micrograph, size of each particle 17-22 micrometers
RME7D8WW–US President Barack Obama greets the 2014 Kavli Prize laureates with representatives from the Kavli Foundation and other guests in the Oval Office of the White House July 31, 2014 in Washington, DC. The 2014 Kavli Prize laureates were selected for making fundamental contributions to the theory of cosmic inflation, to our understanding of the resolution limits of optical microscopy, and for the discovery of specialized brain networks for memory and cognition.
RM2JKFT5X–Actin is an essential protein in the skeleton of a cell (cytoskeleton). It forms a dense network of fine filaments in the cell. Here, the researchers used a technique called stochastic optical reconstruction microscopy (STORM) to visualize the actin network in a cell in three dimensions. Actin strands were labeled with a dye called Alexa Fluor 647-phalloidin. This image appears in a study published by Nature Methods, which reports how researchers use STORM to visualize the cytoskeleton.
RF2GK96P7–President Barack Obama greets four of the nine 2014 Kavli Prize laureates with representatives from the Kavli Foundation and other guests in the Oval Office, July 31, 2014. The 2014 Kavli Prize laureates were selected for making fundamental contributions to the theory of cosmic inflation, to our understanding of the resolution limits of optical microscopy, and for the discovery of specialized brain networks for memory and cognition. (Official White House Photo by Pete Souza) This official White House photograph is being made available only for publication by news organizations and/or for perso
RM2HH60D5–Disk Ornament A.D. 600–1533 Manteño Huancavilca Technical note: Optical microscopy and XRF conducted in 2017. This metal disk, possibly a pectoral, belongs to the corpus of artifacts often referred to as tincullpas described by Verneau and Rivet (1912, 299–306) and Jijón y Caamaño (1920). This disk shows a mammalian face in high relief at its center and flat undecorated edges around the outside. While these faces tend to be identified as feline (see Ugalde 2009), Rodríguez (1992, 82–83) has drawn attention to certain features as indicators of a kinkajou (Potos flavus). In this case, the face i
RFEWA3B0–Optical path in a simple microscope, vintage engraved illustration. Trousset encyclopedia (1886 - 1891).
RM2AYKHYW–Relatively large (about 80 microns in diameter) spore, likely club-moss spore, under the microscope
RF2FYG5Y0–Fig. 56. How's Students Microscope From the book ' The microscope : its history, construction, and application ' by Hogg, Jabez, 1817-1899 Published in London by G. Routledge in 1869 with Illustrations by TUFFEN WEST
RM2JKFTDJ–Multispectral confocal microscopy of a fibroblast cell providing fluorescent proteins targeted to organelles: lysosomes, mitochondria, endoplast reticulum, peroxisomes, Golgi and lipid droplets. Scale bar, 10 'm.
![Bird Pendant 300 B.C.–A.D.700 Early Quimbaya Technical note: Optical microscopy and XRF conducted in 2017. This pendant in the shape of a bird was primarily produced through lost wax casting. Made of an alloy of gold, it depicts a stylized bird with identifying features of a head, neck, body, and tail. The lower areas of the bird, its abdomen and limbs, are not shown. Depicting the bird in this way suggests that it is 'posad[a] en agua' ('at rest in water'), as Pérez de Barradas (1966, 106) inferred for a similar avian pendant. All of the design features of this pendant were originally made in Stock Photo](https://c8.alamy.com/comp/2HHCA9R/bird-pendant-300-bcad700-early-quimbaya-technical-note-optical-microscopy-and-xrf-conducted-in-2017-this-pendant-in-the-shape-of-a-bird-was-primarily-produced-through-lost-wax-casting-made-of-an-alloy-of-gold-it-depicts-a-stylized-bird-with-identifying-features-of-a-head-neck-body-and-tail-the-lower-areas-of-the-bird-its-abdomen-and-limbs-are-not-shown-depicting-the-bird-in-this-way-suggests-that-it-is-posad-a-en-agua-at-rest-in-water-as-prez-de-barradas-1966-106-inferred-for-a-similar-avian-pendant-all-of-the-design-features-of-this-pendant-were-originally-made-in-2HHCA9R.jpg "Bird Pendant 300 B.C.–A.D.700 Early Quimbaya Technical note: Optical microscopy and XRF conducted in 2017. This pendant in the shape of a bird was primarily produced through lost wax casting. Made of an alloy of gold, it depicts a stylized bird with identifying features of a head, neck, body, and tail. The lower areas of the bird, its abdomen and limbs, are not shown. Depicting the bird in this way suggests that it is 'posad[a] en agua' ('at rest in water'), as Pérez de Barradas (1966, 106) inferred for a similar avian pendant. All of the design features of this pendant were originally made in Stock Photo")
RM2HHCA9R–Bird Pendant 300 B.C.–A.D.700 Early Quimbaya Technical note: Optical microscopy and XRF conducted in 2017. This pendant in the shape of a bird was primarily produced through lost wax casting. Made of an alloy of gold, it depicts a stylized bird with identifying features of a head, neck, body, and tail. The lower areas of the bird, its abdomen and limbs, are not shown. Depicting the bird in this way suggests that it is 'posad[a] en agua' ('at rest in water'), as Pérez de Barradas (1966, 106) inferred for a similar avian pendant. All of the design features of this pendant were originally made in
RMKA1M0P–Cinchonidine microslide melt, Cinchonidine is an alkaloid found in Cinchona officinalis and Gongronema latifolium, cross polarized photomicrograph.
RF2FYG59E–Fig 42. Baker's No. 1 Compound, Microscope. From the book ' The microscope : its history, construction, and application ' by Hogg, Jabez, 1817-1899 Published in London by G. Routledge in 1869 with Illustrations by TUFFEN WEST
RF2E25BAR–Optical electron microscope. Laboratory instrument, concept of science and microscopic research.
RM2HH5RJ2–Bell A.D. 750–950 Greater Coclé Technical note: Optical microscopy and XRF conducted in 2017. This bell was cast by the lost wax process, and all design elements—including the four registers of diagonal lines on the outside of the resonator—were created in the wax model. The bell has a long hollow stem (1.8 cm long) (see image 2)—a feature especially distinctive of some Greater Coclé bells—that leads to the bulbous resonator. The stem was created by wrapping a long wax thread around a thin cylindrical organic element that was later removed or burned out during the casting, and the hollow reson
RMKA1M8M–Cinchonidine microslide melt, Cinchonidine is an alkaloid found in Cinchona officinalis and Gongronema latifolium, cross polarized photomicrograph.
RMBAYF64–Side view of a traditional microscope, showing fine and course focus knobs, stage and specimen slide.
RM2BHG7KJ–Unidentified relatively large burst spore or pollen particle under the microscope, vertical field of view is about 0.24mm
RF2FYG5H0–Fig. 48. Pillischer's larger Student's Microscope From the book ' The microscope : its history, construction, and application ' by Hogg, Jabez, 1817-1899 Published in London by G. Routledge in 1869 with Illustrations by TUFFEN WEST
RF2E31F36–Optical electron microscope. Laboratory instrument, concept of science and microscopic research.
RMEB9TA8–Analysis of embedded samples. Optical microscopy. Characterization, test and analyze of materials and components. Technological
RM2EHE9N9–President Barack Obama greets four of the nine 2014 Kavli Prize laureates with representatives from the Kavli Foundation and other guests in the Oval Office, July 31, 2014. The 2014 Kavli Prize laureates were selected for making fundamental contributions to the theory of cosmic inflation, to our understanding of the resolution limits of optical microscopy, and for the discovery of specialized brain networks for memory and cognition.
RMKA1M5T–Cinchonidine microslide melt, Cinchonidine is an alkaloid found in Cinchona officinalis and Gongronema latifolium, cross polarized photomicrograph.
RMWFNW4D–France, Eure, Grand Bourgtheroulde, environmental laboratory, preparation of bulk materials samples in order to position them on a transmission electron microscopy grid, observation stage under an optical microscope
RM2BHG7KG–Unidentified relatively large burst spore or pollen particle under the microscope, horizontal field of view is about 0.24mm
RF2FYG541–Fig. 39. Ross's No. 1a Large Microscope, with Binocular arrangement and Object-glass. And Sub-stage of ditto, with new Achromatic Condenser. From the book ' The microscope : its history, construction, and application ' by Hogg, Jabez, 1817-1899 Published in London by G. Routledge in 1869 with Illustrations by TUFFEN WEST
RF2E2696K–Optical electron microscope. Laboratory instrument, concept of science and microscopic research.
RMEB6EY2–Analysis of embedded samples. Optical microscopy. Characterization test and analyze of materials and components. Technological
RMKA1M36–Cinchonidine microslide melt, Cinchonidine is an alkaloid found in Cinchona officinalis and Gongronema latifolium, cross polarized photomicrograph.
RF2J1YWCN–cat tongue cross section under the microscope showing foliate papillae, taste buds, submucosa and muscle - optical microscope x100 magnification
RF2BAKE5K–Jena, Germany - January 12, 2020: Zeiss headquarters in Jena. Carl Zeiss is a german firm specialized in optical instruments, optics, and lenses
RM2BHG7KK–Two magnolia pollen grains under the microscope, horizontal field of view is approximately 243 microns
Search Results for Optical microscopy Stock Photos and Images (5,012)
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