RFEM15FG–Array of blood samples for microscopy and biopsy tissue on blue
RM2JKFTAN–The p97 protein is trapped in an inactive state by a new inhibitor (red) and the molecule cannot continue its normal reaction cycle. Image created using cryo-electron microscopy.
RMT81RYK–Anisakis simplex, Parasitic Worm, SEM
RFEHGNYJ–science microscopy animal insect
RMMA8G31–Female researcher uses a Scanning Electron Microscope (SEM) to perform high-resolution, electron microscopy studies of structural materials, in a lab located at Pacific Northwest National Laboratory (PNNL) located in Richland, Washington, image courtesy of the US Department of Energy, November 15, 2016. ()
RFFA0W82–Biological sample cells and bacteria, plant, microb under microscopy
RF2GRDE8R–Convallaria plant microscopic sample, fluorescence signal observed with confocal laser scanning microscopy
RMG3BNF2–Students in a microscopy course at the university DUE
RF2FYG4NN–Plant and fungi microscopy. 19th century artwork of microscopic details of fungi, algae and lichens seen under a 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
RF2B9EFJM–3D illustration of the Vibrio parahaemolyticus bacteria.
RFE5WTG1–H&E stain, light microscopy, normal hair follicle
RMD5GHHG–Pollen grains from anther of Tradescantia (spiderworts) flower. Scanning electron microscopy.
RF2BC3K5D–Electronic microscopy of Coronavirus SARS COVID-19 infesting human cells, 3D illlustration based on electronic microscopic photos
RFE5WTGB–H&E stain, light microscopy, normal skin of scalp
RFC81TP0–round microphotograph of stained prostate cross section taken through a microscope on black
RFBKRAJD–Old school microscope in classroom with blackboard in the background
RFEH7Y3P–hand holding empty microscopy slide
RFEKBGNK–Array of blood samples for microscopy and biopsy tissue on blue
RM2JKFT6N–Bacteriophage Phi-6, which serves as a model system for rotavirus, is the most common cause of diarrheal disease in infants and young children. An understanding of how bacteriophage assemble can help scientists develop new ways to treat rotavirus infections. Shown here is a cryo-electron microscopy image of the protein shell of Phi-6, or procapsid, opened to show the different protein types: P1 (blue), P4 (red), P7, yellow, and P2 (purple).
RMT81MN9–Lung Trachea Epithelium, SEM
RFCXD97M–microscopy rat brain hippocampal neurons
RFD2HX14–Microscopy
RFFA0XD3–Biological sample cells and bacteria, plant, microb under microscopy
RF2GRDEMH–Convallaria plant microscopic sample, fluorescence signal observed with confocal laser scanning microscopy
RMG3BNGM–Students in a microscopy course at the university DUE
RF2FYG9XB–Plant and fungi microscopy. 19th century artwork of microscopic details of fungi, algae and lichens seen under a 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
RF2B9EFKC–3D illustration of the Streptococcus agalactiae bacteria.
RFE5WTG7–H&E stain, light microscopy, Paget disease of bone
RFCWT24F–science microscopy micrograph cleavage stage of frog egg
RF2BC3K0R–Electronic microscopy of Coronavirus SARS COVID-19 infesting human cells, 3D illlustration based on electronic microscopic photos
RFE5WTG3–H&E stain, light microscopy, malignant melanoma of skin
RMJ9M3NB–MARCELLO MALPIGHI (1628-1694) Italian physician and biologist
RF2HBT3G0–Microscopy of a tree cell
RFEH7Y3T–Hand holding empty microscopy slide
RMEGJ8P1–Abstract black and white microscopy. Seeds/
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.
RM2BDX43G–Nanoparticles for In Vivo Tracking
RFCXD980–microscopy rat brain hippocampal neurons
RMDYP2B3–Basidium, illustration from Soviet encyclopedia, 1926
RFFA704H–Beauty of Biology under microscopy
RF2GRDDX3–Convallaria plant microscopic sample, fluorescence signal observed with confocal laser scanning microscopy
RMG3BNEN–Students in a microscopy course at the university DUE
RF2FYG7TB–Plant and fungi microscopy. 19th century artwork of microscopic details of fungi, algae and lichens seen under a 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
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