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svlc: “A spider coated in gold to prepare it as a specimen for Scanning electron microscopy.”
sciencenote: Dr. Shirley Owens Michigan State University(retired)East Lansing, Michigan, USA Subject Matter: Gladiola pollen (2500x)Technique: Fluorescence
sciencenote: Tomas Pais de Azevedo University of LisbonFaculty of SciencesLisbon, Portugal Subject Matter: Chick embryo (6x)Technique: Stereomicroscopy
molecularlifesciences: natureofnature: Drosophila melanogaster Testis and Sperm Sexy
frontal-cortex: Actin microfilaments in epidermal cells of an Arabidopsis leaf revealed by labelling with a fluorescently-tagged actin-binding protein. The image is a composite of 31 optical sections taken with a Zeiss confocal microscope and encompasses
frontal-cortex: Microscopy of chicken cells using nano-crystals of a fluorescent dye. Cell nuclei exhibit blue fluorescence while neurofilaments exhibit green. (credit: Weerapong Prasongchean, Wikimedia Commons)
mucholderthen: Stress Granules Microphotography by ~lady-alessandra Stress granules are ribonucleoprotein structures that form in cell cytoplasm under stress conditions. Their function is still not completely clear, but it is known that stress response
propaedeuticist: protonemata>plant>sporangium: repeat - the delicate life of Physcomitrella patens
thisisaadl: It might make you sneeze, but it’s kind of beautiful up close. From Ueber den Pollen (1837), a book by St. Petersburg based German pharmacist and chemist Carl Julius Fritzsche, via The Public Domain Review
jtotheizzoe: Drop it, Shake It A tiny droplet is vibrated under a microscope to study the oscillations and harmonic patterns that result in wobbling water. This research has implications ranging from the resolution of inkjet printers to microfluidic
post-mitotic: microscopic bone marrow transplant — hematopoietic stem cells (the immortal source of both red and white blood cells) poised in a syringe for transplant colored SEM composite image credit: Steve Gschmeissner
post-mitotic: nervous system of a 5 mm long juvenile medaka (Japanese killifish) outlined in fluorescently-labeled tubulin, the beta form of which is expressed only in neural tissue light sheet microscopy credit: Philipp J. Keller, HHMI Janeli Farm,
neurosciencestuff: (Image caption: Multiple synapse heads send out filopodia (green) converging on one microglia (red), as seen by focused ion beam scanning electron microscopy (FIBSEM). Credit: L. Weinhard, EMBL Rome) Captured on film for the first time:
sciencenote: Dr. Christian Klämbt and Dr. Imke Schmidt University of Münster, Münster, Germany Specimen: Beta-tubulin expression of a Drosophila third instar larval brain, with attached eye imaginal discs. Technique: Confocal microscopy
txchnologist: Ultrasound Goes Microscopic to Image Living Organs A new imaging technique using ultrasound and microscopic bubbles has allowed researchers to peer deep into living organs. The ultrafast microscopy method being pioneered by a research team
kqedscience: 6 Amazing Videos From The Olympus Microscopy Competition “Every year, the Olympus BioScapes competition celebrates achievements in light microscopy and the scientific insights they provide. Scientists from around the world submit their
scienceisbeauty: Seeing the Beautiful Intelligence of Microbes Bacterial biofilms and slime molds are more than crude patches of goo. Detailed time-lapse microscopy reveals how they sense and explore their surroundings, communicate with their neighbors
infinity-imagined: Neurons growing in a cell culture These time lapse animations use phase contrast microscopy to show neural stem cells in a nutrient medium for 4 hours. They reveal the dynamic growth and recycling of dendrites and synapses as neurons
mucholderthen: POLLEN ON THE END OF A FLOWER STAMEN Frederic Labaune, France Crocus pollen and [stamen] (40x) Technique:Microscopy and Stacking Nikon Small World
sixpenceee: Starfish imaged using confocal microscopy (10x).(Source)
nemfrog: “Electron mirror micrograph of magnetic domain pattern of barium ferrite.” Encyclopedia of microscopy. 1961. Internet Archive
nubbsgalore:snowflake crystallization microscopy (x)
natureofnature: Confocal microscopy of plant tissues
telltaletypist:utopians:utopians:criminal profiling is just astrology for copstaking a forensics class and watching the professor explain one by one how criminal profiling, hair microscopy, and bite mark analysis are all pseudoscience responsible for
bogleech: witch-niko: Excuse me but since *when* did tardigrades have eyes???? The eyes are just inside their transparent heads (common with microorganisms!) but many photos of them are scanning electron microscopy, which just scans the surface of
utopians:utopians:criminal profiling is just astrology for copstaking a forensics class and watching the professor explain one by one how criminal profiling, hair microscopy, and bite mark analysis are all pseudoscience responsible for ruining innocent
mucholderthen: GRAPES OF WRATHStaphylococcus aureus colonyCourtesy of Prof. Dr. Rohde, HZI Braunschweig (via ZEISS Microscopy) S. aureusDomain: Bacteria > Kingdom: Eubacteria > Phylum: Firmicutes ^^ my life at the moment, i really
oxane: Heart of a sectored plate snowflake using DIC microscopy My first chance to try out differential interference contrast microscopy on snowflakes linden.g
nothingpersonaluk: Microscopy IV : photo by: © robert gaudette
yeardleysmith: Scanning electron microscopy (SEM) image of a ruptured venule
wnycradiolab: A cross-section of wall paints from an 18th century theater. Each band represents a different coat of paint that was visualized with reflected light microscopy at 100-times magnification. Image by Natasha Loeblich, Colonial Williamsburg
nubbsgalore: snowflake crystallization microscopy (x)