A beautiful Diatom
A stunning short video of this large diatom gently sliding across the slide.
Watch on YouTubeA collection of visuals from the micro to the macro.
A stunning short video of this large diatom gently sliding across the slide.
Watch on YouTubeThis ciliate was full of crystals and I was able to capture it in a short video.
Watch on YouTubeMicrograph of a freshwater algae sample, observed under brightfield microscopy at 400X magnification.
AmScope M620Micrograph of a freshwater colonial green alga sample, observed under brightfield microscopy at 400X magnification.
AmScope M620Micrograph of a freshwater algae sample, observed under brightfield microscopy at 400X magnification.
AmScope M620Micrograph of a freshwater algae sample, observed under brightfield microscopy at 100X magnification.
AmScope M620Micrograph of a freshwater Fragilaria Diatom sample, observed under brightfield microscopy at 400X magnification.
AmScope M620A micrograph showing a longitudinal cut of a corn seed, revealing its internal structures like the embryo and endosperm.
Darwin M2This micrograph displays a cross-section of a pumpkin stalk, highlighting the vascular bundles (xylem and phloem).
Darwin M2A micrograph of a thin cross-section from a lily ovary, showing the arrangement of ovules within the locules.
Darwin M2A cross-section of a pine leaf, detailing its unique needle-like structure with a central vascular bundle and resin ducts.
Darwin M2This micrograph displays a cross-section of a cotton stem, highlighting the distinct vascular ring composed of xylem and phloem that separates the cortex from the central pith.
Darwin M2This micrograph displays a cross-section of a Helianthus (sunflower) stem, highlighting the characteristic ring of discrete vascular bundles containing xylem and phloem
Darwin M2This micrograph displays a cross-section of a Loosestrife stem, highlighting the large, star-shaped central vascular cylinder and the prominent trichomes on the epidermis.
Darwin M2The classic cellular structure of an onion's epidermal cells, with distinct cell walls and nuclei, is clearly visible.
Darwin M2A micrograph of pine pollen grains, famous for their 'Mickey Mouse' shape due to two large air sacs (sacci).
Darwin M2A micrograph of an ant, showcasing the fine details of its exoskeleton, antennae, and segmented body.
Darwin M2The delicate, veined structure of a bee's wing is visible in this micrograph, including the tiny hairs covering its surface.
Darwin M2A detailed look at a bee's foreleg, highlighting the antenna cleaner, a specialized notch and bristle structure.
Darwin M2This micrograph displays a whole mount of a housefly leg, highlighting its distinct segmentation into a femur, tibia, and tarsus, as well as the numerous sensory bristles and terminal claws
Darwin M2This micrograph displays a whole mount of a housefly (Musca) leg, highlighting the joint between the bristled tibia and the segmented tarsus, which terminates in claws and adhesive pads.
Darwin M2A close-up view of the overlapping, cycloid scales of a goldfish, showing the growth rings (circuli).
Darwin M2A full moon capture using the Dwarf 3
Dwarf 3The beautiful Heart Nebula
Dwarf 3The Soul Nebula captured using the Dwarf 3
Dwarf 3