Microscopy Kids Hoodies

Pollen grain (spore) from air sample, size ~90 micrometers, Iodine-stained, bright field micrograph.

Dark field micrograph of a tiny Aeolosoma worm, about 1mm length.

Very young moss (likely Bryum argenteum) under the microscope, vertical field of view is about 1.1mm.

Thrips (probably Thripidae), dark field micrograph, field of view is approximately 0.61mm high (on-sensor magnification 28x)

Red bacteria

Reflected light micrograph of young turnip sprout

Papaya seed under the microscope, horizontal field of view is about 3mm.

Blue bacteria

Green bacteria

Weevil beetle (likely Larinus carlinae) with fluorescent eyes, reflected visible + ultraviolet micrograph, 31x magnification when printed 10cm tall.

Bleached anise (Pimpinella anisum) seed under the microscope

Cork cells. 17th-century illustration of cells from a sample of cork wood, as seen under a microscope by English natural philosopher Robert Hooke (1635-1703). Hooke pioneered the new science of microscopy and published detailed drawings of observations made with his microscopes. This illustration appeared in his 'Micrographia' (1665). The term cells was coined by Hooke in this work, describing the pores observed in the cork. Hooke was one of the founding fellows (1663) of the Royal Society, and served as its Curator of Experiments and Secretary.

The green fluorescent protein is a science must, shining light into the microscopic world and deepening our understanding of life.

Your passion is microbiology and microscopes. Your home is the laboratory. You love your binocular microscope with its amazing magnification. Have a look through your eyepiece and dive into this fantastic world of dna and science. This funny tee shows a culture dish with different bacteria and cells. The perfect gift for teachers, nerds, geeks, stem students and scientists.

Lightning Blue Microscope

Display you love of cells and organelles to the world! Featuring nuclei visualized by DAPI staining (blue) and mitochondria visualized by mitotracker (red).

Bacteria, microbiology, virus, biology, bacteriophage, microscopy, watercolor, medical, art, science

Bacteria, microbiology, virus, biology, bacteriophage, microscopy, watercolor, medical, art, science

Euglena, a freshwater eukaryotic single cellular organism. In my artwork, you can see the organelles, as I have made them visible, though most you would not see like this under a microscope. This is a more complex artwork of the innards of Euglena, than you most might see on the world wide web.

Underwater cell art is a type of art that is created using a microscope to view and photograph living cells in a liquid medium. These cells may be plant cells, animal cells, or microorganisms, and the liquid medium is usually water. The resulting images are often colorful and detailed, and can reveal the intricate structures and functions of the cells being studied. Underwater cell art is a fascinating and beautiful way to explore the microscopic world, and can be enjoyed by people of all ages.

An illustration of a zircon crystal as it could be seen when photographed by an electron microscope. Inspired by the various images of zircons created through electron microscopy research. Enjoy! - Hazel

A microscope that is watching the universe, its planets and stars. An illustration that asks us about the immensity of the universe we don't know, the gift for those who love space.

Outer layer of disposable protective face mask under the microscope, horizontal field of view is about 3mm.

Outer layer of disposable protective face mask under the microscope, horizontal field of view is about 6mm.

Bdelloid rotifer under the microscope, vertical field of view is about 0.24mm.

Hydra (stained) under the microscope, filed of view is approximately 4.2mm tall.

I love Microbiology

Carrot stem cells under the microscope

Tiny ant under the microscope, field of view is approximately 1.2mm wide.

Rod-shaped bacteria, possibly Lactobacillus sp., from spoiled vegetable broth, typical rod length around 5 micrometers; stained with Toluidine Blue O.

Dark field micrograph of a mosquito wing, horizontal field of view is approximately 0.61 mm.

Gold-coated fungus gnat under light microscope

Fireweed (Chamaenerion angustifolium) green leaf cells under the microscope. Magnification is about x824 when printed at 10 centimeters wide.

Sea salt under the microscope

Head of Drosophila melanogaster, reflected light micrograph.

Extreme macro photo (under the microscope) of a fly head.