Microscopy Mugs

Your passion is microbiology and microscopes. Your home is the laboratory, you love bacteria and cells. This design shows a culture dish with different bacteria and cells. The perfect gift for teachers, nerds, geeks, stem students and scientists.

This Is The Perfect Present/Gift For Microscopy Lover,Microscopy Addict,Microscopy Mom,Microscopy Dad,Microscopy Grandma,Microscopy Grandpa,Microscopy Aunt,Microscopy Uncle,Microscopy Sister,Microscopy Brother,And Any Friend Who Likes Microscopy

Who you calling negative?!?! gram negative bacteria. He ain't happy.

Your passion is microbiology and microscopes. Your home is the laboratory, you love bacteria and cells. The perfect gift for teachers, nerds, geeks, students and scientists.

Microscopy is the technical field of using microscopes to view objects and areas of objects that cannot be seen with the naked eye. There are three well-known branches of microscopy: optical, electron, and scanning probe microscopy, along with the emerging field of X-ray microscopy. Featuring bright colors to give you that 70s 80s retro vibe.

Polarised light microscopy of section of human tooth showing central pulp area, dentine layer and part of the enamel layer.

VIRUS

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

Bleached garden bean (Phaseolus vulgaris) leaf with trichomes under the microscope, horizontal filed of view is about 0.24mm.

Tilia pollen grain, about 45 microns in diameter

Conifer pollen grain under the microscope, horizontal field of view is about 170 micrometers.

Extreme macro photo (under the microscope, using 10x microscope objective) of Halyomorpha halys nymph eye.

Pholiota sp. mushroom spore print under the microscope, inverted bright field micrograph, horizontal field of view is about 243 microns.

Several asci (spore-bearing cells of ascomycete fungi) from dirty water, pictured using 100x oil microscope objective.

Microbe- original design by Christian Bernal

Ascaris, cross-section, light micrograph, pictured area is approximately 6mm tall.

Spider leg under the microscope

lab week 2023, microscopy, engineering, girls in science, lab geek

Tiny crab claws (chelas) empty shell, found on a beach in Western Washington state, pictured area is about 8mm wide

Bright field micrograph of a peacock feather, pictured area is about 1.7mm tall.

Light micrograph of a tiny rove beetle (Staphylinidae) head, pictured area is approximately 1mm wide.

Bright field light micrograph of a green Spirogyra alga filament on a prepared microscope slide, pictured area is about 850 micrometers wide.

Micrograph of two empty Staurastrum desmid alga cells, field of view is approximately 118 microns wide.

Orchid flower with pollen (pollinia) visible under the microscope

Light micrograph of a tiny rove beetle (Staphylinidae) antenna, pictured area is about 240 micrometers tall.

Fly "tongue" (labellum with pseudotracheae) under the microscope.

Prints from my original abstract acrylic on board painting. Waves and swirling swathes of contrasting tropical colours suggest feathers, racemes of blossoms, sea-life, ocean currents and surreal representation of microscopic soft tissue features.

Stoma on orchid petal under the microscope, horizontal field of view is about 121 microns.

Bright field micrograph of nauplius (copepod larva) from a fresh water sample, about ~100 microns in size.

Onion skin cells under the microscope, horizontal field of view is about 0.61 mm.

Moss operculum (spore capsule lid), about 0.9mm in diameter, under the microscope.

Piercing proboscis of a tiny thread-legged assassin bug (Emesinae) under the microscope.

Toiled paper under the microscope, iodine-stained, inverted bright filed micrograph.

Aleuria aurantia (orange peel fungus) spores, inverted bright field micrograph, horizontal field of view is approximately 127 microns

Take a journey through the cosmic origins of life with featuring protocells, vesicles, and primordial foam set against the backdrop of space. These pieces showcase the earliest stages of cellular evolution, depicting the swirling, chaotic environment of the primordial soup in a whole new light. Through vibrant colors and dynamic compositions, I aim to capture the energy and potential of these microscopic structures, and to imagine what the origins of life might have looked like in the vast expanse of the universe. Come explore the intersection of art and astrobiology with my cosmic protocell, vesicle, and primordial foam artwork