Explore Scientific's Smart Microscope Slides are microscope slides that incorporate a QR code for easy reference to look up details of what is examined through the microscope:
Stomata are microscopic pores that facilitate gas exchange...
Onion bulb skin is often used to teach morphology…
Perhaps due to their beautiful structure, Silverberry...
Dandelion seed has amazing structural properties that allow the seed to travel through the air…
Fascinating cotton stem cells require observations with a microscope at 40X or higher...
Petals attract or repel pollinators (e.g. bees and birds), and they protect some parts of the flower...
A recent discovery about the nature of the structure of the Dragonfly's wing reveals showing nanostructures that destroy bacteria...
9*. Explore Scientific Smart Microscope Slide: Pine Stem
The Pine Stem contains the primary vascular pathways of the Pine Tree, delivering water, resin, and nutrients. Under the microscope at about 300x-400x you can identify at the center of a thin sliced and dyed specimen the pith...
9. Explore Scientific Smart Microscope Slide: Honeybee Wing
Under the microscope it appears that the bee's wings are rigid, and this perception kept us from understanding how they fly...
With a microscope you can see the distinct structure of the hair which consists of composed of a protein...
Triangular in shape, silk strands have a natural shiny surface. The fiber is a natural protein...
Goldfish are a favorite ornamental fish and can live for over 40 years. But telling how old is difficult to do except with a microscope...
Feathers of birds are beautiful to look at but also have an incredible microstructure...
Sporangia of fern plants are found on the underside of their leaves, and they contain and eventually disperse the reproductive spores of ferns...
Protein beta-keratin is the substance of all feathers and all have a branching structure, but the variety of shapes and colors are....
Born in water, the skin of a frog is permeable, and near the surface of the skin are blood vessels that can diffuse oxygen directly into the blood...
This stained microscope slide easily reveals why bamboo is so strong- with the internal ultrastructure, including secondary walls, the pectin bonding agent...
Bird blood macrophages seem to do a better job in attacking and destroying otherwise very dangerous and sometimes fatal infections...
The mature pollen grain has a double wall, and the vegetative and generative cells are surrounded by a thin delicate wall of cellulose...
By studying the red blood count (RBCs) of the bood, scientists can observe the immunity processes...
Pine leafs under the microscope reveal a complex structure that is essential to the pine tree...
Not only does human blood feed tissues, it also protects them from disease, and removes waste...
Under the microscope, the wool fiber looks like a long cylinder with scales on it...
The common housefly has amazing tips on the ends of its legs that can allow it to hold on to even apparently very smooth surfaces even upside down...
The powerful wings of locusts contain no muscles. When they fly, their wings cycle through a changing movement...
Dicotyledons (sometimes called Dicots), are one of the two groups into which all the flowering plants or angiosperms were formerly divided...