Thin unstained, transparent specimens are excellent candidates for imaging with classical differential interference (DIC) microscopy techniques over a relatively narrow range (plus or minus one-quarter wavelength) of bias retardation. The digital images presented in this gallery represent a wide spectrum of specimens, which vary from unstained cells, tissues, and whole organisms to both lightly and heavily stained thin and thick sections. In addition, several specimens exhibiting birefringent character are included to demonstrate the kaleidoscopic display of color that arises when anisotropic substances are imaged with this technique.
American Dog Tick
Amphipods
Hookworm
Aurelia Jellyfish
Canine Tapeworm
Cat Testes Stained
Chicken Embryo
Chicken Embryo Lens
Chinese Liver Fluke
Chironomid Fly Larva
Sponge Fibers
Ctenoid Fish Scale
Cucumber Tapeworm
Cycloid Fish Scale
Deer Tick
Desmid Algae
Diatom Frustule
Digenetic Trematode
Down Feathers
Earthworm Muscles
Earthworm Nerves
Euchlanis Rotifer
Adipose Tissue
Fern Leaves
Frog Heart Muscle
Frog Testes
Fungus Fruiting Bodies
Human Cerebrum
Cheek Epithelial Cells
Human Erythrocytes
Human Flea
Hydatid Cysts
Muntjac Deer Skin
Intestinal Fluke
Intestine Thin Section
Jellyfish Sensors
Kapok Fibers
Kevlar Fibers
Lancelets
Lancelet
Lily Flower Buds
Lone Star Tick
Mammalian Liver
Moss Antheridia
Moss Bulbils
Mouse Kidney
Mushroom Fungus
Nucleic Acid Stains
Obelia Hydroid
Pennaria Hydrozoa
Pine Tree Pollen
Planaria Cross Section
Polypropylene Fibers
Man-of-War Tentacles
Ragweed Pollen
Rocky Mtn. Wood Tick
Human Cerebellum
Spirogyra Algae
Sponge Skeleton
Liver Fluke Eggs
Stained Hydra
Sun Animalcules
Taenia Tapeworm
Timothy Grass Pollen
Trematode Rediae
Triacetate Fibers
Tubifex Worms
Vas Deferens
Vorticella Ciliates
Water Flea
Whipworm Eggs
Wild Silk Fibers
Zygnema Algae