(This histology stain will stain mucins and mucosubstances blue. Copper in the histology stain is what ultimately is responsible for the blue color. Nuclei will stain pink/red. Cytoplasm stains a lighter pink. Mucins stain blue.)
(Silver is used in this histology staining process. This histology stain shows reticular fibers. This histology stain is also used for showing neurofibrillary tangles and senile plaques. Neurofibrillary tangles and senile plaques will stain black.)
(This histology stain is a Nissl stain. Cresyl violet will stain both neurons and glia. It bonds well with acidic parts of cells such as ribosomes, nuclei and nucleoli. It stains cell bodies a blue/violet.)
(This is a histology stain for peripheral blood smears and bone marrow. It is also used to visualize parasites and malaria. This is a Romanowski type stain. Methylene blue and eosin are used. Erythrocytes stain pink/red. Platelets and leukocytes stain blue.
This micrograph depicts the appearance of a well-stained slide using the Giemsa staining technique.
Note that the acidic components of the cellular constituents such as the cytoplasm and chromatin, pick up the basic methylene blue azure compliments of the Giemsa stain, which reveals the characteristic blue
coloration of this stain.)
(A trichrome histology stain is a mixture of three dyes. Gomori's trichrome will stain connective tissue and collagen green or blue. It stains muscle, keratin and cytoplasm red. Nuclei will stain gray/blue/black.)
(This is a standard histology stain. "H&E" stand for hematoxylin and eosin. Hematoxylin and eosin stain is used for routine tissue preparation frequently. This is the most often used combination in the histology lab for general purpose staining.
Hematoxylin can be thought of as a basic dye. It binds to acidic structures, staining them blue to purple. It will bind and stain nucleic acids. Therefore, the nucleus stains blue.
Eosin is an acid aniline dye. It will bind to and stain basic structures (or negatively charged structures), such as cationic amino groups on proteins. It stains them pink. Cytoplasm, muscle, connective tissue, colloid, red blood cells and decalcified bone matrix all stain pink to pink/orange/red with eosin.
With an H&E stain, mucus and cartilage will stain a light blue color.)
Luxol Fast Blue
(This histology stain is the alcohol soluble equivalent of alician blue. Luxol fast blue is used to demonstrate myelin. It stains myelin blue to blue/green. Neurons stain violet. Red blood cells stain blue.)
(A trichrome histology stain is a mixture of three dyes. This histology stain can be helpful for differentiating cellular from extracellular items. This histology stain uses light green, iron hematoxylin, and acid fuchsin. It is useful on connective tissue.
Collagen fibers stain green or blue with Masson's trichrome stain. Muscle and keratin will be red. Cytoplasm will be pink to red. Nu)clei will be black.
Nuclear Fast Red
(This histology stains nuclei red. The cytoplasm will be unstained or yellow. This histology slide of the liver tissue stained postive for calcium deposits (stained black) with Von Kossa and the background is stained with nuclear fast red.)
(This histology stain is used mainly on exfoliated cytological specimens. Cells in smear preparations can be stained with Pap staining. Gynecological smears (Pap smears), sputum, urine, cerebrospinal fluid, abdominal fluid, pleural fluid, synovial fluid, semminal fluid and fine needle aspiration samples can all be stained with a Pap stain. This staining technique involving five dyes in three solutions.)
Periodic Acid-Schiff (PAS)
(This histology stain is particularly useful for staining glycogen and other carbohydrates, but is useful for many things. It is often used to show glomeruli, basement membranes, and glycogen in the liver. PAS stains glycogen, mucin, mucoprotein, and glycoproteins magenta. The nuclei will stain blue. Collagen will stain pink.)
Phosphotungstic Acid-Hematoxylin (PTAH)
(This histology stain is used to stain striated muscle fibers and mitochondria. They will stain blue. Nucleus, red blood cells and muscle all will stain blue. Collagen will stain red. In this histology slide of the tongue, PTAH stains the collagen pink, fibrin blue, and striated muscle blue as well.)
PicroSirius Red (polarized)
(When used with polarized light, this is a way to visualize collagen. With polarized microscopy, collagen fibers will be bright yellow or orange and the thinner fibers will be green.)
(This histology stain is used for blood smears and bone marrow smears. This histology stain uses a blend of basic dyes, such as methylene blue derivatives and acid dyes, such as eosin.Red blood cells stain reddish/pink. Eosinophilic granules will be a bright orange/red. The nucleus of white blood cells will stain purple. Basophilic granules will stain blue/black. Neutrophilic granules stain pale brown. Platelets stain purple. The cytoplasm of lymphocytes stains pale blue. This histology slide has been stained using an "automatic staining" device. It is a Wright's stain. The acidic components, such as the nucleic acids, will take on the basic portion of the stain, or the methylene azure color, and stain blue. The basic components, such as erythrocyte hemoglobin, will stain pink with eosin, since eoisn is an acidic dye.)