Special Stains Reviewer (Carbohydrates)

Create an engaging educational illustration of laboratory settings with histology slides, highlighting staining techniques and colorful reactions in the context of special stains for carbohydrates, lipids, and enzymes.

Special Stains Reviewer Quiz

Challenge your knowledge with our comprehensive Special Stains Reviewer quiz focusing on carbohydrates, lipids, and enzymes. This quiz is designed for budding histologists, pathologists, and students looking to test their understanding of staining techniques.

Key Features:

  • 102 Detailed Questions
  • Multiple-choice and checkbox formats
  • Insightful explanations for each stain
102 Questions26 MinutesCreated by StainingMaster512
Stains Glycogen only
Periodic Acid Shiff
Best Carmine Method
Langhan’s Iodine Method
Metachromatic Staining- Azure A
Metachromatic Toluidine Blue
Stains Acid Mucin only
Colloidal (Dialyzed) Iron Technique
Alcian Blue Technique
Combined Alcian Blue-pas-hematoxylin Technique
Southgate’s Mucicarmine Technique
Gomori’s Aldehyde Fuchsin
Mucicarmine Stain
Fluorescent Acridine Orange Technique
Most popular method for general demonstration of acid mucins?
Colloidal (Dialyzed) Iron Technique
Alcian Blue Technique
Combined Alcian Blue-pas-hematoxylin Technique
Southgate’s Mucicarmine Technique
Gomori’s Aldehyde Fuchsin
Mucicarmine Stain
Fluorescent Acridine Orange Technique
Stains Mucin only
Colloidal (Dialyzed) Iron Technique
Combined Alcian Blue-pas-hematoxylin Technique
Gomori’s Aldehyde Fuchsin
Fluorescent Acridine Orange Technique
Alcian Blue Technique
Southgate’s Mucicarmine Technique
Mucicarmine Stain
Stains C. neoformans
Dieterle Method
Auramine-Rhodamine Fluorescent Method
Toluidine Blue Stain
Southgate’s Mucicarmine Technique
Wright stain
Good affinity to glycogen, weakly stains mast cell granules, fibrin and mucin
Periodic Acid Schiff
Gomori’s Aldehyde Fuchsin
Combined Alcian Blue-PAS-Hematoxylin technique
Langhan’s Iodine Method
Best Carmine Method
Colloidal (Dialyzed) Iron technique is absorbed onto tissue containing acid mucin at high ph, and visualized by it’s conversion to ferric cyanide
True
False
Stains Glycoaminoglycans
Metachromatic staining - Azure A
Metachromatic staining - Toluidine blue
Metachromatic staining - Methyl Violet
Periodic Acid Schiff
Alcian Blue Technique
Southgate’s Mucicarmine Technique
Stains Sulfated Mucins
Gomori’s Aldehyde Fuchsin
Mucicarmine Stain
Colloidal (Dialyzed) Iron Technique
Alcian Blue Technique
Differentiate Acid Mucin from Neutral Mucin
Fluorescent Acridine Orange Technique
Southgate’s Mucicarmine Technique
Combined Alcian Blue-pas-hematoxylin Technique
Alcian Blue Technique
Colloidal (Dialyzed) Iron Technique
Stains Acid Mucin And Mucopolysaccharide
Fluorescent Acridine Orange Technique
Mucicarmine Stain
Periodic Acid Schiff
Best Carmine Method
Stains both Glycogen & Amyloid, but not specific for Glycogen.
Best Carmine Method
Periodic Acid Schiff
Mucicarmine Stain
Langhan’s Iodine Method
Alcian Blue Technique
An obsolete stain for Carbohydrates
Langhan’s Iodine Method
Combined Alcian Blue-PAS-Hematoxylin technique
Gomori’s Aldehyde Fuchsin
Mucicarmine stain
Gomori’s Aldehyde Fuchsin demonstrates sulfated mucins, staining it red
True
False
PART 2: FAT & LIPID STAINS
Which of the followings stains fats?
Alkaline Fast Green
Sudan Black
Perchloric acid-napthoquinone
Borohydride Periodic Schiff
Periodic Acid Schiff
Osmic Acid Stain
Nile Blue Stain
Sakaguchi’s Test
Peracetic Acid-Alcian Blue
Sudan IV
Oil O Red
Toluidine Blue Acetone Method
Which of the followings stains proteins?
Alkaline Fast Green
Sudan Black
Perchloric acid-napthoquinone
Borohydride Periodic Schiff
Periodic Acid Schiff
Osmic Acid Stain
Nile Blue Stain
Sakaguchi’s Test
Peracetic Acid-Alcian Blue
Sudan IV
Oil O Red
Toluidine Blue Acetone Method
Stains Protamines & Histones
Peracetic Acid-Alcian Blue
Sakaguchi’s Test
Alkaline Fast Green
Stains Cystine & Cysteine
Peracetic Acid-Alcian Blue
Sakaguchi’s Test
Alkaline Fast Green
Stains Arginine
Sakaguchi’s Test
Alcian Blue Technique
Langhan’s Iodine Method
Alkaline Fast Green
Sudan IV is intensified & preserved by adding Benzoic Acid
True
False
Stains Unsaturated Fats
Nile Blue Stain
Oil Red O
Sudan Black
Osmic Acid Stain
Stains Fats
Nile Blue Stain
Oil Red O
Sudan Black
Osmic Acid Stain
Borohydride Periodic Schiff
Stains Triglycerides
Sudan Black
Perchloric acid-napthoquinone
Borohydride Periodic Schiff
Sudan IV
Oil Red O
Osmic Acid Stain
Nile Blue Stain
Toluidine Blue Acetone Method
Stains Gangliosides
Sudan Black
Perchloric acid-napthoquinone
Borohydride Periodic Schiff
Sudan IV
Oil Red O
Osmic Acid Stain
Nile Blue Stain
Toluidine Blue Acetone Method
Stains Sulfatide Deposits
Sudan Black
Perchloric acid-napthoquinone
Borohydride Periodic Schiff
Sudan IV
Oil Red O
Osmic Acid Stain
Nile Blue Stain
Toluidine Blue Acetone Method
PART 3: Enzyme Stains
Which of the following stains Enzymes?
Gomori – Calcium Method
Gomori – Lead Method
Gomori’s Aldehyde Fuchsin
Wachstein & Meisel
Alpha-naphthyl Acetate Method
Indoxyl Acetate Method
Osmic Acid Stain
Oil Red O
Tetrazolium Method
Nile Blue Stain
Azure Blue A
Gomori’s Silver Impregnation
Stain for 5 nucleotidase
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
Stain for Acid Phosphatase
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
Stain for Alkaline Phosphatase
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
Stain for Non-specific esterases
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
Stain for Esterase acitivity
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
Stain for Monoamine oxidase
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
For unfixed free floating cryostat sections. Prefixed sections are not preferred due to loss of enzyme activity.
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
The enzyme activity is demonstrated by oxidized tetra nitro-blue tetrazolium giving the activity (+) bluish black color.
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
Positive reaction is a brownish- black color
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
Positive reaction is a black precipitate.
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
Positive reaction is a Reddish brown colour.
Gomori – Calcium Method
Gomori – Lead Method
Tetrazolium Method
Indoxyl Acetate Method
Wachstein & Meisel (Lead Method)
Alpha-naphthyl Acetate Method
PART 4: BONE MARROW & BLOOD ELEMENT STAINS
Which of the following are Bone Marrow & Blood Element Stains
Gomori’s Silver Impregnation
Van Gieson
Kraijan’s Technique
Rapid Toluidine-Eosin Stain
Peroxidase Reaction
Methyl Violet-crystal Violet Method
Wright’s-Giemsa-Jenner stain
Stains Myeloid Cells except Basophils
Rapid Toluidine-Eosin Stain
Wright’s-Giemsa-Jenner stain
Peroxidase Reaction
Kraijan’s Technique
Van Gieson
Oxidase Reaction
Redox Reaction
Stains Glycol Methacrylate Section
Rapid Toluidine-Eosin Stain
Wright’s-Giemsa-Jenner stain
Peroxidase Reaction
Kraijan’s Technique
H&E Stain
Weigert’s Elastic Tissue Stain
Toluidine Blue
Improves Staining Of Cytoplasmic Granules
Rapid Toluidine-Eosin Stain
Giemsa Stain
Wright’s-Giemsa-Jenner stain
Peroxidase Reaction
Kraijan’s Technique
H&E Stain
Weigert’s Elastic Tissue Stain
Toluidine Blue
Wright Stain
PART 5: CONNECTIVE TISSUE STAINS
Which of the Following are Connective Tissue Stains?
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Tetrazolium Method
Alpha-naphthyl Acetate Method
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Feulgen's Technique
Acridine Orange Fluorescent Staining
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Crystal Violet
Neutral Red
Sirius Red
Osiris Red
Which of the following stain reticulin fibers?
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
Which of the following stain Amyloid?
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
Which of the following stain Elastic Fibers?
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
Which of the following stain Collagen fibers?
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
Which of the following stain Collagen?
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
Rapid Method For Staining Elastic Fibers, Fibrin And Amyloid
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
Simplest method of differential staining of collagen; demonstrates CT
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
Uses ultraviolet or Quart iodine lamps for demonstration
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
Method of choice for Amyloid
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
Used mainly in dermatology due to its ability to demonstrate fine and delicate fibers, made from lichens
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
Stain for both CNS and general tissue structures
Gomori’s Silver Impregnation
Gordon’s and Sweets
Van Gieson
Masson’s Trichrome Stain
Weigert’s Elastic Tissue Stain
Weigert’s Resorcin-fuchsin
Orcein (Taenzer-unna-orcein Method)
Kraijan’s Technique
Mallory’s Phosphotungstic Acid Hematoxin(PTAH) Method
Highman’s Congo Red
Alkaline Congo Red Technique
Kraijan’s Amyloid Stain (Modified Bennhold Method)
Methyl Violet-crystal Violet Method
Induced Fluorescent Staining With Thioflavine T
Sirius Red
PART 6: NUCLEIC ACID, MUSCLE & BONE STAINS
Which of the following are nucleic acid stains?
Feulgen's Technique
Modified Gomori’s Trichrome
Methyl Green-Pyronin Method
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Schmorl’s Picro Thionine Method
Acridine Orange Fluorescent Staining
Lissamine Fast Red – Tartrazine Method
Heidenhain’s Iron Hematoxylin
Which of the following are muscle & bone stains?
Feulgen's Technique
Modified Gomori’s Trichrome
Methyl Green-Pyronin Method
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Schmorl’s Picro Thionine Method
Acridine Orange Fluorescent Staining
Lissamine Fast Red – Tartrazine Method
Heidenhain’s Iron Hematoxylin
Gomori's Silver Impregnation
Stains for DNA only
Feulgen's Technique
Methyl Green-Pyronin Method
Acridine Orange Fluorescent Staining
Goldner’s Method
Modified Gomori’s Trichrome
Alkaline Congo Red Technique
Stains for DNA & RNA
Feulgen's Technique
Methyl Green-Pyronin Method
Acridine Orange Fluorescent Staining
Goldner’s Method
Modified Gomori’s Trichrome
Alkaline Congo Red Technique
Most reliable and specific histochemical staining technique
Feulgen's Technique
Methyl Green-Pyronin Method
Acridine Orange Fluorescent Staining
Goldner’s Method
Modified Gomori’s Trichrome
Alkaline Congo Red Technique
Most commonly used fluorochrome technique for DNA (orange) and RNA (red) demonstration
Feulgen's Technique
Methyl Green-Pyronin Method
Acridine Orange Fluorescent Staining
Goldner’s Method
Modified Gomori’s Trichrome
Alkaline Congo Red Technique
Stains for Muscle Fiber and Collagen
Modified Gomori’s Trichrome
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Lissamine Fast Red – Tartrazine Method
Schmorl’s Picro Thionine Method
Heidenhain’s Iron Hematoxylin
Stains for Muscle, Neuroglia, Myelin and Collagen
Modified Gomori’s Trichrome
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Lissamine Fast Red – Tartrazine Method
Schmorl’s Picro Thionine Method
Heidenhain’s Iron Hematoxylin
Stains for Muscle striations, Mitochondria, Myelin & Chromatin
Modified Gomori’s Trichrome
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Lissamine Fast Red – Tartrazine Method
Schmorl’s Picro Thionine Method
Heidenhain’s Iron Hematoxylin
Stains for Muscle and Bones
Modified Gomori’s Trichrome
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Lissamine Fast Red – Tartrazine Method
Schmorl’s Picro Thionine Method
Heidenhain’s Iron Hematoxylin
Stains for Bones: Lacunae, Canaliculi,& Bone Matrix
Modified Gomori’s Trichrome
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Lissamine Fast Red – Tartrazine Method
Schmorl’s Picro Thionine Method
Heidenhain’s Iron Hematoxylin
Stains for Bone Cells: Osteoblast and Osteoclast
Modified Gomori’s Trichrome
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Lissamine Fast Red – Tartrazine Method
Schmorl’s Picro Thionine Method
Heidenhain’s Iron Hematoxylin
Staining may be intensified by adding one to two drops of conc. Ammonia before use
Modified Gomori’s Trichrome
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Lissamine Fast Red – Tartrazine Method
Schmorl’s Picro Thionine Method
Heidenhain’s Iron Hematoxylin
Resistant to fading if the section is washed well in running tap water after differentiation to remove all traces of iron alum
Modified Gomori’s Trichrome
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Lissamine Fast Red – Tartrazine Method
Schmorl’s Picro Thionine Method
Heidenhain’s Iron Hematoxylin
Routine staining method of choice in bone histology
Modified Gomori’s Trichrome
Mallory’s Phosphotungstic Acid Hematoxylin (PTAH)
Goldner’s Method
Lissamine Fast Red – Tartrazine Method
Schmorl’s Picro Thionine Method
Heidenhain’s Iron Hematoxylin
PART 7: CNS Stains
Which of the followinf are stained by CNS stains?
Neurons
Axons
Neurofibrils
Myelin
Myelin Sheath
Nissl substance
Astrocytes
Nerve Cells
Nerve Fibers
Astrocytic Processes
Neural Tissues
Nerve Endings
Which of the following are stained by Bodian’s Stain?
Neurons
Axons
Neurofibrils
Myelin
Myelin Sheath
Nissl substance
Astrocytes
Nerve Cells
Nerve Fibers
Astrocytic Processes
Neural Tissues
Nerve Endings
Which of the following are stained by Sevier Munger Technique?
Neurons
Axons
Neurofibrils
Myelin
Myelin Sheath
Nissl substance
Astrocytes
Nerve Cells
Nerve Fibers
Astrocytic Processes
Neural Tissues
Nerve Endings
Which of the following are stained by Modified PTAH stain?
Neurons
Axons
Neurofibrils
Myelin
Myelin Sheath
Nissl substance
Astrocytes
Nerve Cells
Nerve Fibers
Astrocytic Processes
Neural Tissues
Nerve Endings
Which of the following are stained by Bielchowsky Technique?
Neurons
Axons
Neurofibrils
Myelin
Myelin Sheath
Nissl substance
Astrocytes
Nerve Cells
Nerve Fibers
Astrocytic Processes
Neural Tissues
Nerve Endings
Which of the following are stained by Weigert Pal Technique Weil’s Method?
Neurons
Axons
Neurofibrils
Myelin
Myelin Sheath
Nissl substance
Astrocytes
Nerve Cells
Nerve Fibers
Astrocytic Processes
Neural Tissues
Nerve Endings
Which of the following are stained by Cresyl Fast Violet?
Neurons
Axons
Neurofibrils
Myelin
Myelin Sheath
Nissl substance
Astrocytes
Nerve Cells
Nerve Fibers
Astrocytic Processes
Neural Tissues
Nerve Endings
Which of the following are stained by Cajal’s Gold Sublimate?
Neurons
Axons
Neurofibrils
Myelin
Myelin Sheath
Nissl substance
Astrocytes
Nerve Cells
Nerve Fibers
Astrocytic Processes
Neural Tissues
Nerve Endings
Which of the following are stained by Modified Holzer’s Method?
Neurons
Axons
Neurofibrils
Myelin
Myelin Sheath
Nissl substance
Astrocytes
Nerve Cells
Nerve Fibers
Astrocytic Processes
Neural Tissues
Nerve Endings
Cajal’s Gold Sublimate stain for metallic impregnation made up of HgCl2 and AuCl3
True
False
Modified Holzer’s should only be performed outside the building due to the hazardous nature of aniline
True
False
Which of the following stains Myelin?
Kluver & Barrera Luxol Fast stain w/ Nissl Counterstain
Bodian’s Stain
Luxol Fast Blue – H&E stain
Luxol Fast Blue – PAS Hematoxylin Stain
Page’s Solochrome Cyanine Technique
Sevier Munger Technique
Modified PTAH stain
PART 8: TISSUE PIGMENTS & DEPOSITS STAINS
Stains for Hemosiderin
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for Iron Pigments
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for Hemoglobin & Oxidase Granules
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for Liver bile pigments
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for Bile, lipofuscins, melanin
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for Argentaffin cells, chromaffin & thyroid colloid
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for lipofuscin only
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for hemofuscin pigment
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for Melanin & argentaffin granules
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain widely used for Melanin demonstration
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for Skeletal system in Embryos & Fetuses
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for Calcium
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Rarely used since ferrous Is less common than ferric iron
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Stain for Copper
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
Highly carcinogenic
Perl’s Prussian Blue
Gomori’s Prussian Blue
Turnbull’s Blue Reaction
Schmorl’s Ferric Ferricyanide
Benzidine Nitroprusside Stain
Gomori’s Aldehyde Fuchsin
Alizarin Red S
Modified Fouchet’s Technique
Von Kossa’s Silver Nitrate Method
Rubeanic Acid
Modified Rhodamine
Lindquist’s Modified Rhodamine
Schmorl’s Ferric Ferricyanide
Masson Fontana Technique
Calcium Dye Lake Reaction
Mallory Fuchsin Stain
Masson Fortana Technique
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