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Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue.
Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.
RICHARD-ALLAN SCIENTIFIC COMPANY
Mark-It™ Tissue Marking Yellow
In Commercial Distribution
- 00673693181938 ()
5000Y
- Biopsy tissue marking dye kit IVD
Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue.
Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.
RICHARD-ALLAN SCIENTIFIC COMPANY
Mark-It™ Tissue Marking Black
In Commercial Distribution
- 00673693181921 ()
5000BK
- Biopsy tissue marking dye kit IVD
Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue.
Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.
RICHARD-ALLAN SCIENTIFIC COMPANY
Mark-It™ Tissue Marking Red
In Commercial Distribution
- 00673693181914 ()
5000R
- Biopsy tissue marking dye kit IVD
Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue.
Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.
RICHARD-ALLAN SCIENTIFIC COMPANY
Mark-It™ Tissue Marking Orange
In Commercial Distribution
- 00673693181907 ()
5000O
- Biopsy tissue marking dye kit IVD
Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue.
Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.
RICHARD-ALLAN SCIENTIFIC COMPANY
Mark-It™ Tissue Marking Blue
In Commercial Distribution
- 00673693181891 ()
5000BL
- Biopsy tissue marking dye kit IVD
"Elastic Stain Kit and its components are used as a special stain kit to identify elastic
fibers. The elastic fibers stain black due to the dye lake created by the hematoxylin, ferric chloride and iodine mixture. The fibers are overstained and then differentiated with ferric chloride to break the dye-lake complex. To ensure fibers are not over-differentiated,
slides should be examined during this step under the microscope. Elastic fibers will be
stained black and sharply defined. The Van Gieson solution then counterstains the
tissue with collagen staining red and other tissue structures, yellow. The Van Gieson
solution will also remove some of the elastic fiber staining so the knowledge of a
professional is required for adequate use. After staining, care should be taken in
choosing a compatible mounting medium as some mountants can leach the picric acid
from the Van Gieson counterstain."
RICHARD-ALLAN SCIENTIFIC COMPANY
Sodium Thiosulfate Solution (5%)
In Commercial Distribution
- 00673693169103 ()
88000
- Biological stain IVD
"Elastic Stain Kit and its components are used as a special stain kit to identify elastic
fibers. The elastic fibers stain black due to the dye lake created by the hematoxylin, ferric chloride and iodine mixture. The fibers are overstained and then differentiated with ferric chloride to break the dye-lake complex. To ensure fibers are not over-differentiated,
slides should be examined during this step under the microscope. Elastic fibers will be
stained black and sharply defined. The Van Gieson solution then counterstains the
tissue with collagen staining red and other tissue structures, yellow. The Van Gieson
solution will also remove some of the elastic fiber staining so the knowledge of a
professional is required for adequate use. After staining, care should be taken in
choosing a compatible mounting medium as some mountants can leach the picric acid
from the Van Gieson counterstain."
RICHARD-ALLAN SCIENTIFIC COMPANY
Elastic Stain Kit
In Commercial Distribution
- 00673693169004 ()
87017
- Biological stain IVD
The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore, they must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use
RICHARD-ALLAN SCIENTIFIC COMPANY
Microtome Knife D-Profile 240 mm
In Commercial Distribution
- 00673693263177 ()
2222006
- Microtome blade IVD, reusable
"The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore they
must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use."
RICHARD-ALLAN SCIENTIFIC COMPANY
Stainless-Steel Microtome Knives 18.5 cm
In Commercial Distribution
- 00673693233200 ()
7719
- Microtome blade IVD, reusable
The blades and knifes consumables are for use with microtomes and cryostats. Microtomes and cryostats are devices used to produce consistent thickness slices of tissue samples, they are then mounted on glass slides, stained and typically examined by microscopy. Microtomes for light microscopy typically use disposable blades, to maintain the quality of the cut and thus the section quality. Therefore they
must be changed regularly. The frequency of changing depends on the number of sections cut, hardness of the tissue and appropriate use.
RICHARD-ALLAN SCIENTIFIC COMPANY
Standard Microtome Knife 125 mm
In Commercial Distribution
- 00673693233149 ()
7702
- Microtome blade IVD, reusable
Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue.
Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.
RICHARD-ALLAN SCIENTIFIC COMPANY
Tissue-Marking Dyes Red
In Commercial Distribution
- 00673693222228 ()
3120127
- Biopsy tissue marking dye kit IVD
Tissue Marking Dyes are intended as an aid in the orientation, of excised surgical specimens through frozen sectioning, processing, and sectioning, and subsequent microscopic examination of tissues. The marking of multiple margins with these dyes is especially useful for identification in skin biopsies, a technique known as Moh’s surgery. These dyes are normally applied to fresh tissue but may also be used with fixed tissue.
Whether fresh or fixed, the tissue should be blotted to remove excess fluid from the surface before applying the dye. Tissue Marking Dyes will permanently bond to the tissue 1 to 2 minutes after application. The tissue can then be frozen and prepared for sectioning or placed in formalin or other fixatives and processed for paraffin embedding.
RICHARD-ALLAN SCIENTIFIC COMPANY
Tissue-Marking Dyes Blue
In Commercial Distribution
- 00673693222198 ()
3120124
- Biopsy tissue marking dye kit IVD
Potassium Permanganate Solution is the oxidizing agent in this technique. It is followed by an Oxalic Acid Solution to remove the excess permanganate. This step serves to enhance the subsequent staining of the reticular fibers. A sensitizing step using Ferric Ammonium Sulfate Solution impregnates the fibers, creating a metal-organic bond that is replaced by silver during subsequent treatment with Working Ammoniacal Silver Solution. To develop the visible silver, a Reducing Solution of dilute formaldehyde is used. The tissue structures that have been impregnated with the silver solution will now appear brown to black. Gold Chloride Solution is used to “tone” the sections, producing better contrast and clarity as the gold reacts and combines with the reduced silver. Unreduced silver is removed via treatment with Sodium Thiosulfate Solution. An optional nuclear fast red counterstain provides background staining as well as nuclear detail.
RICHARD-ALLAN SCIENTIFIC COMPANY
Ammonium Hydroxide Solution (28-30%)
In Commercial Distribution
- 00673693202312 ()
88051
- Biological stain IVD
Potassium Permanganate Solution is the oxidizing agent in this technique. It is followed by an Oxalic Acid Solution to remove the excess permanganate. This step serves to enhance the subsequent staining of the reticular fibers. A sensitizing step using Ferric Ammonium Sulfate Solution impregnates the fibers, creating a metal-organic bond that is replaced by silver during subsequent treatment with Working Ammoniacal Silver Solution. To develop the visible silver, a Reducing Solution of dilute formaldehyde is used. The tissue structures that have been impregnated with the silver solution will now appear brown to black. Gold Chloride Solution is used to “tone” the sections, producing better contrast and clarity as the gold reacts and combines with the reduced silver. Unreduced silver is removed via treatment with Sodium Thiosulfate Solution. An optional nuclear fast red counterstain provides background staining as well as nuclear detail.
RICHARD-ALLAN SCIENTIFIC COMPANY
Reticulin Silver Stain Kit
In Commercial Distribution
- 00673693202305 ()
87025
- Biological stain IVD
Potassium Permanganate Solution is the oxidizing agent in this technique. It is followed by an Oxalic Acid Solution to remove the excess permanganate. This step serves to enhance the subsequent staining of the reticular fibers. A sensitizing step using Ferric Ammonium Sulfate Solution impregnates the fibers, creating a metal-organic bond that is replaced by silver during subsequent treatment with Working Ammoniacal Silver Solution. To develop the visible silver, a Reducing Solution of dilute formaldehyde is used. The tissue structures that have been impregnated with the silver solution will now appear brown to black. Gold Chloride Solution is used to “tone” the sections, producing better contrast and clarity as the gold reacts and combines with the reduced silver. Unreduced silver is removed via treatment with Sodium Thiosulfate Solution. An optional nuclear fast red counterstain provides background staining as well as nuclear detail.
RICHARD-ALLAN SCIENTIFIC COMPANY
Sodium Hydroxide Solution (3%)
In Commercial Distribution
- 00673693202299 ()
88052
- Biological stain IVD
Potassium Permanganate Solution is the oxidizing agent in this technique. It is followed by an Oxalic Acid Solution to remove the excess permanganate. This step serves to enhance the subsequent staining of the reticular fibers. A sensitizing step using Ferric Ammonium Sulfate Solution impregnates the fibers, creating a metal-organic bond that is replaced by silver during subsequent treatment with Working Ammoniacal Silver Solution. To develop the visible silver, a Reducing Solution of dilute formaldehyde is used. The tissue structures that have been impregnated with the silver solution will now appear brown to black. Gold Chloride Solution is used to “tone” the sections, producing better contrast and clarity as the gold reacts and combines with the reduced silver. Unreduced silver is removed via treatment with Sodium Thiosulfate Solution. An optional nuclear fast red counterstain provides background staining as well as nuclear detail.
RICHARD-ALLAN SCIENTIFIC COMPANY
Silver Nitrate Solution (10%)
In Commercial Distribution
- 00673693202282 ()
88050
- Biological stain IVD
Potassium Permanganate Solution is the oxidizing agent in this technique. It is followed by an Oxalic Acid Solution to remove the excess permanganate. This step serves to enhance the subsequent staining of the reticular fibers. A sensitizing step using Ferric Ammonium Sulfate Solution impregnates the fibers, creating a metal-organic bond that is replaced by silver during subsequent treatment with Working Ammoniacal Silver Solution. To develop the visible silver, a Reducing Solution of dilute formaldehyde is used. The tissue structures that have been impregnated with the silver solution will now appear brown to black. Gold Chloride Solution is used to “tone” the sections, producing better contrast and clarity as the gold reacts and combines with the reduced silver. Unreduced silver is removed via treatment with Sodium Thiosulfate Solution. An optional nuclear fast red counterstain provides background staining as well as nuclear detail.
RICHARD-ALLAN SCIENTIFIC COMPANY
Kernechtrot Nuclear Fast Red Stain Solution
In Commercial Distribution
- 00673693202275 ()
88049
- Biological stain IVD
Potassium Permanganate Solution is the oxidizing agent in this technique. It is followed by an Oxalic Acid Solution to remove the excess permanganate. This step serves to enhance the subsequent staining of the reticular fibers. A sensitizing step using Ferric Ammonium Sulfate Solution impregnates the fibers, creating a metal-organic bond that is replaced by silver during subsequent treatment with Working Ammoniacal Silver Solution. To develop the visible silver, a Reducing Solution of dilute formaldehyde is used. The tissue structures that have been impregnated with the silver solution will now appear brown to black. Gold Chloride Solution is used to “tone” the sections, producing better contrast and clarity as the gold reacts and combines with the reduced silver. Unreduced silver is removed via treatment with Sodium Thiosulfate Solution. An optional nuclear fast red counterstain provides background staining as well as nuclear detail.
RICHARD-ALLAN SCIENTIFIC COMPANY
Potassium Permanganate Solution (1%)
In Commercial Distribution
- 00673693202251 ()
88046
- Biological stain IVD
Potassium Permanganate Solution is the oxidizing agent in this technique. It is followed by an Oxalic Acid Solution to remove the excess permanganate. This step serves to enhance the subsequent staining of the reticular fibers. A sensitizing step using Ferric Ammonium Sulfate Solution impregnates the fibers, creating a metal-organic bond that is replaced by silver during subsequent treatment with Working Ammoniacal Silver Solution. To develop the visible silver, a Reducing Solution of dilute formaldehyde is used. The tissue structures that have been impregnated with the silver solution will now appear brown to black. Gold Chloride Solution is used to “tone” the sections, producing better contrast and clarity as the gold reacts and combines with the reduced silver. Unreduced silver is removed via treatment with Sodium Thiosulfate Solution. An optional nuclear fast red counterstain provides background staining as well as nuclear detail.
RICHARD-ALLAN SCIENTIFIC COMPANY
Oxalic Acid Solution (1%)
In Commercial Distribution
- 00673693202244 ()
88045
- Biological stain IVD
Potassium Permanganate Solution is the oxidizing agent in this technique. It is followed by an Oxalic Acid Solution to remove the excess permanganate. This step serves to enhance the subsequent staining of the reticular fibers. A sensitizing step using Ferric Ammonium Sulfate Solution impregnates the fibers, creating a metal-organic bond that is replaced by silver during subsequent treatment with Working Ammoniacal Silver Solution. To develop the visible silver, a Reducing Solution of dilute formaldehyde is used. The tissue structures that have been impregnated with the silver solution will now appear brown to black. Gold Chloride Solution is used to “tone” the sections, producing better contrast and clarity as the gold reacts and combines with the reduced silver. Unreduced silver is removed via treatment with Sodium Thiosulfate Solution. An optional nuclear fast red counterstain provides background staining as well as nuclear detail.
RICHARD-ALLAN SCIENTIFIC COMPANY
Reducing Solution
In Commercial Distribution
- 00673693202237 ()
88048
- Biological stain IVD
No Description
Biomet Orthopedics, LLC
423692
In Commercial Distribution
- 00880304010154 ()
- 22 MM
423692
- Orthopaedic inorganic implant inserter/extractor, reusable
No Description
Biomet Orthopedics, LLC
423883
In Commercial Distribution
- 00880304009905 ()
- 6.5MM
423883
- Hard-tissue ultrasonic surgical system handpiece tip
No Description
Biomet Orthopedics, LLC
498010
In Commercial Distribution
- 00880304009615 ()
498010
- Wire cutter
No Description
Biomet Orthopedics, LLC
406994
In Commercial Distribution
- 00880304009592 ()
406994
- Bone approximation clamp
No Description
Biomet Orthopedics, LLC
423696
In Commercial Distribution
- 00880304009493 ()
- 26 MM
423696
- Orthopaedic inorganic implant inserter/extractor, reusable
No Description
Biomet Orthopedics, LLC
31-555517
In Commercial Distribution
- 00880304009448 ()
31-555517
- Hand-held surgical retractor, reusable
No Description
Biomet Uk Ltd
423614
In Commercial Distribution
- 00880304009387 ()
- 28mm
423614
- Orthopaedic inorganic implant inserter/extractor, reusable
No Description
Biomet Orthopedics, LLC
423695
In Commercial Distribution
- 00880304009295 ()
- 25 MM
423695
- Orthopaedic inorganic implant inserter/extractor, reusable
No Description
Biomet Orthopedics, LLC
423694
In Commercial Distribution
- 00880304009288 ()
- 24 MM
423694
- Orthopaedic inorganic implant inserter/extractor, reusable
SPECIAL MEDIUM RETRACTOR
MEDTRONIC SOFAMOR DANEK, INC.
YIB0100-061
Not in Commercial Distribution
- 00681490920148 ()
- Surgical retractor/retraction system blade, reusable
RETRACTOR YIB0100-060 SPECIAL SMALL
MEDTRONIC SOFAMOR DANEK, INC.
YIB0100-060
Not in Commercial Distribution
- 00681490920131 ()
- Surgical retractor/retraction system blade, reusable
16X75MM MULTI TOOTH DIS BLADE
MEDTRONIC SOFAMOR DANEK, INC.
X0101675
In Commercial Distribution
- 00681490917070 ()
- Orthopaedic knife
BLADE X0101670 MULTI TOOTH DIS 16X70MM
MEDTRONIC SOFAMOR DANEK, INC.
X0101670
In Commercial Distribution
- 00681490917063 ()
- Orthopaedic knife
16X65MM MULTI TOOTH DIS BLADE
MEDTRONIC SOFAMOR DANEK, INC.
X0101665
In Commercial Distribution
- 00681490917018 ()
- Orthopaedic knife
BLADE X0101660 MULTI TOOTH DIS 16X60MM
MEDTRONIC SOFAMOR DANEK, INC.
X0101660
In Commercial Distribution
- 00681490916981 ()
- Orthopaedic knife
16X55MM MULTI TOOTH DIS BLADE
MEDTRONIC SOFAMOR DANEK, INC.
X0101655
In Commercial Distribution
- 00681490916974 ()
- Orthopaedic knife
BLADE X0101650 MULTI TOOTH DIS 16X50MM
MEDTRONIC SOFAMOR DANEK, INC.
X0101650
In Commercial Distribution
- 00681490916899 ()
- Orthopaedic knife
16X45MM MULTI TOOTH DIS BLADE
MEDTRONIC SOFAMOR DANEK, INC.
X0101645
In Commercial Distribution
- 00681490916882 ()
- Orthopaedic knife
16X40MM MULTI TOOTH DIS BLADE
MEDTRONIC SOFAMOR DANEK, INC.
X0101640
In Commercial Distribution
- 00681490916875 ()
- Orthopaedic knife
16X35MM MULTI TOOTH DIS BLADE
MEDTRONIC SOFAMOR DANEK, INC.
X0101635
In Commercial Distribution
- 00681490916851 ()
- Orthopaedic knife