20.02.2013 Views

BioSciences - Polysciences, Inc.

BioSciences - Polysciences, Inc.

BioSciences - Polysciences, Inc.

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

46<br />

Histology & Microscopy<br />

<strong>BioSciences</strong><br />

Batson’s #17 Anatomical Corrosion Kit<br />

Batson’s #17 Anatomical Corrosion Kit CFM7dw<br />

Low viscosity, acrylic-based resin system for room temperature preparation of anatomical corrosion<br />

castings. After hardening, tissue is corroded away by caustic solution, yielding a durable, scientifically<br />

exact model for anatomical study. Technical Data Sheet #105<br />

Kit Contains: 940ml monomer base, 2x100ml catalyst, 50ml promotor, 10g pigment red,<br />

10g pigment blue<br />

Fahrenbach, W.H., et al., J. Elec Microsc. Tech., 10, 15 (1988); Pollitt, C.C. & Molyneux, G.S., Equine Vet. J., 22(2), 79 (1990);<br />

Redmond H. P. et al., Brit. J. Surgery, 76(2), 198 (1989)<br />

For more information please call (800) 523-2575 or visit: polysciences.com<br />

Catalog # Size<br />

Anatomical Corrosion Kit 07349-1 1 kit<br />

Additional kit components:<br />

Blue pigment 07352-100 100 g<br />

Catalyst 02608-100 100 ml<br />

Green pigment 07353-100 100 g<br />

Maceration solution 07359-940 940 ml<br />

Monomer base solution 02599-940 940 ml<br />

Promoter 02610-50 50 ml<br />

Red pigment 07350-100 100 g<br />

White pigment 07351-100 100 g<br />

Yellow pigment 07354-100 100 g<br />

Embed-It Low Viscosity Epoxy Kit<br />

Embed-It Low Viscosity Epoxy Kit [64-86-8] g .................................<br />

A modification of the Spurr’s formulation, Embed-It Low Viscosity Epoxy Kit<br />

can be used for embedding biological, material and mineralogical samples.<br />

This kit is composed of two very low viscosity components (~65cps) packaged<br />

in easy to dispense squeeze top bottles. Components are mixed in equal parts<br />

by weight to make the infiltration and embedding resin. The resin readily penetrates<br />

into the specimen and cures to a clear hard solid overnight at 60°C.<br />

Benefits:<br />

• Easy To Use - Mix Only 2 Components in Equal Proportions<br />

• Save Time - Prepare the Embed-It Resin for Both Infiltration and Embedding<br />

• Convenient - Mix Only the Amount You Need<br />

• Less Hazardous - Components Ship Together As Non-Hazardous Materials<br />

Kit Contains: 100mL of each component Technical Data Sheet #622<br />

Immuno-Bed Embedding Kits & Reagents<br />

Immuno-Bed Kit FGHO6g ....................................................<br />

Immuno-Bed has been designed for use with immunohistochemistry (IHC) studies.<br />

The system allows adequate penetration of small molecular weight antibodies and<br />

chromogens, such as aminoethylcarbazole (AEC). Large molecular weight molecules<br />

may not stain well, even after etching the plastic from the section. Sections<br />

should be completed and stained as soon as possible after polymerization is complete,<br />

within 2 to 3 days. Immuno-Bed is a glycol methacrylate based embedding<br />

kit with performance similar to JB-4 ® and JB-4 Plus ® in tissue infiltrations, embedding<br />

and cutting procedures. The embedded blocks are clear for excellent tissue<br />

visibility. Polymerization at 0-4°C is recommended to reduce the heat generated<br />

by the exothermic reaction. Technical Data Sheet #302<br />

Kit Contains: 800ml Solution A, 30ml Solution B, and 12g Benzoyl Peroxide Plasticized.<br />

Immuno-Bed Solution A HO4g ...............................................<br />

Immuno-Bed Solution B A2g .................................................<br />

Immuno-Bed Benzoyl Peroxide Plasticized (Catalyst) FHG5g .......................<br />

24300-1 1 kit<br />

17324-1 1 kit<br />

17325A-800 800 ml<br />

17325B-30 30 ml<br />

17325C-12 12 ml

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!