FD Cresyl Violet Solution is planned for the staining of the two neurons and glial cells. This arrangement can
be utilized with frozen or paraffin-inserted tissue segments fixed with any fixative (formalin liked). The
following method has been demonstrated to deliver magnificent outcomes generally speaking. Be that as it may, variety in tissues and tissue readiness might expect that the span for stages 6, 8 and 9 (cf. the following) be abbreviated or stretched to get the best outcomes. The staining technique requires roughly 1 hour and ought to be
completed at room temperature.
Staining Procedure:
1. Place in xylene or xylene substitutes for 3 minutes.
2. Place in 100 percent (200 proof) ethanol, 2 changes, 3 minutes each.
3. Place in 95% ethanol for 3 minutes.
4. Place in 75% ethanol for 3 minutes.
5. Place in refined water, 3 changes, 3 minutes each.
6. Stain in FD cresyl violet answer for 5-10 minutes relying upon the ideal power.
Note: the arrangement ought to be separated before use.
7. Wash momentarily in refined water.
8. Separate in 95% ethanol containing 0.1% chilly acidic corrosive for 1 moment.
Note: the staining power of both cell components and foundation diminishes quick
in this arrangement.
9. Get dried out in 100 percent (200 proof) ethanol, 4 changes, 2 minutes each (may delay to
decline the foundation staining).
10. Clear in xylene or xylene substitutes, 3 changes, 3 minutes each.
11. Coverslip in resinous mounting medium (for example Permount).
Size: 500 mL
Cat Number: 527-PS102-1
FD Cresyl Violet Solution, which is certified by the BIOLOGICAL STAIN COMMISSION, is the perfect xcellent for visualizing glial nuclei and neuronal cell bodies.
This is a highly purified product validated for use in multiple applications.
Genprice Gentaur offers expert technical support for time saving and reducing costs.
Two focuses are advertised:
- NDT202-1 Regular strength cost: $116.69
- NDT202-2 Double-strength cost: $158.96
FD Cresyl Violet Solution™ (double strength) |
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| PS102-2 | FD Neurotechnologies | 500 ml | 278.4 EUR |
FD Cresyl Violet Solution™ (regular strength) |
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| PS102-1 | FD Neurotechnologies | 500 ml | 223.2 EUR |
Cresyl Echt Violet Solution (0.1%) |
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| CEA999 | ScyTek Laboratories | 1000 ml | 61.72 EUR |
Cresyl Echt Violet Solution (0.1%) |
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| CEA125 | ScyTek Laboratories | 125 ml | 16.72 EUR |
Cresyl Echt Violet Solution (0.1%) |
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| CEA500 | ScyTek Laboratories | 500 ml | 37.28 EUR |
Cresyl Violet 0.5% Aqueous Solution |
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| RRSP251-D | Atom Scientific | 500ml | 30.71 EUR |
Cresyl Violet 0.5% Aqueous Solution |
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| RRSP251-E | Atom Scientific | 1L | 52.68 EUR |
Cresyl Violet 0.5% Aqueous Solution |
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| RRSP251-F | Atom Scientific | 2.5L | 105.37 EUR |
Cresyl Violet 0.1% Aqueous Solution |
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| RRSP255-D | Atom Scientific | 500ml | 6.55 EUR |
Cresyl Violet 0.1% Aqueous Solution |
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| RRSP255-E | Atom Scientific | 1L | 12.34 EUR |
Cresyl Violet 0.1% Aqueous Solution |
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| RRSP255-F | Atom Scientific | 2.5L | 24.2 EUR |
FD Congo Red Solution™ |
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| PS108 | FD Neurotechnologies | 500 ml | 284.4 EUR |
FD Tissue Storage Solution™ |
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| PC103 | FD Neurotechnologies | 250 ml | 177.6 EUR |
FD Section Storage Solution™ |
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| PC101 | FD Neurotechnologies | 250 ml | 157.2 EUR |
FD Tissue Cryoprotection Solution™ |
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| PC102 | FD Neurotechnologies | 250 ml | 156 EUR |
FD Luxol Fast Blue Solution™ |
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| PS109 | FD Neurotechnologies | 500 ml | 298.8 EUR |
FD Thionin Solution™ (double strength) |
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| PS101-2 | FD Neurotechnologies | 500 ml | 219.6 EUR |
FD Thionin Solution™ (regular strength) |
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| PS101-1 | FD Neurotechnologies | 500 ml | 206.4 EUR |
FD Hematoxylin Solution™ (double strength) |
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| PS104-2 | FD Neurotechnologies | 500 ml | 310.8 EUR |
NDT202 cresyl violet arrangement, produced using cresyl violet acetic acid derivation affirmed by the BIOLOGICAL STAIN COMMISSION and with a bit by bit client’s manual imprinted on the jug, is explicitly intended for simple use in a wide range of research centers. This arrangement is figured out and broadly tried for the staining of nerve tissue. Cresyl violet confers a violet tone to atomic chromatin and Nissl substances. This arrangement is magnificent for imagining neuronal cell bodies and glial cores.