About Chrysoidine R For Microscopy
Chrysoidine R is also known to be Methylchrysoidine and Chrysoidine 3RN, which acts as a basic cationic dye. The chemical formula and molecular weight of the mentioned organic compound is C13H15N4Cl and 262.74 g/mol, respectively. Offered compound appears to be brownish red in color and can be used as a biological stain. It also finds usage as a dye in the waxes, oils and fats for making polishes. The physical state of the mentioned compound is solid at twenty degree Celsius of temperature. Freezing and melting point of our provided Chrysoidine R is 235 degree Celsius. This compound is basically used in the technique of Microscopy.
Certificate of Analysis :-
- Name : CHRYSOIDINE R FOR MICROSCOPY
- Synonyms : Chrysoidine,Basic Orange 2,
- Molecular Formula : C12H13CIN4
- Molecular Weight : 248.714 g/mol
- IUPAC Name : 4-phenyldiazenylbenzene-1,3-diamine;hydrochloride
- PubChem CID : 10771
- EC Number : 208-545-8
- H.S. Code : 3204.9000
- CBNumber : CB3377907
- C.I. No. 11320
- Un No. NR TARIFF : 3204 90 00
- S : 22-24/25
- Appearance : Red-brown powder
- Odor : Odorless
- Solubility : Soluble in water & oxygenated solvents
- Physical State : Solid @ 20degC
- M.P./F.P. : 235degC
- Grade : For Microscopy
- Shelf Life : 5 Years
Applications :-
Used as a biological stain & as a dye in fats, oils & waxes for polishes.
Reliable Laboratory-Grade Staining SolutionChrysoidine R stands out for its high purity (99%) and effectiveness as a microscopy stain, delivering excellent contrast and detail in biological samples. Odorless and easy to dissolve in water, it fits seamlessly into laboratory workflows. Safety is assured, as it is not classified as hazardous and contains less than 0.001% lead, meeting laboratory standards for chemical safety.
Stable Composition and Easy HandlingEngineered for consistency, Chrysoidine R maintains its properties when stored at 2C to 8C. With a shelf life of 36 months, laboratories can rely on its stability. The solid, reddish-orange powder is conveniently packaged, allowing for precise measurement and minimal waste. It is shipped in 25 gm bottles and is simple to store due to its non-volatile nature.
FAQ's of Chrysoidine R For Microscopy:
Q: How should Chrysoidine R be stored to maintain its efficacy?
A: Store Chrysoidine R in a cool, dry place at a temperature range of 2C to 8C. Proper storage under these conditions ensures maximum shelf life of up to 36 months and maintains the dye's staining effectiveness.
Q: What is the main application of Chrysoidine R in a laboratory setting?
A: Chrysoidine R is primarily used as a staining reagent for microscopy. Its high dye content and purity make it ideal for enhancing contrast in biological and analytical samples, allowing for clearer visualization under the microscope.
Q: When is Chrysoidine R typically used during the microscopy process?
A: Chrysoidine R is used during the sample preparation stage prior to microscopy examination. It is applied to biological specimens that require enhanced contrast and detail, aiding in the identification of specific structures.
Q: Where can Chrysoidine R be sourced in India?
A: Chrysoidine R is widely available across India and can be sourced from chemical dealers, exporters, manufacturers, retailers, suppliers, and traders specializing in laboratory-grade chemicals.
Q: What is the process for using Chrysoidine R as a staining reagent?
A: To use Chrysoidine R, dissolve the required amount of powder in water to make a staining solution. Apply this solution to the prepared specimen, allow staining for the recommended time, then rinse excess dye before microscopic analysis.
Q: What are the benefits of choosing Chrysoidine R for microscopy?
A: Chrysoidine R offers high purity, excellent solubility, and consistent staining performance. Its safety profile and long shelf life make it a reliable choice for routine and advanced microscopy applications in research and academia.
Q: Is Chrysoidine R safe for laboratory use?
A: Yes, Chrysoidine R is considered safe for lab use, as it is not classified as hazardous and contains minimal lead (<0.001%). Standard laboratory precautions should still be followed during handling and storage.