Osmium Tetroxide, Crystalline, 1g 10/CS
Highest purity (99.95%) OsO4 crystal in light-gauge, pre-scored amber glass ampoules do not require cleaning prior to solution preparation.
Osmium Tetroxide, Crystalline, 1g 10/CS
Item #: 87686444

Osmium Tetroxide, Crystalline, 1g 10/CS

Item #: 87686444

AUD 731

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Highest purity (99.95%) OsO4 crystal in light-gauge, pre-scored amber glass ampoules do not require cleaning prior to solution preparation.
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What Stands Out

High Purity
Osmium Tetroxide offers exceptional purity, making it perfect for advanced laboratory applications and ensuring reliable results in chemical research and analyses.
Convenient Packaging
Provided in a 1g vial within a 10-count case, it enhances storage efficiency and provides ease of use for both small and large scale scientific tasks.
Versatile Applications
Ideal for electron microscopy and histology, this compound addresses diverse user needs, empowering researchers to explore complex biological structures with greater clarity and precision.

Product Details

Shop Osmium Tetroxide, Crystalline, 1g 10/CS online at a best price in Nauru. B00JKROL36
  • Osmium, Tetroxide, Crystalline, Highest, Purity, 99.95%
  • For use in biological research only
Container TypeBottle
Volume2 Milliliters
Brand NameElectron Microscopy Sciences
ManufacturerElectron Microscopy Sciences
Part Number19110
BrandElectron Microscopy Sciences
Item Volume2 Milliliters
Package InformationBottle
Item Weight0.02 lbs (10 grams)

Who Should Buy?

Suitable For
  • Academic Researchers

    Ideal for laboratory experiments and research projects requiring precise staining techniques in microscopy and histology.

  • Histology Technicians

    Utilized for tissue sample preparation, especially in electron microscopy, providing high contrast and clarity.

  • Chemical Manufacturers

    Beneficial in the production of specialty chemicals and materials that require osmium compounds for synthesis.

Not Suitable For
  • Casual Users

    Not suitable for individuals without chemical training due to toxic nature and hazardous handling requirements.

  • Home Experimenters

    Not recommended for non-professional environments; contains significant safety risks and should not be handled carelessly.

  • Budget-Conscious Buyers

    This product can be expensive and may not fit budgets for smaller projects or educational setups.

Product Description

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Customer Questions & Answers

  • Question: What is Osmium Tetroxide used for?

    Answer: Osmium Tetroxide is primarily used in biological and biochemical laboratories for staining tissues and cells. It plays a crucial role in electron microscopy, allowing researchers to visualize fine structures at a cellular level. Its ability to distinguish between different cellular components makes it invaluable in histology and cytology. For instance, when studying nervous tissues, osmium tetroxide can highlight fatty structures, enhancing the contrast in electron micrographs.
  • Question: Is Osmium Tetroxide safe to handle?

    Answer: Osmium Tetroxide is a toxic substance and requires careful handling. Proper laboratory safety protocols must be followed, including wearing gloves, lab coats, and protective eyewear. Inhalation or skin contact can lead to serious health risks, such as respiratory issues or skin burns. It’s crucial to work in a well-ventilated area or fume hood to minimize exposure. For those working in research settings, understanding these safety measures is vital for preventing accidents and ensuring a safe working environment.
  • Question: What is the chemical structure of Osmium Tetroxide?

    Answer: Osmium Tetroxide (OsO4) is a compound formed from the metal osmium and contains four oxygen atoms. This molecular structure gives it unique properties, such as high reactivity, and a notable ability to act as an oxidizing agent. The tetrahedral geometry of the compound allows for efficient interaction with organic materials, which is why it is so effective in staining processes during microscopic examinations. This structure makes it popular in various chemical synthesis applications.
  • Question: How should Osmium Tetroxide be stored?

    Answer: Osmium Tetroxide should be stored in a cool, dry place in tightly sealed containers made of glass or inert materials to avoid contamination. It is sensitive to light and should be kept away from direct sunlight. Exposure to moisture should also be minimized, as it can lead to degradation of the compound. Proper storage not only extends its shelf life but also maintains its reactivity and effectiveness for laboratory applications.
  • Question: What precautions should be taken when using Osmium Tetroxide?

    Answer: When using Osmium Tetroxide, it's essential to take several precautions to ensure safety. Always conduct experiments in a fume hood to limit inhalation exposure and use personal protective equipment, such as gloves and goggles. Familiarize yourself with Material Safety Data Sheets (MSDS) before handling the substance. In case of accidental exposure, have procedures in place for decontamination and seek immediate medical assistance if necessary. These steps ensure a safer working environment in labs dealing with hazardous materials.
  • Question: Can Osmium Tetroxide be used in organic synthesis?

    Answer: Yes, Osmium Tetroxide is extensively used in organic synthesis, particularly in oxidative reactions. It is a powerful reagent in the dihydroxylation of alkenes, converting them into vicinal diols. This property is exploited in various synthetic pathways, allowing chemists to build complex organic molecules. Moreover, its effectiveness in distinguishing double bonds in compounds makes it an invaluable tool for organic chemists looking to enhance their synthetic strategies.
  • Question: What industries utilize Osmium Tetroxide?

    Answer: Osmium Tetroxide is utilized across various industries, particularly in biochemistry, materials science, and pharmaceuticals. In biochemistry, it is fundamental for tasks like tissue fixation and staining in microscopy, while in materials science, it aids in the analysis of nanostructures. Pharmaceuticals use it for developing and characterizing drug compounds, demonstrating its versatility and importance in both research and applied sciences.
  • Question: How does Osmium Tetroxide compare to other staining agents?

    Answer: Osmium Tetroxide is often favored over other staining agents due to its unique ability to bind to lipids and fats, providing outstanding contrast in electron microscopy. While alternatives like uranyl acetate and lead citrate are also used, they do not provide the same level of detail for certain cellular structures. Osmium Tetroxide’s specificity for fatty tissues makes it ideal for neurobiology studies, highlighting its comparative advantages in specific applications.
  • Question: Is Osmium Tetroxide available in different sizes?

    Answer: Yes, Osmium Tetroxide is available in various sizes, allowing researchers to select quantities that suit their specific experimental needs. Options typically range from small grams to larger quantities, catering to both individual experiments and bulk use in larger projects. Researchers may choose smaller amounts for testing new protocols or larger sizes for extensive studies, ensuring versatility in their purchasing options.
  • Question: Where can I buy Osmium Tetroxide, Crystalline, 1g 10CS in Nauru?

    Answer: You can purchase Osmium Tetroxide, Crystalline, 1g 10CS from Ubuy in Nauru. Ubuy offers a convenient platform with a variety of chemicals and laboratory supplies, ensuring you have access to high-quality products for your research needs. With competitive offerings and reliable service, Ubuy is a preferred choice for many professionals in the science and research fields.

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Pros

  • High purity for precise applications
  • Excellent solvent for lipids
  • Ideal for electron microscopy
  • Stable under controlled conditions
  • Minimal impurities enhance results

Cons

  • Hazardous material requires caution

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