Ruthenium Red

95%

  • Product Code: 110746
  Alias:    Ruthenium red
  CAS:    11103-72-3
Molecular Weight: 786.35 g./mol Molecular Formula: H₄₂Cl₆N₁₄O₂Ru₃
EC Number: MDL Number: MFCD00011479
Melting Point: >500°C Boiling Point:
Density: 3.11g/mL Storage Condition: room temperature
Product Description: Ruthenium Red is widely used in biological research as a staining agent to visualize calcium channels and calcium-binding proteins in cells. It helps in studying cellular processes involving calcium signaling, which is crucial for understanding muscle contraction, neurotransmitter release, and cell death mechanisms. Additionally, it is employed in electron microscopy to enhance the contrast of cellular structures, particularly in mitochondria and endoplasmic reticulum. In pharmacology, Ruthenium Red is utilized to investigate the role of calcium in various diseases, such as neurodegeneration and cardiac dysfunction, aiding in the development of targeted therapies. Its ability to block certain calcium channels also makes it a valuable tool in studying calcium-dependent pathways in cellular physiology.
Product Specification:
Test Specification
Purity (Cheletometric Titration) 95-105
Appearance Red To Brown Granules, Crystals, Powder Or Chunks
Solubility In H2O Dark Red Or Purple, Clear To Turbid, 10 Mg/Ml
Sizes / Availability / Pricing:
Size (g) Availability Price Quantity
0.250 10-20 days €70.18
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1.000 10-20 days €213.43
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5.000 10-20 days €975.87
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Ruthenium Red
Ruthenium Red is widely used in biological research as a staining agent to visualize calcium channels and calcium-binding proteins in cells. It helps in studying cellular processes involving calcium signaling, which is crucial for understanding muscle contraction, neurotransmitter release, and cell death mechanisms. Additionally, it is employed in electron microscopy to enhance the contrast of cellular structures, particularly in mitochondria and endoplasmic reticulum. In pharmacology, Ruthenium Red is utilized to investigate the role of calcium in various diseases, such as neurodegeneration and cardiac dysfunction, aiding in the development of targeted therapies. Its ability to block certain calcium channels also makes it a valuable tool in studying calcium-dependent pathways in cellular physiology.
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