Adenosine 5 u201au00c4u2264-Phosphosulfate (APS) Sodium Salt | High Purity Key Ingredient for Scientific Applications

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Adenosine 5 -phosphosulfate (APS) Sodium Salt | High Purity Key Ingredient for Scientific Applications

Adenosine 5 -phosphosulfate sodium salt (APS) is a vital component used in various scientific applications:

  • PP(i)-recycling loop in ATP luminescence assay: APS acts as a substrate for ATP sulfurylase, enabling efficient pyrophosphate regeneration in the assay.
  • Pyrophosphate regeneration-dependent dA5508: APS is a required compound for the regeneration of pyrophosphate, facilitating optimal dA5508 results.

Product Details:

  • Chemical Name: Adenosine 5 -phosphosulfate
  • Chemical Formula: APS
  • CAS Number: 102029-95-8
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Description

Adenosine 5 u201au00c4u2264-Phosphosulfate (APS) Sodium Salt | High Purity Key Ingredient for Scientific Applications

Adenosine 5 u201au00c4u2264-phosphosulfate (APS) sodium salt is a high-quality product with a minimum purity of 85%. It is a key ingredient used in various scientific applications due to its unique chemical properties and versatility. APS serves as a substrate for ATP sulfurylase, enabling the PP(i)-recycling loop in ATP luminescence assays. Additionally, APS is crucial for pyrophosphate regeneration-dependent dA5508 reactions. With its exceptional composition and features, APS is a must-have for scientists and researchers working in biochemistry, molecular biology, enzymology, and many other disciplines.

Product Details:

  • Chemical Name: Adenosine 5 u201au00c4u2264-phosphosulfate
  • Chemical Formula: APS
  • CAS Number: 102029-95-8

Main Features and Benefits:

  • Purity: Adenosine 5 u201au00c4u2264-phosphosulfate sodium salt has a minimum purity of 85%. This high level of purity ensures reliable and consistent results for research and analysis.
  • Versatility: APS is a versatile ingredient used in multiple applications. It serves as a substrate for ATP sulfurylase and enables the PP(i)-recycling loop in ATP luminescence assays. APS is also essential for pyrophosphate regeneration-dependent dA5508 reactions, making it indispensable in various scientific experiments.

Applications:

  • ATP Luminescence Assay: APS acts as a substrate for ATP sulfurylase, an enzyme used in ATP luminescence assays. This process relies on the PP(i)-recycling loop, where APS is converted into adenosine 5 u201au00c4u2264-phosphosulfate adenosine (APSA), generating ATP luminescence. This assay is widely used to measure cellular ATP levels and study ATP-related biological processes.
  • Pyrophosphate Regeneration: APS is crucial for pyrophosphate regeneration-dependent dA5508 reactions. It serves as a necessary precursor in the synthesis of pyrophosphate, a compound involved in several biological processes. This reaction is often employed in nucleic acid and protein sequencing, as well as in various enzymatic assays.

Handling and Storage:

  • Handling: It is recommended to handle APS with proper laboratory gloves and protective equipment to avoid skin and eye contact. Avoid ingestion or inhalation of the product. Follow good laboratory practices and dispose of any unused portion properly.
  • Storage: Store APS in a cool, dry place away from direct sunlight and moisture. Ensure that the container is tightly sealed to prevent contamination and degradation of the product. Following these storage conditions will help maintain the stability and quality of APS.

Safety Precautions:

  • Personal Protective Equipment (PPE): Always wear appropriate laboratory gloves, safety goggles, and a lab coat when handling APS to protect yourself from potential hazards.
  • Avoid Contact: Avoid direct contact with skin and eyes. In case of accidental contact, flush thoroughly with water and seek medical attention if necessary.
  • Ingestion and Inhalation: Do not ingest or inhale the product. If accidentally swallowed, rinse mouth and seek immediate medical advice.
  • Storage: Keep APS out of reach of children and unauthorized personnel. Store it in a secure area designated for hazardous materials.
  • Disposal: Dispose of unused APS in accordance with local regulations and recommendations.

Summary: Adenosine 5 u201au00c4u2264-phosphosulfate (APS) sodium salt is a highly versatile and essential ingredient used in various scientific applications. With its remarkable features, such as its high purity and versatility, APS enables reliable and accurate results in ATP luminescence assays and pyrophosphate regeneration-dependent reactions. Scientists and researchers can trust APS for their experiments, ensuring the integrity and validity of their data. Adenosine 5 u201au00c4u2264-phosphosulfate sodium salt is a valuable tool in biochemistry, molecular biology, enzymology, and many other disciplines.

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