Description
Specifications Table
| Product Name | D-(+)-Lactose, monohydrate, powder BAKER ANALYZED? ACS reagent |
|---|---|
| Pack Size | 500 g |
| Form | Powder |
| Grade | ACS Reagent |
| Application | Biochemical research, microbiology, analytical testing |
Product Description
When precision matters in your lab work, D-(+)-Lactose Monohydrate from Avantor delivers consistent results. This ACS reagent-grade powder is meticulously analyzed to meet stringent quality standards, making it a trusted choice for researchers, educators, and students across India. Whether you’re conducting microbiological assays, enzymatic studies, or pharmaceutical development, this high-purity lactose ensures reliable performance in every experiment.
The monohydrate form provides stability and ease of handling, while the fine powder consistency allows for accurate weighing and dissolution. As a Baker Analyzed reagent, it undergoes rigorous testing to guarantee purity and consistency, eliminating variables that could compromise your research outcomes. Many Indian laboratories prefer this specific grade for its compliance with ACS specifications, which are recognized globally for analytical applications.
For students working on university projects or researchers developing new formulations, having a dependable lactose source is crucial. This product’s versatility extends to food science applications, where it serves as a standard in lactose intolerance testing and dairy product analysis. The 500g pack size offers an optimal balance between quantity and freshness, reducing the need for frequent reordering while maintaining product integrity.
At eqipped, we understand the importance of sourcing authentic lab supplies that meet international standards. That’s why we’ve made this premium D-(+)-Lactose Monohydrate powder readily available for Indian scientists and institutions. Our streamlined ordering process ensures you receive your supplies quickly, so you can focus on what matters most – your research and discoveries.
Upgrade your lab inventory with ACS-grade D-(+)-Lactose Monohydrate powder today and experience the difference that premium reagents make in your experimental accuracy.
FAQs
What is the difference between D-(+)-Lactose and regular lactose?
D-(+)-Lactose refers to the specific stereoisomer of lactose that occurs naturally in milk. The “D” designation indicates the configuration of the glucose molecule, while “+” refers to its optical rotation. This ACS reagent grade is purified to remove other isomers and impurities, making it suitable for precise laboratory applications unlike regular food-grade lactose.
Can this lactose powder be used for cell culture applications?
While this ACS reagent-grade lactose is highly pure, most cell culture applications require specialized cell culture-tested grades. For critical cell culture work, we recommend consulting with our technical team at eqipped to select the most appropriate grade for your specific cellular models and experimental requirements.
What’s the shelf life of this D-(+)-Lactose Monohydrate powder?
When stored properly in its original container at room temperature, this product maintains its stability for at least 3 years from the date of manufacture. Always check the expiration date on your specific batch and store it in a desiccator if your lab environment has high humidity levels.
Is this product suitable for pharmaceutical formulation development?
Yes, this ACS reagent-grade lactose is commonly used in early-stage pharmaceutical development for formulation studies. However, for final drug product manufacturing, you would typically need pharmaceutical-grade excipients that meet additional compendial requirements like USP or EP standards.
How does the monohydrate form differ from anhydrous lactose?
The monohydrate form contains one molecule of water per lactose molecule, which affects its physical properties. It’s generally more stable during storage but requires slightly different handling in formulations compared to anhydrous lactose. The monohydrate form is often preferred in analytical applications due to its consistent composition.
