Understanding the Chemical Properties and Uses of Basic Blue 17
Basic Blue 17, identified by its CAS number 92-31-9, is a chemical compound with a unique set of properties that lend themselves to specialized applications. As a contributor to the fine chemicals sector, NINGBO INNO PHARMCHEM CO.,LTD. is committed to providing detailed information about the products they offer, including this significant dye.
At its core, Basic Blue 17 is known for its colorimetric capabilities, making it an effective redox indicator. In laboratory settings, its ability to change color in response to changes in oxidation-reduction potential is invaluable for conducting precise chemical analyses. This function is fundamental in titrimetric methods where accurate endpoint determination is crucial for calculating concentrations and yields.
The compound’s utility extends into the medical field, specifically in ophthalmology. Here, Basic Blue 17 is utilized as a diagnostic stain. It is applied to the eye’s surface to highlight abnormalities and damage to the cornea, assisting ophthalmologists in identifying conditions that might otherwise be difficult to detect. This application highlights the need for a product that is not only effective but also manufactured under strict quality controls to ensure patient safety.
Furthermore, Basic Blue 17 finds a place in the realm of histochemistry. This scientific discipline involves the chemical analysis of biological tissues. The dye is employed in specific staining procedures, notably for the determination of DNA and diphtheria. Its selective staining properties allow researchers to visualize and quantify these biological components, aiding in both diagnostic and research endeavors.
For those looking to acquire this versatile chemical, understanding the supplier's commitment to quality is essential. NINGBO INNO PHARMCHEM CO.,LTD. prioritizes delivering chemicals that adhere to industry standards, ensuring that users can confidently buy Basic Blue 17 for their precise requirements. Whether it’s for an industrial process or a critical diagnostic test, the chemical properties of Basic Blue 17 make it a noteworthy compound in the chemical industry.
At its core, Basic Blue 17 is known for its colorimetric capabilities, making it an effective redox indicator. In laboratory settings, its ability to change color in response to changes in oxidation-reduction potential is invaluable for conducting precise chemical analyses. This function is fundamental in titrimetric methods where accurate endpoint determination is crucial for calculating concentrations and yields.
The compound’s utility extends into the medical field, specifically in ophthalmology. Here, Basic Blue 17 is utilized as a diagnostic stain. It is applied to the eye’s surface to highlight abnormalities and damage to the cornea, assisting ophthalmologists in identifying conditions that might otherwise be difficult to detect. This application highlights the need for a product that is not only effective but also manufactured under strict quality controls to ensure patient safety.
Furthermore, Basic Blue 17 finds a place in the realm of histochemistry. This scientific discipline involves the chemical analysis of biological tissues. The dye is employed in specific staining procedures, notably for the determination of DNA and diphtheria. Its selective staining properties allow researchers to visualize and quantify these biological components, aiding in both diagnostic and research endeavors.
For those looking to acquire this versatile chemical, understanding the supplier's commitment to quality is essential. NINGBO INNO PHARMCHEM CO.,LTD. prioritizes delivering chemicals that adhere to industry standards, ensuring that users can confidently buy Basic Blue 17 for their precise requirements. Whether it’s for an industrial process or a critical diagnostic test, the chemical properties of Basic Blue 17 make it a noteworthy compound in the chemical industry.
Perspectives & Insights
Alpha Spark Labs
“At its core, Basic Blue 17 is known for its colorimetric capabilities, making it an effective redox indicator.”
Future Pioneer 88
“In laboratory settings, its ability to change color in response to changes in oxidation-reduction potential is invaluable for conducting precise chemical analyses.”
Core Explorer Pro
“This function is fundamental in titrimetric methods where accurate endpoint determination is crucial for calculating concentrations and yields.”