Diatrizoate Sodium: A Key Contrast Agent in Medical Imaging Diagnosis
In modern medical diagnosis, the development of medical imaging technology provides important support for the early detection and treatment of diseases. As one of the commonly used drugs in X-ray imaging, sodium pantothenate plays an irreplaceable role in clinical applications. This article will provide a detailed introduction to the basic information, physical properties, main applications, and market prospects of this compound.
Basic Product Information
Sodium pantothenate is an ionic monomeric iodine contrast agent. After intravenous injection into the body, it can effectively block X-rays, allowing iodine containing organs or tissues to be clearly visualized in the image, forming a contrast with iodine free tissues.
The following are the detailed specifications of the product:
English name: Diazoate Sodium
CAS number: 737-31-5
Molecular formula: C11H8I3N2NaO4
Molecular weight: 635.9
Appearance: White to off white powder
Solubility: Easily soluble in water
Storage conditions: sealed with argon and stored away from light, transported at room temperature
Product Manager Email:ada@coreychem.com
Structural formula：
Physical and chemical properties and stability
Sodium pantothenate is a white or almost white powder at room temperature, belonging to high iodine content compounds, which determines its good X-ray absorption ability. This product is sensitive to light, and it is recommended to store it in a sealed and dark environment filled with argon to ensure its stability.
As a high osmotic pressure ionic contrast agent, sodium pantothenate should be used with caution in the diagnostic process, especially for patients with renal insufficiency, and its potential impact on the kidneys should be evaluated during use.
Clinical application and main purposes
Sodium pantothenate is a commonly used diagnostic medication in medical imaging. Its core mechanism of action is to utilize the characteristic of iodine atoms absorbing X-rays to generate high-density images in the contrast area. Mainly applied in the following areas:
1. Urography: Sodium pantothenate is mainly excreted from urine through glomerular filtration after intravenous injection, making urography its main application area. Clinically, it is commonly used to observe the morphology and function of the kidneys, ureters, and bladder, and assist in the diagnosis of lesions such as stones and tumors.
2.Angiography: can be used for angiography examination of cardiovascular, cerebrovascular, and peripheral arteries. By injecting sodium pantothenate, doctors can clearly observe the morphology of blood vessels, blood flow conditions, and whether there is stenosis or blockage.
3.CT enhanced scan: In computed tomography (CT), sodium pantothenate is used as a contrast agent to improve the contrast between diseased tissue and normal tissue, thereby enhancing the accuracy of diagnosis.
Market prospects and industry trends
According to the latest market research report, the global market for pantothenic acid is estimated to be worth approximately $1.07 billion in 2023, and is expected to grow at a compound annual growth rate of approximately 3.83% to $1.5 billion by 2032.
The main factors driving the growth of this market include:
The prevalence of chronic diseases is increasing: the increase of incidence rate of kidney diseases, cardiovascular diseases and diabetes has promoted the demand for diagnostic imaging.
Technological progress: The continuous advancement of medical imaging technologies such as CT and digital subtraction angiography has increased the demand for high-quality contrast agents.
Safety Notice and Supply Information
Although sodium pantothenate is crucial in diagnosis, attention should be paid to its potential adverse reactions when using it. Some patients may experience mild reactions such as nausea, vomiting, facial flushing, or urticaria. For patients with a history of allergies or asthma, medication should be taken with special caution.
The characteristics of the sodium pantothenate products supplied by our company are:
High purity: The product purity is>98% (HPLC), meeting high standards for scientific research and pharmaceutical requirements.
Professional Packaging: Provides a variety of packaging specifications to meet different needs from laboratory research and development to industrial production.
Compliant supply: The product is suitable for scientific research and pharmaceutical intermediate production.
Conclusion
Sodium pantothenate, as a classic and highly effective contrast agent, occupies a stable position in clinical diagnosis. With the growth of global healthcare demand and the popularization of imaging technology, the market prospects of this product are broad. If you need to learn more about the technical information or procurement details of sodium pantothenate (CAS 737-31-5), please contact us for professional support.
Product Manager Email:ada@coreychem.com
