DMSA CAS 304-55-2 Succimer (2,3-Dimercaptosuccinic acid, DMSA) API

DMSA CAS 304-55-2  Succimer (2,3-Dimercaptosuccinic acid, DMSA) API

Model No.︰API

Brand Name︰CP2020

Country of Origin︰China

Unit Price︰US $ 600 / KG

Minimum Order︰10 KG

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Product Description

Product Name: DMSA
CAS No.: 304-55-2
Quality: 99% by HPLC
Appearance: white or off-white powder
Mesh Size: pass 60-100 
Standard: CP2020

Succimer DESCRIPTION DMSA (succimer) is an orally active, heavy metal chelating agent. The chemical name for succimer is meso 2, 3-dimercaptosuccinic acid (DMSA). Its empirical formula is C4H6O4S2 and molecular weight is 182.2.

Succimer is a white crystalline powder with an unpleasant, characteristic mercaptan odor and taste. 

Description
DMSA Powder is used for the treatment of lead poisoning in children with blood level measured above 45 µg/dL.  It cannot cross the blood–brain barrier of humans, limiting its application for extracting heavy metals from parts of the body other than the central nervous system.
 
Functions
1. for provocation of tissue heavy metals in anticipation of a urine test,
2.  for the treatment of lead poisoning
3. as agents for the mobilization of cadmium, lead and arsenic owing to the ability of these monoesters to cross cell membranes

Price Terms︰ FOB CHINA

Payment Terms︰ TT

Packing︰ EXPORT PACKING

Lead Time︰ WITHIN 3 DAYS AFTER PAYMENT

Standards Certificate︰ CP2020

Specifications︰
Product Name: DMSA
CAS No.: 304-55-2
Quality: 99% by HPLC
Appearance: white or off-white powder
Mesh Size: pass 60-100
Standard: CP2020


Description
DMSA Powder is used for the treatment of lead poisoning in children with blood level measured above 45 µg/dL. It cannot cross the blood–brain barrier of humans, limiting its application for extracting heavy metals from parts of the body other than the central nervous system.

Functions
1. for provocation of tissue heavy metals in anticipation of a urine test,
2. for the treatment of lead poisoning
3. as agents for the mobilization of cadmium, lead and arsenic owing to the ability of these monoesters to cross cell membranes