Levothyroxine Ethyl Ester
Added to RFQ
For Research & Analytical Purposes. Not for Personal use.
Packaging & Handling
Indicative product packaging is shown for visual reference. Actual packaging may vary based on pack size, quantity, storage condition and shipping requirements.
Documentation Available
Detailed specifications, certificates, and supporting documents are available upon request.
Detailed specifications, certificates, and supporting documents are available upon request.
Storage: Refer MSDS for complete information.
Hazard: Refer MSDS for accurate information.
Levothyroxine Ethyl Ester Product Information
Levothyroxine Ethyl Ester is listed under Impurity and is intended for analytical research, quality control and pharmaceutical reference standard applications. It is associated with Levothyroxine. The product is supplied by Clearsynth under CAT No. CS-T-44337.
Clearsynth provides this compound for research and analytical use, with product information including CAS number, molecular formula, molecular weight and product enquiry details.
Technical Data
Product Name
Levothyroxine Ethyl Ester
CAS No.
76353-71-4
CAT No.
CS-T-44337
HSN Code
38229010
Country of Origin
Can be shipped from India, Canada and USA
Molecular Formula
C17H15I4NO4
Molecular Weight
804.92
Category
API Family
Storage Condition
Refer MSDS for complete information.
Hazard Compound
Refer MSDS for accurate information.
Description
Regulatory Description
Levothyroxine Ethyl Ester is supplied with detailed characterization data compliant with regulatory guideline. Levothyroxine Ethyl Ester can be used for analytical method development, method validation (AMV), Quality Control (QC) application for Abbreviated New Drug Application (ANDA), or during commercial production of Levothyroxine.
Overview
An analog of Thyroxine with stimulatory effects on human red blood cell membrane Ca2+-activated ATPase. It is a potential inactivator of iodothyronine deiodinase type II.
Synonyms
Levothyroxine Ethyl Ester
Application Notes
An analog of Thyroxine with stimulatory effects on human red blood cell membrane Ca2+-activated ATPase. It is a potential inactivator of iodothyronine deiodinase type II.
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