Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617 -90-9//Liothyronine Sodium CAS 55-06-1 T3

China Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine Sodium CAS 55-06-1 T3, Find details about China Verapamil Hydrochloride, CAS 23313-68-0 from Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine Sodium CAS 55-06-1 T3

Model NO.
T3
CAS
55-06-1
Mf
C15h11I3nnao4
MW
672.96
Appearance
White Powder
Function
Biological and Pharmaceutical Intermediates
Shelf Life
2 Years
Test Method
HPLC UV
Storage
Cool Dry Place
Payment
Tt.Western Union .Credit Card.Moneygram
Delivery Time
Within 2 Days
Certificate
COA MSDS
Sample
Available
Trademark
Faithful
Transport Package
Aluminum Foil Bag Packaging
Specification
10g/bag; 100g/bag; 1kg/bag
Origin
China
Model NO.
T3
CAS
55-06-1
Mf
C15h11I3nnao4
MW
672.96
Appearance
White Powder
Function
Biological and Pharmaceutical Intermediates
Shelf Life
2 Years
Test Method
HPLC UV
Storage
Cool Dry Place
Payment
Tt.Western Union .Credit Card.Moneygram
Delivery Time
Within 2 Days
Certificate
COA MSDS
Sample
Available
Trademark
Faithful
Transport Package
Aluminum Foil Bag Packaging
Specification
10g/bag; 100g/bag; 1kg/bag
Origin
China
Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine Sodium CAS 55-06-1 T3Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine sodium CAS 55-06-1 T3

Introduction

 
Basic Information:
Product name:T3
CAS No.: 55-06-1
Appearance: White to off-white powder
Assay: 99%
Chemical Name : 3,3',5-Triiodo-L-thyronine, sodium salt
Molecular Formula: C15H13I3NNaO5
Molecular Weight: 690.9706

T3( Liothyronine Sodium) in the body is responsible for regulating the uptake of various nutrients into cells and into the mitochondria of those cells in order to effectively become utilized for the production and consumption of energy. 

The bodybuilding and athletic world is attracted to the use of T3 as a physique and/or performance enhancing drug because of its capability to distinctly boost the body's metabolism in the effort to metabolize body fat at a greater rate.


Function

 

T3 is traditionally utilize during cutting, dieting, and/or pre-contest phases of training due to the universal goal of these phases to break down body fat, though in recent years T3 has gained some popularity as a useful agent during bulking and mass gaining phases of training (normally in conjunction with anabolic steroids) in order to better efficiently process nutrients and/or to keep body fat levels down during periods of higher caloric intake.
T3 is commonly used with anabolic steroids due to its significant impact on the body's metabolism as a whole. It is very important to understand that T3 is indiscriminate in its metabolism boosting properties - it will increase the metabolism of fats, carbohydrates, and protein all equally.
Therefore, beyond a particular dose of T3, there is an increased risk of muscle loss through increased turnover of protein. Through the use of anabolic steroids and a properly adjusted diet, this muscle loss as a result of T3 can be prevented as a result of the nitrogen-retaining and protein sparing properties of theanabolic steroids.
T3 is also commonly combined with other fat loss agents in order to increase its overall effect, as it does work synergistically with other fat loss agents.

 
Specification
Item
Specification
Result
Appearance
An odorless, almost white or buff colored powder
pass
Solubility
1,Very slightly soluble in water
pass
2,slightly soluble in alcohol
pass
3,practically insoluble in most other organic solvents
pass
4,disolves in diluted aqueous sodium hydroxide solutions
Pass
Identificaton
a) Heat about 50 mg with a few drops of sulfuric acid in a porcelain crucible: violet vapors of iodine are evolved.
pass
b)The retention time of the major peak is confirm to the RS
pass
Loss on Drying
Not more than 4.0%
0.46%
[a]20/D
C=1 in 1M HCl/EtOH 1:4
+18 ~ +22o
+20.9o
Assay(HPLC)
Not less than 95.0%
99.18%
Levothyroxine sodium
Not more than 5.0%
0.68%
Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine Sodium CAS 55-06-1 T3
Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine Sodium CAS 55-06-1 T3Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine Sodium CAS 55-06-1 T3Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine Sodium CAS 55-06-1 T3Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine Sodium CAS 55-06-1 T3Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine Sodium CAS 55-06-1 T3Verapamil Hydrochloride CAS 23313-68-0//Ezetimibe CAS 163222-33-1//Lansoprazole CAS 103577-45-3//Vincamine CAS 1617-90-9//Liothyronine Sodium CAS 55-06-1 T3