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Sarms SR9011
Purity:99% HPLC
Packing:10g,100g,500g and 1kg
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Product Name: SR9011
CAS No.: 1379686-30-2
Molecular formular: C20H24ClN3O4S
Molecular Weight: 437.94
Appearance: White powder
Purity: 99.% min
Package: 10g/bag or as customers’request.
Test Method: HPLC
SR9011 and SR9009, both of them are Rev-ERB agonists, were originally used to study circadian rhythm regulation, immune system function, inflammation and cancer.
A paper published in Nature in 2018, which activated Rev-ERB with SR9011 or SR9009, surprised the world with a breakthrough in the treatment of cancer. At the time, it was claimed that targeting Rev-ERB could starve cancer cells without affecting normal ones.
With the deepening of research, and because Rev-ERB is mainly located in muscle tissue, bone, liver and adipose tissue, people gradually find that SR9011/SR9009 also plays a great role in fitness.
Gradually SR9011 and SR9009 was developed for fitness, after all, the fitness population is much larger than the cancer population.
SR9011 and SR9009 play basically the same role when they are used for fitness. The only difference can be seen from their molecular formula.
The molecular formula of SR9009 is C20H24ClN3O4S
The molecular formula of SR9011 is C23H31ClN4O3S
We can see that SR9011 has more C3H7N1 than SR9009, and of course, an O is missing.
From the molecular structure of them,we can know that SR9011 has three more hydrocarbon chains than SR9009, and -NH-(amine group) replaces -O-(carbonyl group).
This makes SR9011 more bioavailable and has a longer half-life than SR9009.
SR9009, as a more mature compound than SR9011, has been widely confirmed in the field of fitness. The effect of SR9009 is very good, but its bioavailability is not particularly high. Therefore, more people choose subcutaneous injection rather than oral injection, which can produce better effects.
The -NH- (amine group) in SR9011 improves its bioavailability, making it more effective, and can be used in a variety of ways, such as oral, gel, injection, etc.
The length of the hydrocarbon chain directly affects the half-life of the compound. The short half-life of SR9009, which is about 4 hours, makes it necessary to give SR9009 frequently, with a daily dose spread out over 3-4 times.
SR9011 has a longer hydrocarbon chain, allowing a single use of SR9011 to take effect for about twice as long as SR9009. The longer half-life allows us to inject less frequently.
This makes the SR9011 a good alternative.
Product Name: SR9011
| CAS | 1379686-30-2 |
| Molecular formular | C20H24ClN3O4S |
