Examples of using Binding affinity in English and their translations into Norwegian
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Oxymetholone does not have much binding affinity for the androgen receptor.
It is the basis for analytical techniques used in chemistry for separating molecules by size,charge, or binding affinity.
Winstrol is a heterocyclic steroid with strong binding affinity for the androgen receptors.
It has a very strong binding affinity to the androgen receptor(A. R),binding much more strongly than testosterone as well as nandrolone.
The most notable characteristic of this steroid is its binding affinity to SHBG.
Dianabol has a similarly low binding affinity, and also produces a very good anabolic response.
Lurasidone also exhibits partial agonism at the 5HT-1A receptor with a binding affinity of 6.38 nM.
Trenbolone has an extremely solid binding affinity for the androgen receptor as well, even surpassing that of testosterone.
OH-loxapine is not pharmacologically active at the D2 receptor while the minor metabolite, 7-OH-loxapine,has high binding affinity to D2 receptors.
The variants of IGF-1 are those with reduced binding affinity for the soluble IGF-binding proteins.
Despite very low binding affinity with the androgen receptor, oxymetholone is highly effective in promoting extensive gains in body mass, mostly by greatly improving protein synthesis.
In in vitro studies, regadenoson has been shown to have little binding affinity for the A2B and A3 adenosine receptors.
Despite very low binding affinity with the androgen receptor, oxymetholone is highly effective in promoting extensive gains in body mass, mostly by greatly improving protein synthesis.
Anavar is another anabolic steroid that has less binding affinity for the androgen receptor than other compounds like Dbol.
Despite very low binding affinity with the androgen receptor, oxymetholone is highly effective in promoting extensive gains in body mass, mostly by greatly improving protein synthesis.
Lurasidone binds strongly to dopaminergic D2- and to serotonergic 5-HT2A and 5-HT7- receptors with high binding affinity of 0.994, 0.47 and 0.495 nM, respectively.
Trenbolone has an incredibly strong binding affinity for the androgen receptor as well, also exceeding that of testosterone.
This patent claims conjugates of toxins(as contrasted with chemotherapeutic agents)with variants of IGF-1 having reduced binding affinity for the soluble IGF-binding proteins.
Aripiprazole also exhibited moderate binding affinity for the serotonin reuptake site and no appreciable affinity for cholinergic muscarinic receptors.
Click here to buy Trenbolone in Blagoevgrad Bulgaria Trenbolone offer for sale in Blagoevgrad Bulgaria Trenbolone has an exceptionally solid binding affinity for the androgen receptor too, also exceeding that of testosterone.
Despite very low binding affinity with the androgen receptor, oxymetholone is highly effective in promoting extensive gains in body mass, mostly by greatly improving protein synthesis.
Even though oxymetholone possesses very low binding affinity when it comes to the androgen receptor, this steroid is still a very effective option for promoting significant gains in body mass.
In spite of very reduced binding affinity with the androgen receptor, oxymetholone is very efficient in promoting considerable gains in body mass, mainly by considerably boosting protein synthesis.
Despite very low binding affinity with the androgen receptor, oxymetholone is very reliable in advertising extensive gains in body mass, mostly by substantially improving healthy protein synthesis.
In spite of very reduced binding affinity with the androgen receptor, oxymetholone is extremely reliable in advertising considerable gains in body mass, mostly by substantially improving protein synthesis.
Despite very low binding affinity with the androgen receptor, oxymetholone is highly effective in promoting extensive gains in body mass, mostly by greatly improving protein synthesis.
Regardless of extremely low binding affinity with the androgen receptor, oxymetholone is very efficient in advertising substantial gains in body mass, mostly by greatly enhancing protein synthesis.
Despite very reduced binding affinity with the androgen receptor, oxymetholone is highly efficient in promoting extensive gains in body mass, mainly by considerably enhancing protein synthesis.
In spite of extremely low binding affinity with the androgen receptor, oxymetholone is very effective in promoting extensive gains in body mass, primarily by substantially enhancing protein synthesis.
Despite quite reduced binding affinity with the androgen receptor, oxymetholone is extremely efficient in promoting extensive gains in body mass, mostly by substantially boosting healthy protein synthesis.