Customization: | Available |
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Powder: | Yes |
Customized: | Customized |
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Product name | OA Hcl |
CAS number | 770-05-8 |
Molecular formula | C8H12ClNO2 |
Molecular weight | 189.64 |
Appearance | White powder |
Purity | 98.0% |
Function | 1.Works similar to the adrenal hormone norepinephrine; 2.A strong thermogenic that safely increases metabolism; 3.Aids memory focus and also enhances motivation; 4.It is tested to be very effective in improving alertness, vigilance, as well as awareness; 5.Because of the presence of norepinephrine property in this supplement, it has the power to connect to adrenergic receptors and increase wakefulness; 6.Improves sensitivity benefiting diabetics, as well as improving the bodies ability to use energy instead of store it as fat; 7.Works as an appetite suppressant; 8.Popular with athletes and bodybuilders for fat burning while preserving muscle mass. |
Discribe | OA HCL, also known as β, 4-dihydroxyphenethylamine is a compound considered as biogenic amine that can accumulate in nerves and mostly found in vertebrates and invertebrates. It's important to know that, this compound is produced through amino acids. Moreover, OA has also been known to function within the norepinephrine systems in the brain which helps to relate with norepinephrine receptors. Further studies also suggest that this substance is used to release norepinephrine which has the ability to improve the brain function. OA hydrochloride invertebrate biogenic amine neurotransmitter, related to noradrenalin, that is an adrenoceptor agonist. OA hydrochloride stimulates lipolysis in mammalian adipocytes via activation of β3 receptors. OA hydrochloride has dual effect on glucose transport in adipocytes: inhibits transport via β3 receptor activation but stimulates transport when oxidised by MAO OA hydrochloride also activates human α2A receptors, inhibiting subsequent cAMP production |
1. OA hydrochloride invertebrate biogenic amine neurotransmitter, related to noradrenalin, that is an
adrenoceptor agonist. OA hydrochloride stimulates lipolysis in mammalian adipocytes via activation of β3
receptors;
2. OA hydrochloride has dual effect on glucose transport in adipocytes: inhibits transport via β3 receptor
activation but stimulates transport when oxidised by MAO;
3. OA hydrochloride also activates human α2A receptors, inhibiting subsequent cAMP production.