$65.00
In stock
GABA is a decarboxylated glutamate derivative that acts as the main inhibitory neurotransmitter via chloride-permeable ionotropic and G-protein-coupled metabotropic receptors, melatonin is an N-acetylated and methylated serotonin metabolite with rhythmic production and MT1/MT2 receptor-mediated signaling plus roles in redox processes across taxa, L-arginine serves as substrate for nitric oxide synthase to produce NO/citrulline and for arginase to yield ornithine/urea linking to polyamine and nitrogen pathways, and L-glutamine functions as an amide nitrogen shuttle synthesized by glutamine synthetase, supplying nitrogen for nucleotide/amino acid biosynthesis while undergoing glutaminase deamidation to glutamate/ammonia in metabolic and acid-base contexts.
Store in a cool, dark place or freeze at -20°C for long term storage. Refrigerate after reconstitution
Product Name: Lipo-R
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Gaba- 100mg/ml
Melatonin- 1mg/ml
L-Arginine – 100mg/ml
L-Glutamine- 25mg/ml
GABA (gamma-aminobutyric acid) is a four-carbon non-proteinogenic amino acid biosynthesized via glutamate decarboxylation, serving as the primary inhibitory neurotransmitter in neural systems through chloride-permeable GABA_A receptors and G-protein-coupled GABA_B receptors, while being catabolized by GABA transaminase into succinic semialdehyde. Melatonin (N-acetyl-5-methoxytryptamine) is an indole-derived compound produced from serotonin through acetylation and methylation, exhibiting rhythmic secretion patterns in vertebrates and acting via MT1/MT2 receptors to modulate signaling cascades, with additional occurrence across taxa where it participates in redox reactions. L-Arginine, a guanidino-group-containing amino acid, functions as a substrate for nitric oxide synthase to generate NO and citrulline, as well as for arginase to produce ornithine and urea, linking it to polyamine pathways and nitrogen metabolism across organisms. L-Glutamine, an amide-bearing derivative of glutamate synthesized by glutamine synthetase, acts as a key nitrogen shuttle and donor in nucleotide/amino acid biosynthesis, undergoing glutaminase-mediated deamidation to glutamate and ammonia while participating in acid-base regulation and cellular nitrogen homeostasis in diverse biological contexts.
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