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(Neurochemical Rest-Phase & Cellular Recovery Research Blend)

Brief Summary

Neuro-Amino is a specialist neurochemical and amino-acid research compound blend developed for controlled laboratory investigation into GABAergic pathway models, amino acid turnover, nitrogen transport, nitric oxide related cellular communication, methylation associated pathway research and cellular marker systems.

It contains a focused research profile including GABA, L-Metan, L-Arginine and L-Glutamine. Within controlled research models, Neuro-Amino is examined for its connection to inhibitory neurotransmitter pathway research, amino acid metabolism, nitrogen balance models, cellular communication markers, methyl group related biochemical systems and nutrient-responsive laboratory investigation.

Product Overview

Neuro-Amino is a specialist neurochemical and amino-acid research compound blend designed for laboratory investigation into GABAergic pathway activity, amino acid metabolism, nitrogen transport, nitric oxide related cellular communication and cellular marker research.

The blend includes GABA, L-Metan, L-Arginine and L-Glutamine, each selected for its relevance to controlled research involving inhibitory neurotransmitter pathway models, amino acid turnover, methylation associated biochemical systems, cellular communication markers and nitrogen balance research.

In research environments, GABA is commonly examined for its role in inhibitory neurotransmitter signalling, GABAergic pathway activity and neurochemical marker models. L-Metan is studied for its connection to amino acid metabolism, methylation associated pathway research, sulfur amino acid chemistry and nutrient-responsive biochemical systems. L-Arginine is investigated in relation to nitric oxide pathway activity, cellular communication markers, nutrient transport models and amino acid metabolism. L-Glutamine is researched for its role in nitrogen transport, amino acid turnover, cellular stress marker systems and metabolic pathway research.

Neuro-Amino is intended only for professional research environments where neurochemical pathways, amino acid systems, nitrogen balance models and cellular marker processes are assessed under controlled laboratory conditions.

Scientific Background

From a biochemical research perspective, Neuro-Amino brings together compounds associated with inhibitory neurotransmitter pathway research, amino acid turnover, nitrogen transport, nitric oxide pathway activity, methylation associated biochemical systems and cellular marker biology.

GABA is studied for its connection to GABAergic pathway activity, inhibitory neurotransmitter signalling and neurochemical marker models. This makes GABA a key compound in laboratory research focused on inhibitory pathway systems, neurotransmitter-associated marker analysis and amino-acid related neurochemical investigation.

L-Metan is researched for its role in amino acid metabolism, methylation associated pathway activity and sulfur amino acid related biochemical systems. Within controlled research models, L-Metan is examined for its relevance to methyl group transfer, nutrient-responsive metabolic pathways, enzyme-linked biochemical reactions and amino acid turnover.

L-Arginine is studied for its role in nitric oxide related signalling, cellular communication models, nutrient transport markers and amino acid metabolism. Within Neuro-Amino, L-Arginine supports investigation into nitric oxide pathway activity, cellular signalling markers and amino acid associated biochemical systems.

L-Glutamine is researched in cellular marker models where nitrogen transport, amino acid turnover, metabolic demand and nutrient-responsive pathway activity are key study areas. It is widely discussed in relation to nitrogen balance, amino acid metabolism, cellular stress marker systems and metabolic pathway research.

Together, these compounds make Neuro-Amino suitable for laboratory investigation focused on GABAergic pathway activity, amino acid metabolism, nitrogen transport, nitric oxide related communication, methylation associated marker systems and nutrient-responsive cellular processes.

Research Applications

Neuro-Amino is applied in laboratory research across neurochemical pathway science, inhibitory neurotransmitter research, amino acid metabolism, nitrogen balance models, nitric oxide pathway investigation, methylation associated research and cellular marker analysis.

Researchers may use this blend to examine how selected neurochemical and amino acid compounds interact with GABAergic pathway systems, nitric oxide related cellular communication, nitrogen transport models, methyl group associated biochemical pathways and nutrient-responsive cellular markers.

Additional research applications include studies focused on inhibitory neurotransmitter pathway models, GABAergic activity, L-Metan associated amino acid metabolism, L-Arginine linked cellular communication, L-Glutamine related nitrogen transport, amino acid turnover and metabolic marker investigation.

The inclusion of GABA makes this blend relevant for research into inhibitory neurotransmitter pathway models. L-Metan supports investigation into amino acid metabolism and methylation associated biochemical systems. L-Arginine supports nitric oxide related signalling and cellular communication marker research. L-Glutamine supports nitrogen transport, amino acid turnover and metabolic pathway investigation.

These applications support controlled investigation into biochemical pathways connected with neurochemical marker research, amino acid metabolism, nitrogen balance, nitric oxide pathway models, methylation associated systems and nutrient-responsive laboratory investigation.

Neuro-Amino Compound Profile

L-Tyrosine 100mg

L-Tyrosine is an amino acid studied for its role as a biochemical precursor in catecholamine synthesis pathways. Within neurological laboratory research, L-Tyrosine is examined for its connection to dopamine, noradrenaline and adrenaline pathway models, amino acid metabolism, neurotransmitter precursor availability and biochemical systems associated with neuronal signalling and cognitive research.

Taurine 50mg

Taurine is an amino sulfonic acid studied extensively in nervous system and cellular signalling research. Within neurological research models, taurine is examined for its relationship with neuronal excitability, calcium signalling, membrane stabilisation, osmoregulation and biochemical pathways involved in maintaining cellular homeostasis within nervous system tissues.

Choline 40mg

Choline is a nutrient-associated compound studied for its involvement in phospholipid biology and acetylcholine-related biochemical pathways. Within neurological research, choline is examined for its relevance to neuronal membrane structure, cholinergic signalling, phosphatidylcholine synthesis and biochemical systems associated with communication between nerve cells.

Vitamin B3 (Nicotinamide) 16mg

Vitamin B3 is studied for its role as a precursor within NAD⁺ and NADP⁺ dependent biochemical systems. In neurological and cellular research models, nicotinamide is examined for its relationship with cellular energy metabolism, redox reactions, mitochondrial activity and enzyme systems involved in maintaining normal cellular biochemical processes.

Vitamin B5 (Pantothenic Acid) 6mg

Vitamin B5 is researched for its role in coenzyme A synthesis and numerous metabolic reactions. Within neurological research models, pantothenic acid is examined for its involvement in cellular energy pathways, fatty acid metabolism, acetyl-CoA dependent reactions and biochemical processes connected with acetylcholine synthesis.

Vitamin B6 5mg

Vitamin B6 is studied as an important enzyme cofactor involved in amino acid metabolism and neurotransmitter-related biochemical pathways. Within neurological research, Vitamin B6 is examined for its relevance to reactions involved in dopamine, serotonin, GABA and other neurotransmitter pathway models, alongside amino acid conversion and cellular metabolic processes.

Vitamin B2 (Riboflavin) 4mg

Vitamin B2 is studied for its involvement in flavin-dependent enzyme systems and cellular energy metabolism. Within neurological research models, riboflavin is examined for its connection to FAD and FMN dependent reactions, mitochondrial energy pathways, redox biology and biochemical processes supporting normal cellular metabolism.

Vitamin B1 (Thiamine) 3mg

Vitamin B1 is researched for its involvement in carbohydrate metabolism and enzyme-dependent energy pathways. Within nervous system research, thiamine is examined for its relevance to glucose utilisation, mitochondrial biochemical reactions, neuronal energy metabolism and biochemical systems required for maintaining normal nervous system function.

Zinc 2mg

Zinc is an essential mineral studied across numerous areas of cellular and neurological biology. Within nervous system research models, zinc is examined for its involvement in enzyme activity, cellular signalling, synaptic biology, protein synthesis and biochemical processes associated with neuronal communication and cellular regulation.

Technical Specification

Contents: 10ml Neuro-Amino Acid
Form: Liquid research solution
Purity: Laboratory grade research blend 99% Purity
Compound Type: Neurochemical, Amino-Acid & Cellular Marker Research Blend
Presentation: 10ml liquid vial
Components: GABA 100mg, L-Metan 1mg, L-Arginine 100mg, L-Glutamine 25mg
Total Listed Active Content: 226mg
Solution Base: Aqueous Solution
Molecular Formula: Not applicable, Neuro-Amino is a multi Amino-Acid blend
Appearance: Clear to lightly coloured liquid solution. Natural colour variation may occur due to amino acid content
Storage: Store between 10°C and 15°C. Protect from direct light

Note: Neuro-Amino comes in 10ml solution, no reconstitution required.

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Disclaimer

For research purposes only. Not for human consumption