Meta-Amino 10ml 553mg/ml

Premium Grade | UK Supply Research Amino-Acid Blend | Worldwide Delivery

(Metabolic Amino-Acid & Cellular Energy Research Blend)

Brief Summery

Meta-Amino is a high strength metabolic research compound blend developed for laboratory investigation into lipid metabolism, cellular energy handling, mitochondrial pathway activity, methylation biology and adiposity related marker studies. It contains a focused metabolic profile including L-Carnitine, L-Methionine, Inositol, Choline, Vitamin B12, Vitamin B6 and NADH. Within controlled research models, Meta-Amino is examined for its connection to fatty acid transport, redox balance, nutrient responsive metabolism, energy pathway regulation, lipid processing and biochemical systems linked to metabolic research, body composition marker studies and weight management related laboratory investigation.

Product Overview

Meta-Amino is a specialist metabolic research compound blend designed for laboratory investigation into amino acid related metabolism, lipid pathway activity, mitochondrial energy systems and nutrient linked biochemical signalling. The blend includes L-Carnitine, L-Methionine, Inositol, Choline, Vitamin B12, Vitamin B6 and NADH, each selected for its relevance to controlled research involving fatty acid transport, methylation pathway biology, redox chemistry, metabolic enzyme activity and cellular energy processing.

In research environments, L-Carnitine is commonly examined for its role in mitochondrial fatty acid transport and lipid metabolism models. L-Methionine, Choline, Vitamin B12 and Vitamin B6 are studied for their connection to methylation pathways, homocysteine metabolism and amino acid related biochemical cycles. Inositol is investigated in relation to cellular signalling, nutrient response behaviour and metabolic pathway regulation. NADH is researched as a reduced coenzyme involved in electron transfer, redox balance and energy associated enzymatic reactions. Meta-Amino is intended only for professional research environments where metabolic amino acid compounds, nutrient cofactors and cellular energy pathways are assessed under controlled laboratory conditions.

Scientific Background

From a biochemical research perspective, Meta-Amino brings together compounds associated with lipid transport, methyl group metabolism, mitochondrial function, redox chemistry and cellular energy regulation. L-Carnitine is studied for its connection to fatty acid movement into mitochondrial systems, making it a key compound in laboratory models focused on lipid utilisation, metabolic flexibility and energy pathway investigation.

L-Methionine is an essential amino acid researched for its involvement in methylation cycles and S-adenosylmethionine related biochemical pathways. Choline is examined for its connection to phospholipid biology, methyl donor systems, lipid transport and metabolic signalling. Vitamin B12 and Vitamin B6 are studied as important cofactors in amino acid metabolism, homocysteine pathway research and enzyme dependent biochemical reactions.

Inositol is researched in cellular signalling models where nutrient response, insulin related pathway markers and metabolic communication are important areas of investigation. NADH is included for its relevance to oxidation reduction reactions, electron transfer systems and cellular energy pathway research. Together, these compounds make Meta-Amino suitable for laboratory investigation focused on metabolic pathway activity, lipid related marker studies, body composition research models and nutrient dependent energy regulation.

Research Applications

Meta-Amino is applied in laboratory research across metabolic science, lipid pathway investigation, mitochondrial biology, methylation research, adiposity marker studies and cellular energy pathway analysis. Researchers may use this blend to examine how selected amino acid and cofactor compounds interact with fatty acid transport systems, nutrient signalling pathways, redox reactions and energy related enzyme networks.

Additional research applications include studies focused on body composition marker models, metabolic rate associated pathways, lipid turnover research, oxidative response markers, mitochondrial transport systems and cellular adaptation during nutrient responsive investigation. The inclusion of L-Carnitine and NADH makes this blend especially relevant for research into fatty acid oxidation models and energy pathway regulation, while Choline, L-Methionine, Vitamin B12 and Vitamin B6 support investigation into methylation linked metabolic cycles. These applications support controlled investigation into the biochemical pathways connected with metabolic research, lipid processing, cellular energy output, body mass related study markers and weight management associated laboratory models.

Meta-Amino Compound Profile

L-Carnitine 300mg

L-Carnitine is studied for its role in mitochondrial fatty acid transport and lipid metabolism research. Within metabolic laboratory models, L-Carnitine is examined for its connection to fatty acid movement, cellular energy handling, lipid utilisation markers and biochemical systems involved in body composition and weight management related research.

L-Methionine 25mg

L-Methionine is an essential amino acid researched for its role in methylation biology, amino acid metabolism and S-adenosylmethionine related pathway studies. In metabolic research, L-Methionine is examined for its relevance to methyl group transfer, liver pathway models, lipid processing markers and nutrient dependent biochemical regulation.

Inositol 50mg

Inositol is studied for its connection to cellular signalling, second messenger systems and nutrient response pathways. Within metabolic research models, inositol is examined for its relevance to insulin related signalling markers, cellular communication, lipid pathway regulation and biochemical systems linked to energy balance investigation.

Choline 50mg

Choline is a nutrient associated compound studied for its role in phospholipid biology, methyl donor systems and lipid transport research. In metabolic pathway studies, choline is examined for its connection to liver lipid handling models, membrane structure, fat transport markers and nutrient linked methylation activity.

Vitamin B12 1mg

Vitamin B12 is researched for its involvement in methylation pathways, amino acid metabolism and enzyme dependent biochemical reactions. Within metabolic research, Vitamin B12 is examined for its connection to homocysteine pathway models, cellular energy systems, methyl group transfer and nutrient dependent metabolic regulation.

Vitamin B6 50mg

Vitamin B6 is studied for its role in amino acid metabolism, transamination reactions and enzyme cofactor activity. In metabolic research models, Vitamin B6 is examined for its relevance to protein metabolism, homocysteine pathway investigation, nutrient breakdown systems and biochemical reactions connected to energy pathway control.

NADH 50mg

NADH is the reduced form of nicotinamide adenine dinucleotide and is studied as a coenzyme involved in redox reactions and electron transfer. Within metabolic research, NADH is examined for its connection to cellular energy production, mitochondrial pathway activity, oxidation reduction balance and enzyme systems involved in metabolic output.

Technical Specification

Contents: 10ml Meta-Amino Acid
Form: Liquid research solution
Purity: Laboratory grade research blend 99% Purity
Compound Type: Metabolic Amino-Acid & Cellular Energy Research Blend
Presentation: 10ml liquid vial
Components: L-Carnitine 300mg, L-Methionine 25mg, Inositol 50mg, Choline 50mg, Vitamin B12 1mg, Vitamin B6 50mg, NADH 50mg
Solution Base: Aqueous Solution
Molecular Formula: Not applicable, Meta-Amino is a multi Amino-Acid blend
Appearance: Clear to lightly coloured liquid solution. Natural colour variation may occur due to Vitamin B12, Vitamin B6 and NADH content
Storage: Store between 10°C and 15°C. Protect from direct light

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

Disclaimer

For research purpose only, Not for human consumption