Description
GL Pump Matrix
Multi-Amino Performance Complex
A precision eight–amino acid complex built around the nitric-oxide and energy-metabolism pathways — pairing vasodilatory precursors, a fatty-acid transporter, and a recovery cluster in a single 10 mL vial.
Eight amino acids, one research theme — nitric-oxide and energy-metabolism pathways.
| GL Pump Matrix is a research-grade blend of eight free-form amino acids formulated around a single physiological axis: the delivery of blood, oxygen, and fuel to active tissue. Its backbone is the citrulline–arginine pathway that drives endogenous nitric-oxide production, supported by L-carnitine for fatty-acid transport and a recovery cluster of glutamine, proline, lysine, and taurine.
Each vial is prepared to research-grade standards and lot-verified, so the concentration and ratio of every constituent stay consistent across your investigative work — an essential condition for reproducible bioenergetic, vascular, and recovery data. |
The formula is anchored by the citrulline–arginine–nitric oxide cascade — the same vasodilatory pathway that governs vascular tone, nutrient delivery, and the physiological “pump” observed under load.
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Four intersecting pathways — where the matrix does its work.
i
Nitric Oxide & Blood FlowL-Citrulline and L-Arginine feed nitric-oxide synthase, elevating NO to relax vascular smooth muscle and widen vessels — the basis of vasodilation and nutrient delivery. |
ii
Fatty-Acid EnergyL-Carnitine shuttles long-chain fatty acids across the mitochondrial membrane for β-oxidation, linking fat metabolism directly to ATP output and cellular energy. |
iii
Ammonia & FatigueL-Ornithine, L-Arginine, and L-Citrulline operate within the urea cycle to clear ammonia — a metabolic byproduct associated with fatigue during sustained exertion. |
iv
Recovery & StructureL-Glutamine, L-Proline, and L-Lysine supply substrates for protein synthesis, collagen formation, and repair, while L-Taurine supports cellular hydration and osmotic balance. |
On the Citrulline Advantage
Orally, L-citrulline raises plasma arginine — and downstream nitric oxide — more reliably than arginine itself, because it escapes breakdown in the gut and liver on first pass. Combining citrulline with arginine directly is a strategy of active interest in vascular and exercise-metabolism research, and forms the vasodilatory core of this matrix.
Every constituent disclosed — amounts per 1 mL.
| L-Carnitine | 220 mg | Fatty-acid transport & energy production | L-Citrulline | 120 mg | Nitric-oxide precursor, sustained vasodilation | L-Arginine | 110 mg | NO synthesis, blood flow, urea cycle | L-Ornithine | 110 mg | Urea cycle, ammonia clearance | L-Lysine | 70 mg | Protein synthesis & carnitine biosynthesis | L-Taurine | 60 mg | Cellular hydration, antioxidant support | L-Proline | 60 mg | Collagen & connective-tissue repair | L-Glutamine | 40 mg | Recovery, immune & gut-cell fuel |
Total amino content: 790 mg / mL · 7,900 mg per 10 mL vial
Primary subjects of investigation — strictly laboratory use.
A.01
Vascular & HemodynamicStudies of nitric-oxide–mediated vasodilation, endothelial function, and blood-flow dynamics using citrulline and arginine substrates. |
A.02
Exercise MetabolismResearch into substrate utilization, fatty-acid oxidation, ammonia handling, and work capacity in metabolic and performance models. |
A.03
Recovery & RepairInvestigating amino-acid contributions to protein synthesis, collagen formation, and connective-tissue recovery. |
A.04
Cellular HydrationStudies examining taurine-mediated osmoregulation, cell-volume balance, and oxidative-stress resilience. |
Peer-reviewed literature supporting the research potential of these constituents.
| i. |
Citrulline & Nitric-Oxide AvailabilityResearch demonstrating that oral L-citrulline raises plasma arginine and nitric-oxide markers more effectively than equivalent arginine, by avoiding first-pass degradation — establishing citrulline as a preferred vasodilatory substrate. |
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| ii. |
Carnitine & Fatty-Acid OxidationStudies characterizing L-carnitine’s role in shuttling long-chain fatty acids into mitochondria for β-oxidation, and its association with energy substrate utilization and metabolic efficiency. |
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| iii. |
Urea-Cycle Aminos & FatigueInvestigations into arginine, ornithine, and citrulline within the urea cycle, examining ammonia clearance and its relationship to fatigue markers during sustained metabolic load. |
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| iv. |
Glutamine, Taurine & RecoveryAnalyses of glutamine as a substrate for protein synthesis and cellular fuel, alongside taurine’s role in osmoregulation and antioxidant defense in recovery-adjacent models. |
Certificate of analysis available upon request.
| Blend Name | GL Pump Matrix | Composition | 8-Amino Acid Complex | Total Amino Content | 790 mg / mL (7,900 mg per vial) | Format | Solution | Vial Size | 10 mL | Purity | Research Grade (HPLC Verified) | Storage | Refrigerate at 2–8°C · Protect from light | Reconstitution | Pre-mixed — ready as supplied |
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