Dihexa 20mg Lyophilized Vial | Premium Neurogenic Research Compound

Advance your neuroscience and neuroplasticity research arrays with Alluvi Labs’ ultra-pure Dihexa 20mg lyophilized vial. Dihexa (chemically classified as N-hexanoic-Tyr-Ile-(6) aminohexanoic amide) is a cutting-edge, small-molecule peptide variant derived from angiotensin IV. Highly documented in preclinical neurology literature, this specialized hexapeptide exhibits an unprecedented capacity to cross the blood-brain barrier and bind directly to Hepatocyte Growth Factor (HGF), functioning as a high-affinity macromolecular initiator of synaptic repair and dendritic arborization patterns.
Our standalone 20mg units offer an exceptional baseline purity configuration for targeted in vitro neuronal culture models, neurodegenerative cellular tracking, and comparative synaptic density assays.

Key Biochemical Characteristics & Purity Standards

To maintain absolute experimental integrity and protect against faulty baseline parameters, every batch of our Dihexa inventory undergoes rigorous solid-phase synthesis coupled with deep analytical validation:

• Verified Chemical Purity: Exceeds 98% composition confirmed directly via analytical High-Performance Liquid Chromatography (HPLC) profiles.
  
• HGF/c-Met Activation Vector: Engineered to seamlessly bind to internal neural signaling systems, evaluating the enhancement of c-Met receptor phosphorylation to drive target synaptic growth.
  
• Visual Baseline Check: Lyophilized into a dense, solid white uniform cake, serving as an immediate visual validation of uncompromised, moisture-free structural integrity.
  
• Atmospheric Protection: Vacuum-sealed under an inert atmosphere layer inside durable glass laboratory vials to safeguard against side-chain degradation or premature hydrolytic breakdown.

Investigated Preclinical Action Channels

In peer-reviewed research tracking cognitive decline, traumatic brain injury (TBI) repair models, and synaptic loss, the Dihexa peptide sequence demonstrates a dynamic array of biological vectors:

1. Dendritic Spinogenesis Acceleration: Research indicates that Dihexa drives the creation of new functional dendritic spines and synaptic connections between neurons, showing massive potency in restoring synaptic connectivity in compromised cellular models.
2. Neurotrophic Receptor Sensitization: Investigated for its capacity to potentiate natural neurotrophic factors, supporting long-term potentiation (LTP) pathways responsible for memory consolidation and cellular learning tracks.
   
3. Cellular Survival Pathways: Studies evaluate its structural role in activating c-Met downstream survival markers, observing if high-affinity binding mitigates oxidative stress-induced apoptosis in central nervous system cells.

Product Specification Reference Table

Specification Parameter	Laboratory Standard Value
CAS Number	1401708-83-5
Molecular Formula	C27H44N4O5
Taste / Odor Profile	Odorless / Non-flavored Raw (Analytical Powder)
Total Active Content	20mg Lyophilized Powder
Solubility Profile	Freely Soluble in DMSO / Sterile Water / Physiological Saline

🔬 Preclinical Research Notice

This chemical matrix is synthesized strictly for in vitro laboratory analysis, neuroscience tracking, and animal cognitive research models. It is absolutely not intended, authorized, or safe for human therapeutic ingestion, cognitive enhancement use, memory treatment, or direct consumer application. All handling must be managed exclusively by qualified laboratory technicians.