Certificate of Analysis

2000 in stock

Quantity Price / Per Vial
1 – 3 $180.00
4 – 7 $160.00
8+ $140.00

ADAMAX 10MG

$180.00

Research Neuropeptide Signaling Capsules (Adamax) — 60 Capsules

Key Features
  • Synthetic peptide compound studied in neuropeptide and neuroplasticity research models
  • Encapsulated for consistent laboratory handling and repeatable protocols
  • Batch-tested to verify purity and identity

Description

Adamax 10 mg –

Adamax is a synthetic peptide research compound commonly investigated in laboratory models for its relationship to Semax-derived neuropeptide signaling. In preclinical research settings, Adamax is studied for its role in cellular communication pathways associated with neuroplasticity, peptide stability, and central nervous system signaling models.

Research interest in Adamax includes evaluation of its effects on neurogenic signaling, synaptic communication pathways, peptide-receptor interaction dynamics, cellular stress response, and cognitive research models. Experimental studies frequently examine its interaction with neuroprotective pathway modulation, neurotransmission-related systems, and neural plasticity-associated cellular networks.

Purity: ≥99% (HPLC tested)

Intended Use: For laboratory research only. Not for human consumption.

Key Features:

  • Synthetic peptide research compound studied in neuropeptide signaling models
  • Evaluated in neuroplasticity, peptide stability, and cellular communication research
  • Precision-filled capsules support repeatable experimental protocols
  • High-purity material verified through analytical quality control
  • Secure packaging preserves compound integrity during storage and handling

Certified-PEP’s Adamax capsules inare produced for research environments requiring consistency, purity, and controlled handling in advanced neuropeptide, cellular signaling, and neuroscience-focused studies.

Description

Description

Adamax 10 mg –

Adamax is a synthetic peptide research compound commonly investigated in laboratory models for its relationship to Semax-derived neuropeptide signaling. In preclinical research settings, Adamax is studied for its role in cellular communication pathways associated with neuroplasticity, peptide stability, and central nervous system signaling models.

Research interest in Adamax includes evaluation of its effects on neurogenic signaling, synaptic communication pathways, peptide-receptor interaction dynamics, cellular stress response, and cognitive research models. Experimental studies frequently examine its interaction with neuroprotective pathway modulation, neurotransmission-related systems, and neural plasticity-associated cellular networks.

Purity: ≥99% (HPLC tested)

Intended Use: For laboratory research only. Not for human consumption.

Key Features:

  • Synthetic peptide research compound studied in neuropeptide signaling models
  • Evaluated in neuroplasticity, peptide stability, and cellular communication research
  • Precision-filled capsules support repeatable experimental protocols
  • High-purity material verified through analytical quality control
  • Secure packaging preserves compound integrity during storage and handling

Certified-PEP’s Adamax capsules inare produced for research environments requiring consistency, purity, and controlled handling in advanced neuropeptide, cellular signaling, and neuroscience-focused studies.

Related products