Learn More
Nootropics & Cognitive Compounds

Cognitive Research.
Pharmaceutical-Grade Compounds.

Mindtek has supplied verified nootropic research compounds to institutional researchers, clinics, and human performance scientists in Southeast Asia since 2017. Every compound meets the same standard: GC-MS identity, HPLC purity ≥98%, cryogenic storage, batch CoA.

GC-MS Verified HPLC ≥98% Solution-Phase Cryogenic −196°C Batch CoA
Why It Matters

The Problem With Nootropic Supply Chains

The nootropic market is exceptionally noisy. Research compounds change hands multiple times before reaching the end researcher. Purity claims are frequently unverified. Third-party CoAs are often shared across batches, or generated by labs with no ability to independently replicate results.

Mindtek owns its instrumentation. GC-MS and HPLC are performed in-house on our Bali compound laboratory on every single batch, not on a representative sample from a shared run. The number on the CoA reflects the actual compound you receive.

Release Criteria
  • GC-MS Identity ✓Molecular weight and fragmentation pattern confirmed against reference standards before release.
  • HPLC Purity ≥98%Quantitative purity by HPLC. Not estimated. Not interpolated from a master batch.
  • Cryogenic −196°C LN₂Solution-phase compounds stored in liquid nitrogen from preparation through dispatch.
  • Batch-Level CoAIndividual certificate per batch, traceable by batch number. Not shared across compounds or production runs.
  • USP797 FacilityPrepared in USP797-compliant compounding environment. Chain of custody documented from raw material to final release.
Verified Catalogue

Nootropic Research Compounds

All compounds supplied for research use only. Institutional pricing and batch CoA available on request.

GC-MSHPLC ≥98%

Semax

// ACTH(4-7)PGP analogue

Synthetic ACTH fragment with PGP modification. Research focus: BDNF upregulation, neuroprotection, cognitive performance under stress conditions, attention and memory consolidation models.

View Compound →
GC-MSHPLC ≥98%

Selank

// Tuftsin analogue

Synthetic tuftsin-based heptapeptide. Research focus: anxiolytic activity, GABA modulation, immune-peptide interactions, serotonin and dopamine receptor modulation without sedation.

View Compound →
GC-MSHPLC ≥98%

Dihexa

// HGF/MET activator

Hepatocyte growth factor-derived peptide. Research focus: synaptogenesis, cognitive enhancement modelling, HGF/MET signalling pathways, dendritic spine density in preclinical models.

View Compound →
GC-MSHPLC ≥98%

N-Acetyl Semax Amidate

// Modified ACTH analogue

N-terminal acetylation and C-terminal amidation increases lipophilicity and BBB penetrance in preclinical models compared to standard Semax. Research use: neurotrophin expression.

View Compound →
GC-MSHPLC ≥98%

Epithalon

// Tetrapeptide · Epiphysis

Ala-Glu-Asp-Gly tetrapeptide derived from epiphysis. Research focus: telomerase activity, circadian regulation, melatonin production, longevity biomarker modelling.

View Compound →
GC-MSHPLC ≥98%

Cerebrolysin Analogue

// Peptide Complex

Defined peptide fraction for neurotrophic research. Research focus: NGF-like activity, neuroprotection, neurite outgrowth, neuroplasticity models. Contact us for batch composition details.

Enquire →
Research Access

Batch CoA Available on Request.

Institutional researchers and registered clinics can request batch-specific GC-MS spectra and HPLC chromatograms for any compound in our catalogue. Volume pricing available for ongoing research procurement.

Full Shop Institutional Access