Advancing scientific research through premium biotechnology.
High-purity laboratory research compounds supported by independent testing, transparent documentation, and scientific integrity.
Trusted by research teams at
The standards behind every vial.
Newest compounds. Trusted staples.
Oxytocin 10mg
$89.00AOD-9604
$89.00ARA-290
$99.00BPC-157 25mg
$139.00BPC-157 + TB-500 Stack
$139.00Wolverine (BPC-157 + TB-500)
$149.00Built to pharmaceutical standards.
Every peptide passes through a documented, auditable pipeline — from raw amino acid to sealed vial — engineered for reproducible research.
Solid-phase synthesis
Fmoc-based SPPS in controlled cleanroom environments with in-process analytical checkpoints at every coupling stage.
HPLC + Mass Spec verified
Every batch is characterized by reverse-phase HPLC and ESI-MS. Purity thresholds exceed 99% for research applications.
Third-party assay
Independent analytical laboratories cross-verify identity, potency, and endotoxin levels before release.
Cold-chain logistics
Insulated, temperature-monitored shipping preserves peptide stability from lyophilization to lab bench.
Full documentation
Batch-level certificates of analysis, HPLC chromatograms, and mass spectra delivered with every shipment.
Research-grade only
Compounds are supplied strictly for in-vitro laboratory investigation under qualified institutional oversight.
A quality system engineered
the way biotech does it.
Our processes borrow from GMP pharmaceutical manufacturing — not from the supplement industry. Every step is documented, every deviation is investigated, every batch is defensible.
- USP <1225> compliant validation methodology
- Cleanroom synthesis with continuous particulate monitoring
- Sequence confirmation by high-resolution mass spectrometry
- Residual solvent screening via headspace GC
- Bioburden and endotoxin screening on every lot
- Immutable digital chain-of-custody records
Latest research publications.
Method notes, whitepapers, and analytical publications from the BioNex research team.
Reverse-phase HPLC methods for research peptide purity
Gradient design, column selection, and QC pass criteria used across the BioNex catalog.
Lyophilization parameters and long-term peptide stability
How controlled-shelf lyophilization impacts residual moisture and shelf life.
LC-MS confirmation of peptide molecular weight
High-resolution mass confirmation methodology applied to every BioNex SKU.
Why researchers choose BioNex.
A partnership built on scientific rigor, quality control, and complete transparency.
Industry-leading quality
Every batch synthesized under cleanroom conditions and validated against pharmaceutical-grade release criteria.
Independent testing
Third-party analytical laboratories verify purity, identity, and endotoxin thresholds before shipment.
Transparent sourcing
Traceable supply chain from raw amino acids to sealed vial — every step is documented and auditable.
Scientific integrity
Strictly research-use compounds supplied to qualified institutions with honest, evidence-based communication.
Publications & field notes.
Comparative HPLC characterization of therapeutic GLP-1 analogs
A methods paper describing reproducible purity assessment across a panel of six research-grade peptides.
Endotoxin control in solid-phase peptide synthesis
How cleanroom design, resin selection, and lyophilization protocols influence bioburden outcomes.
Cold-chain logistics: preserving peptide integrity in transit
Empirical stability data across 72-hour temperature-monitored shipments to institutional laboratories.
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