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Reliable Fmoc/tBu SPPS for short and long peptides—optimized for yield, purity and scalability with robust analytics and documentation.
Reliable solid-phase peptide synthesis ensuring high purity, sequence fidelity, and scalability.
Advanced purification and analytical verification for precise peptide identity and quality.
Stable, ready-to-use lyophilized peptide portions for convenient storage and handling.
We design sequence‑appropriate strategies (Fmoc/tBu) with orthogonal protections, optimized coupling/deprotection, and sequence‑specific additives to deliver high purity at scale.
Fmoc/tBu chemistry for linear and long peptides (up to ~60 aa, sequence‑dependent)
On‑resin cyclization/disulfide formation and selective deprotection
Difficult motifs mitigation: pseudoproline, backbone protection, chaotropic agents
LPPS/hybrid steps for challenging segments
High-efficiency automated systems enabling precise, reproducible peptide synthesis at various scales.
PEG-based resins optimized for high-yield synthesis of long or complex peptide sequences.
Integrated purification, analytical confirmation, and lyophilization for final peptide formulation.
SPPS as the primary platform with LPPS/hybrid for long or difficult sequences.
Amidation/acetylation, disulfides, stapling, PEGylation, lipidation, dyes/biotin.
Crude → >98% options; lyophilized powder or solution; salt/counter‑ion control.
Custom plates for screening; delivered in 96‑well formats with traceability.
Stable‑isotope labeled peptides for proteomics and quantification workflows.
HPLC/UPLC and MS identity; CoA/CoT; additional reports available on request.
