Comprehensive ASO Manufacturing Capabilities

From Research Validation to Clinical Development

AUM Biotech provides therapeutic-grade antisense oligonucleotides with comprehensive chemical modification capabilities for preclinical and clinical development. Our scalable GMP-compliant manufacturing platform delivers consistent quality from research-scale (µmol) through commercial production (multi-gram) with validated analytical methods and complete regulatory documentation.

Whether you're advancing a target from research validation to preclinical studies, or require therapeutic-grade ASO drug substance for clinical trials, our custom synthesis service delivers the exact modifications, scale, and purity you need.

Comprehensive Modification Capabilities

Access any combination of sugar and backbone modifications to optimize your therapeutic ASO

Sugar Modifications

  • 2'-O-Methyl (2'-OMe) - Enhanced nuclease resistance
  • 2'-O-Methoxyethyl (2'-MOE) - Superior pharmacokinetics
  • 2'-Fluoro (2'-F) - Increased binding affinity
  • Locked Nucleic Acid - Maximum target affinity

Backbone Modifications

  • Phosphorothioate (PS) - Nuclease resistance & protein binding
  • Phosphodiester (PO) - Natural backbone structure
  • Mixed PS/PO - Optimized stability/activity balance
  • Custom Chimeric Designs - Tailored for your application

Flexible Scale Options

Seamless scaling from research to clinical production

Scale TierQuantity RangeTypical ApplicationsTurnaround
Research Scale1-10 µmolTarget validation, initial screening, mechanism studies2-3 weeks
Pre-Clinical10-100 µmolIn vivo efficacy, PK/PD studies, dose-response optimization3-4 weeks
Clinical Pilot100-1000 µmolIND-enabling toxicology, Phase I trial material, formulation development6-8 weeks
Bulk Production1 - 500+ gramsPhase I/II/III clinical trials, drug substance manufacturing, commercial supply8-24 weeks

Clinical-Grade Purification & QC

Multiple purification tiers to meet your quality requirements

Purification Methods

  • Cartridge Purification - Standard desalting
  • RP-HPLC - High purity (>95%)
  • IE-HPLC - Ultra-high purity (>98%, >99%)
  • GMP-Compliant HPLC - Clinical-grade production

Quality Assurance

  • MALDI-TOF MS - Molecular weight confirmation
  • HPLC Analysis - Purity verification
  • Endotoxin Testing - For in vivo applications
  • Certificate of Analysis - Complete analytical package
  • GMP Documentation - Optional for clinical use

Delivery & Storage

Ensuring stability from manufacturing to your lab

Shipping Format

  • Lyophilized Powder - Maximum stability for long-term storage
  • Solution Format - Ready-to-use for immediate applications
  • Cold Chain Shipping - Temperature-controlled delivery
  • Custom Aliquoting - Minimize freeze-thaw cycles

Storage Recommendations

  • Lyophilized - Store at -20°C, stable for 24+ months
  • Solution (sterile) - Store at -80°C, aliquot to avoid freeze-thaw
  • Reconstitution - Nuclease-free water or PBS recommended
  • Stability Data - Available upon request for clinical batches

Overcoming Common ASO Development Challenges

Expert solutions for difficult synthesis and scale-up problems

Challenging Sequences

Successfully synthesize difficult sequences including G-rich regions, poly-purine stretches, and highly repetitive motifs that cause failures at other manufacturers

High-Concentration Formulations

Achieve formulation concentrations up to 200 mg/mL with minimal aggregation through optimized buffer systems and excipient selection

Seamless Scale-Up

Prevent scale-dependent failures through early process optimization and robust analytical methods that transfer smoothly from development to production

Complex Modification Patterns

Custom gapmer designs, mixed backbone chemistries, and position-specific modifications tailored to optimize your ASO's activity and safety profile

Immunostimulation Mitigation

Minimize innate immune activation through strategic sequence design and chemical modification patterns that reduce TLR7/8/9 engagement while maintaining target potency

Analytical Method Development

Custom analytical method development and validation for complex modification patterns, ensuring CMC-compliant characterization from research through IND submission

Why Choose AUM Biotech for Custom Synthesis

Comprehensive Modification Expertise

Complete synthesis capabilities for therapeutic ASO chemistries including 2'-O-Methoxyethyl (MOE), 2'-O-Methyl (OMe), 2'-Fluoro modifications with phosphorothioate, phosphodiester, or custom mixed backbone configurations

Scalable GMP Manufacturing

Seamless scaling from development (1 µmol) to commercial production (500+ grams) with validated processes ensuring batch-to-batch reproducibility and consistent purity profiles

Rapid Turnaround

Competitive turnaround times through in-house expertise and streamlined workflows

Partnership Approach

Partner with our PhD scientists throughout your ASO program - from sequence design and chemistry optimization to CMC documentation and regulatory filing support

Quality Assurance

Comprehensive analytical testing including MALDI-TOF MS, HPLC purity analysis, endotoxin testing, and complete Certificate of Analysis with optional GMP documentation for IND/CTA submissions

Scientific Support

Direct access to experienced oligonucleotide chemists for sequence design consultation, modification strategy, analytical method development, and troubleshooting throughout your project lifecycle

Request Custom Quote

Provide your ASO specifications and we'll respond within 24 hours

Enter nucleotide sequence (A, T, U, G, C only)
Contact Information

Our team will respond within 24 business hours

Accelerate Your ASO Development Program

Our oligonucleotide chemistry experts are ready to discuss your therapeutic program, optimize your ASO design for potency and safety, and provide guidance on scale-up strategy, purification methods, and regulatory requirements. Schedule a consultation to accelerate your path to the clinic.

Already submitted a quote? Our team will respond within one business day with detailed pricing and lead time information.