ASOlutions

Your Solution for RNA Therapeutics Strategies

Precision antisense oligonucleotide design powered by ASOwalker™. Transform months of trial-and-error into days of data-driven design.

$5.8B
ASO Market 2025
8%
Annual Growth
10+
FDA Approved ASOs
100%
In Silico Precision

Why ASOlutions?

Expert-driven computational design that bridges the gap between research and therapeutic development

Deep Molecular Expertise

Founded by a PhD molecular biologist with hands-on experience in RNA splicing and gene therapy research.

Accelerated Design

What takes weeks manually, we deliver in days. Our computational pipeline rapidly generates optimized ASO candidates.

Precision Targeting

Every ASO design comes with comprehensive off-target analysis, thermodynamic predictions, and mechanistic rationale.

Risk Reduction

De-risk your pipeline early. Our in silico screening identifies the most promising candidates before synthesis.

Global Service

Fully virtual consultancy serving clients worldwide. Seamless collaboration across time zones.

Patient-Driven Mission

Rooted in collaboration with patient advocacy groups like FAME Argentina and CureSMA. We understand the urgency.

Proprietary Technology

Powered by ASOwalker

ASOlutions™ is built on ASOwalker™, our proprietary computational platform developed by RNA scientists with direct experience in FDA-approved ASO drug programs.

ASOwalker™ integrates decades of published ASO research, validated design principles from clinical successes like Nusinersen, Eteplirsen, and Inotersen, and rigorous molecular biology to transform how ASOs are designed.

Instead of synthesizing hundreds of candidates hoping a few will work, our platform systematically analyzes your target—from gene structure to RNA accessibility—and delivers a focused set of high-confidence designs with clear scientific rationale.

Comprehensive Gene Analysis

Complete transcript mapping, isoform identification, and exon-intron architecture for informed targeting decisions.

Five ASO Mechanisms Supported

RNase H knockdown, splice switching (exon skip/include), translation blocking, and expression enhancement strategies.

Rigorous Off-Target Screening

Transcriptome-wide analysis with risk stratification to identify potential cross-reactivity before synthesis.

Chemistry Optimization

Expert recommendations for backbone, sugar modifications, and architecture based on your target and application.

Synthesis-Ready Deliverables

Sequences formatted for direct ordering from major oligo manufacturers—no additional processing required.

Our Services

From computational design to experimental validation—complete ASO development support

In Silico Design

Start your project with computational design rationales ready to translate into wet lab experiments

Basic Screening

Get started with ASO design

Starting at
$500

per target gene

  • Single target gene analysis
  • One optimized ASO strategy
  • Top 3 ASO candidates
  • Off-target screening
  • Design rationale report
  • Vendor-ready sequences
Perfect for feasibility studies and pilot projects
Get Started
MOST POPULAR

Standard Design

Comprehensive ASO development

Starting at
$1,500

per target gene

  • Complete target gene analysis
  • Full ASO candidate library
  • Comprehensive off-target analysis
  • Mechanism-based design rationale
  • Chemistry modification recommendations
  • Detailed design report
  • Revision rounds available
  • Vendor-ready sequences
  • Standard protocol strategies
Solid foundation to get your project going
Request Quote

Advanced Consulting

End-to-end project partnership

Contact for Price

custom scope & pricing

  • One biological question, multiple target genes
  • Full candidate library with thermodynamic analysis
  • Comprehensive off-target screening
  • Tailored delivery strategy consultation
  • Chemistry optimization & recommendations
  • Synthesis partner coordination
  • Scientific protocol design
  • Priority support & revisions
Best chances for your project to jumpstart into results
Schedule Consultation

Experimental Validation(Coming Soon)

Take your ASO candidates from computational predictions to experimental proof

In Vitro Validation

Coming Soon

"Start your project with real, publication-ready results"

Cell-based ASO efficacy testing with knockdown quantification, dose-response curves, and toxicity assessment in relevant cell models.

  • qPCR knockdown validation
  • Western blot confirmation
  • Cell viability assays
  • IC50 determination

In Vivo Validation

Coming Soon

"Ready to begin your path to clinical trials?"

Pre-clinical animal studies with tissue distribution analysis, pharmacokinetics, and efficacy evaluation in disease-relevant models.

  • Tissue biodistribution
  • PK/PD characterization
  • Efficacy in disease models
  • Safety & tolerability

Interested in validation services? Contact us to be notified when available.

Gene Intelligence Hub

Free tools to get started — explore genes, isoforms, and RNA structure to inform your ASO design

Examples: SMN2, ENSG00000172062, NM_000546

Gene Information Hub

Search any gene (HGNC / Ensembl / RefSeq) and view transcripts, exon–intron structure, UTRs, variants, and key annotations—optimized for ASO targeting.

Open Hub

RNA Structure Viewer

Predict RNA secondary structure and accessibility across a region. Overlay candidate ASO binding sites with accessibility metrics and ΔG.

View Structure

Isoform Explorer

Compare isoforms side-by-side. Visualize exon inclusion patterns, CDS/UTR differences, and isoform-specific target windows for ASOs.

Explore Isoforms

Who We Serve

From academic research to clinical development

Academic Labs

  • Gene function studies
  • Disease model development
  • RNA biology research
  • Cost-effective solutions

Biotech Startups

  • Early-stage drug discovery
  • Target validation
  • Lead optimization
  • Pipeline acceleration

Patient Foundations

  • Patient advocacy partnerships
  • Orphan drug development
  • Personalized ASO design
  • Compassionate access support

Meet the Founder

Dr. Stigliano is an RNA scientist trained at the University of Buenos Aires (UBA)—one of Latin America's leading universities—where he completed his doctoral research in Alberto R. Kornblihtt's lab (UBA/CONICET), a globally recognized leader in RNA biology and alternative splicing. In this environment, he built deep expertise at the intersection of RNA therapeutics, epigenetics, and gene regulation.

His career is international by design. He completed undergraduate training in Scotland and has developed collaborations across borders, including with Boston University. During his doctoral training, he collaborated with Dr. Adrian R. Krainer—a pioneer of splice-switching ASO therapeutics whose work enabled Nusinersen (Spinraza), the first FDA-approved ASO drug for SMA.

Dr. Stigliano has contributed to peer-reviewed research spanning high-impact mechanistic biology and applied RNA technologies, including a Cell paper (Cover of the Issue) showing that splice-switching ASOs can produce unexpected chromatin effects—proposing strategies to improve SMA therapy outcomes.

Across industry settings, he has worked in pharmaceutical collaborations at Gador and ELEA Phoenix, delivering efficacy testing and development-ready reporting. He is currently a Senior Scientist at Kheiron Biotech, leading CRISPR-based genetic engineering, primary cell culture, and cloning workflows.

He remains engaged with the global RNA ecosystem—presenting at Cold Spring Harbor Laboratory, participating in the RNA Society, and working alongside Argentina's SMA community (FAME Argentina) in efforts supported by CureSMA.

José Nicolás Stigliano, PhD

Founder & Chief Scientific Officer

RNA TherapeuticsSplicingEpigeneticsCell (Cover)SMACSHL

Let's Connect

Ready to accelerate your ASO project? Get in touch for a free consultation.

Or reach us directly:

sticazzilabs@gmail.com
REAL OUTPUT

Example Report

A real ASOwalker™ report with sensitive details redacted. This is what you get.

🧬 ASOwalker Design Report

CNOT6L — Translation Blocking

Report ID: 4BE38055ASOwalker v12.3

Executive Summary

Target:CNOT6L (NM_001387838.1)
Strategy:Translation Blocking
Chemistry:2'-MOE + PS backbone
Candidates:5 top-ranked ASOs
Lead Candidate:ASO-1 (Score: 51.00)
Off-target Risk:Low

Top ASO Candidates

RankSequence (5'→3')TmΔGScoreRisk
#1CCTTTGGCATCCCTATTAGT47.5°C-34.651.00LOW
#2TTGGCATCCCTATTAGTCT45.1°C-32.451.00LOW
#3GGCATCCCTATTAGTCTT45.4°C-30.751.00LOW

Scoring Methodology

Duplex ΔG
35%
Accessibility
25%
Self-structure
20%
PROPRIETARY WEIGHTS
Hidden

Vendor-Ready Sequences

CNOT6L_ASO-120 nt | GC 45%
/52MOErC/*/i2MOErC/*/i2MOErT/*/i2MOErT/...
REDACTED
CNOT6L_ASO-219 nt | GC 42%
/52MOErT/*/i2MOErT/*/i2MOErG/*/i2MOErG/...
REDACTED

Full IDT-format sequences provided to clients

Pipeline Stages

80
Candidate Generation
10
Thermodynamic Ranking
5
Off-Target Screening

💡 Recommendations

Primary: ASO-1 shows the best combination of thermodynamic properties and specificity.

Validation: Confirm efficacy in cell-based assays. qPCR and Western blot recommended.

This is a redacted preview. Full reports include complete sequences, detailed analysis, and vendor-ready formats.
Get Your Report

Frequently Asked Questions

Everything you need to know about our ASO design services

Still have questions?

Contact Us