Investing in Next-Generation Precision Therapeutics
Our pipeline reflects Dawn Therapeutics’ strategic progression from discovery to translational readiness. All programmes are currently in preclinical stages and will advance according to milestone-driven decision gates and regulatory planning.
Lead Programme — DTX-101 (MPS-I H, Hurler Syndrome)
Recent Milestones
Indication:
Hurler syndrome (MPS-I H), targeting both neurological and skeletal manifestations
Modality / Vector:
In vivo “stealth” lentiviral vector delivering functional IDUA gene
Status:
Preclinical optimization, toxicology, biodistribution, CMC development
Next Milestone:
IND-enabling studies in progress; regulatory consultations planned
Platform & Modality Programmes
While DAWN-01 is our lead translational candidate, we simultaneously develop platform technologies and modular payload approaches to enable broader applications. These are under early-stage validation.
Cartilage & Bone Delivery Platform
Target genetic and degenerative disease of skeletal tissues.
Delivery optimization of payloads like IDUA mRNA/gene.
LNP–mRNA Payloads
Express therapeutic proteins or enzymes in localized tissues.
Biodistribution, expression durability, safety profiling.
RNAi / ASO Payloads
Suppress pathogenic genes in neurological or musculoskeletal disease.
Feasibility studies, dose–response evaluation.
AAV Vector Designs
Durable gene transfer in selected tissues.
Vector engineering, expression control, safety evaluation.
Translational Tools & Assays
Assay development to evaluate therapeutic performance across models.
Pharmacology, biodistribution, and tissue readouts.
Exploratory Discovery Projects
In parallel with our lead and platform programmes, we maintain a discovery-stage portfolio to identify new disease targets and payload combinations suited to our delivery systems. These are in earliest concept or pre-validation stages and are prioritized based on scientific rationale, unmet need, and translational feasibility.
Key Principles & Milestones
Go / No-Go gating
Each programme advances through staged decision points based on efficacy, safety, and manufacturability.
Biomarker-guided decisions
Preclinical studies incorporate biomarker endpoints, functional readouts, and pharmacokinetics to guide dose and safety margins.
Translational planning
Payload design, delivery engineering, and manufacturing work are undertaken early to minimize gaps toward clinical readiness.
Regulatory alignment
We engage external experts and regulatory consultants to ensure the pipeline is structured for future regulatory submission.
Collaborative flexibility
Certain programmes may be licensed, co-developed, or spun out depending on strategic alignment.