AAAPAB

The Technology

Three converging capabilities — one integrated platform for delivering, designing, and guiding precision medicine.

3D illustration of the BioCapZ protein nanocapsid with encapsulated therapeutic payloads
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BioCapZ Nanocapsid Platform

BioCapZ is a protein-based nanocapsid engineered at the quaternary-structure level for therapeutic and diagnostic delivery. Non-infectious and low-toxicity by design, it provides a modular chassis that can be tailored to each program — and each patient.

  • Encapsulates DNA, RNA, proteins, and CRISPR gene-editing payloads
  • Functionalizable with therapeutic peptides for added targeting
  • Ambient-temperature stable — no cold chain required
  • Engineered for mucosal delivery (oral/intranasal), enabling needle-free administration
  • Fully modular and personalizable to program or patient needs
Illustration of AI-driven peptide and antigen design optimizing immune cell targeting
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AI-Guided Precision Medicine

Our computational design engine creates highly targeted cancer-fighting and vaccine candidates in silico. Peptides and antigens are optimized for immune presentation, then paired with the BioCapZ delivery platform to move from design to candidate faster.

  • In silico peptide design for targeted oncology and vaccine candidates
  • Antigens optimized for MHC Class I & II presentation
  • Stronger, more precise immune responses by design
  • Computational design + BioCapZ delivery accelerates development timelines
Illustration of MRI-guided focused ultrasound hyperthermia treatment with real-time tumor heat mapping
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AI-Guided Hyperthermia Treatment

BioCapZ particles can carry MRI or PET imaging agents to guide focused tumor treatment. During high-intensity focused ultrasound (HIFU) therapy, machine-learning-driven image analysis delivers real-time feedback — shifting treatment from static imaging to a live, AI-assisted loop.

  • Encapsulated MRI/PET agents guide focused tumor treatment
  • ML-driven image analysis provides real-time feedback during HIFU
  • Real-time MRI temperature mapping and 3D visualization for in-session guidance
  • Goal: precision hyperthermia with minimal impact to healthy tissue

Interested in the scientific detail?

We welcome technical and scientific inquiries — reach out and our team will follow up.

Contact the Team