Our Pipeline

1/4

Product Candidates

Allogeneic ‘off the shelf’ therapeutics in development for prevalent tissue defects

Potential for new miRNA/exosome-based therapeutics for systemic tissue and other diseases

Autologous cell therapies for critical size tissue reconstruction

Lead program in rare pediatric orthopedic condition with large unmet need

The 3 M3 platform drives multiple classes of product candidates with an initial focus on autologous cell therapies for critical size tissue reconstruction and allogeneic therapeutics in development for prevalent tissue defects. Additionally, we are applying our platform to investigate potential miRNA/exosome-based therapeutics for systemic tissue and other diseases.

CELL-FREE PRODUCTS

 

Human Acellular Matrix / OFF-THE-SHELF

For smaller, prevalent tissue defects

Passive local delivery – Implantable


miRNA / EXOSOME BASED

For solid tumors treatment

Injectable

CELL-BASED PRODUCTS

 

3D Tissue Engineered Constructs / AUTOLOGOUS PRODUCTS

For critical size tissue reconstruction

Active local delivery – Implantable

2/4

Allogeneic/
"Off-the-shelf" Therapies

Novadip’s unique technology platform is also generating highly innovative allogeneic, ‘off-the-shelf’ product candidates with no viable cells to address prevalent indications in hard and soft tissue reconstruction.

The off-the-shelf products are made of ECMs to preserve passive delivery of highly specific growth factors and miRNAs necessary for tissue regeneration. The product candidates are lyophilized and sterilized for a long shelf life and simplified manufacturing. They are being specifically designed to treat smaller and more prevalent tissue defects.

NVD-X3 (an allogeneic therapeutic derived from NVD-003) is in preclinical development for hard tissue reconstruction. Potential indications include single-level spine fusion and maxillofacial fractures.

NVD-X3

NVD-X2 (an allogeneic therapeutic derived from NVD-002) is in preclinical development for soft tissue reconstruction. Potential indications include critical and chronic wounds and aesthetic dermatology.

NVD-X2

3/4

miRNA/
Exosome Therapeutics

We are applying our technology platform as a unique model to generate large quantities of purified and highly specific miRNAs/exosomes. Using highly differentiated stem cells in a 3-dimensional culture to produce miRNAs/exosomes has potential advantages over other approaches. We have identified several miRNAs involved in the modulation of bone remodeling, inhibition of cellular proliferation and tumor development. Potential indications include systemic tissue diseases, such as osteoporosis and osteoarthritis, as well as certain solid tumors.

4/4

3D Tissue Engineering Products/ Autologous cell therapies

NVD-003 is a second-generation therapy for critical size bone reconstruction, which is comprised of differentiated stem cells within an extracellular matrix resulting in active local delivery of highly specific growth factors and miRNAs leading to biological activity necessary for tissue regeneration for large bone defects.

NVD-003 is a 3-dimensional, malleable product candidate that is capable of filling virtually any defect. It has been shown to promote osteogenesis and angiogenesis, with anti-osteoclastic and high mineralization properties, while maintaining the ability to function in a low oxygen environment.

The lead indication for NVD-003 is congenital pseudarthrosis of the tibia (or CPT), a rare pediatric orthopedic condition in which the tibia of a young child breaks due to bowing and does not heal, resulting in non-union. An initial clinical trial in North America is planned to begin in 2020.

A Phase 1/2a trial in adults with a large bone non-healing fractures (bone non-union) is ongoing1.

NVD-003

NVD-001 is a first-generation therapy for bone regeneration and is being tested in a controlled Phase 1/2a trial in single-level spinal fusion patients. The trial is fully enrolled2.

NVD-001

NVD-002 is an autologous cell therapy for critical size skin repair. It is designed to have the key attributes of angiogenesis and dermis tissue remodelling to restore deep-thickness skin integrity and be used for large skin grafts.

NVD-002