Our Technology
Currently Available
Under Development
AvantBio's
"Next Gen" Technology
Chemically Defined
Animal /Human Origin-Free (cdAOF)
- Currently Available For:
- Planned or Under Development For:
Applications in Basic and Preclinical Laboratory Research
- 2D Human Fibroblast and Other Mesenchymal Cell Cultures
- Skin-derived Dermal fibroblasts
- Cornea-derived Stromal Fibroblasts (Keratocytes)
- Dermal Fibroblasts as Precursor Cells for Induced Pluripotent Stem Cells (iPSCs)
- Diploid Fetal Lung-derived Fibroblasts (e.g., WI-38)
- Hair Follicle Dermal Papilla Cells (HFDPC)
- 3D Bioprinted, Automated or Manually Reconstructed Connective Tissue, Using Human Fibroblasts
- Connective Tissue (e.g., Skin Dermis, Corneal Stroma)
- Other Connective Tissues
- Tissue on a Chip (e.g., Skin Dermis, Corneal Stroma)
Clinical Applications in Regenerative and Esthetic Medicine Using Dermal Fibroblasts and Other Mesenchymal Cells
- 2D Cell-based Therapies (e.g. Cutaneous, Cornea, Other)
- 2D Cell-derived Therapeutic Products (e.g., Conditioned Medium and Exosomes)
- 3D Reconstructed Connective Tissue Therapies (e.g. Cutaneous, Cornea, Other)
Cosmeceutical Applications Using Dermal Fibroblasts and Other Mesenchymal Cells
- Cell-derived Cosmeceutical Products (e.g., Conditioned Medium and Exosomes)
- Currently Available For:
- Planned or Under Development For:
- 2D Epithelial Cell Cultures
- Human Epidermal Keratinocytes
- Human Corneal Epithelial Cells
- Human Gingival (gum) Epithelial Cells
- MDCK Cells (Immortalized Canine Cell Line)
- VERO Cells (Immortalized African Green Monkey Cell Line)
- 3D Bioprinted, Automated or Manually Reconstructed Tissue, Using Human Keratinocytes or Corneal Epithelial Cells
- 3D Reconstructed Epidermis and Corneal Epithelium
- 3D Reconstructed Epidermis and Corneal Epithelium on a Chip
- 3D Reconstructed Epidermis and Corneal Epithelium for In Vitro testing (e.g., Irritancy, Corrosion, Genotoxicity, Permeation, Other)
Clinical Applications in Regenerative and Esthetic Medicine Using Keratinocyte and Corneal Epithelial Cell Cultures
- 2D Cell-based Therapies (e.g., Cutaneous, Corneal)
- 3D Reconstructed Tissue-based Therapies (e.g., Cutaneous, Corneal)
- Currently Available For:
- Planned or Under Development For:
Basic and Preclinical Laboratory Research Applications that Require Efficient Low-temperature (–196 °C) Cryopreservation and Recovery of Cells, Using Low (5%) and Very-low (2%) DMSO Cryopreservation Media
Clinical Applications that Require Efficient Low Temperature (–196 °C) Cryopreservation, Recovery and Therapeutic Delivery of Mammalian Cells or Tissue, Using Ultra-low to Zero Percent DMSO Conditions
- Currently Available For:
- Planned or Under Development For:
Planned or Under Development
Clinical Applications in Regenerative and Esthetic Medicine Using Human Amniotic (hAEC) and Cord Lining (CLSC) Epithelial Stem Cells
- 2D Cell-based Therapies
- 2D Cell-derived Therapeutic Products (e.g., Conditioned Medium and Exosomes)
- 3D Reconstructed Tissue Therapies
Cosmeceutical Applications Using Epithelial Stem Cells (hAEC and CLSC)
- Cell-derived Cosmeceutical Products (Conditioned Medium and Exosomes)
- Currently Available For:
- Planned or Under Development For:
Planned or Under Development
Clinical Applications in Regenerative and Esthetic Medicine Using Human Mesenchymal Stem Cells (HMSC)
- 2D Cell-based Therapies
- 2D Cell-derived Therapeutic Products (e.g., Conditioned Medium and Exosomes)
- 3D Reconstructed Tissue Therapies
Clinical Applications in Regenerative and Esthetic Medicine Using Human Mesenchymal Stem Cells (HMSC)
- Cell-derived Products (e.g., Conditioned Medium and Exosomes)
RESEARCH COLLABORATIONS, PARTNERING aND INVESTMENT
Let’s explore the possibilities!
Are you intrigued by the cutting-edge technologies developed by AvantBio? We’re eager to connect with potential partners and investors and explore new collaborative opportunities. Whether you are interested in investment, have a specific project in mind or simply want to learn more about how we can work together, we invite you to get in touch with us. You can send us an email at busdev@avantbio.com or visit our “Contact Us” page to provide additional information about your interests.