Melissa Krebs
GelSana Therapeutics, Inc. · Startup
A zwitterionic polymer gel for post-shave care and wound healing.
In-development
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Updated Nov 2, 2026
Regenerative medicine covers the scaffolds, cells and materials used to rebuild tissue and not manage its loss. On Halo, the solutions cover wound healing materials, scaffolds and biomaterials, bioprinting and encapsulation, and engineered tissue models. Sign up to search the full network and post your specific need.
Wound healing materials
Melissa Krebs
DK
University of Maine
Wild blueberry extract in a nanocellulose hydrogel, working by improving blood flow to the wound.
In-development
Abhinav Acharya
Axilea LLC · Supplier
Alpha-ketoglutarate built into polyester additives to speed healing.
In-development
Scaffolds and biomaterials
ZS
A crosslinked hyaluronic acid scaffold meant to replace flat culture for 3D cell work.
Pilot/trialIn-development
BJ
Oregon State University
Seaweed-derived scaffolds for tissue engineering and bioactive peptide release.
In-development
Bioprinting and encapsulation
Filippos Tourlomousis
Biological Lattice Industries Corp. · Startup
A configurable robotic platform for multi-material 3D bioprinting.
Supply/purchaseIn-development
TK
IamFluidics · Supplier
In-air microfluidics encapsulating cells at high throughput with no losing biocompatibility.
Co-developmentIn-development
Engineered tissue models
JG
Tufts University
A validated 3D skin model built from patient-derived cells, for wound healing screens.
In-development
YW
Columbia University
A wound skinoid that reproduces every phase of healing and not one of them.
Sponsored researchIn-development
Cell therapy and islet transplantation
SF
Technion - Israel Institute of Technology · University
A retrievable printed device pairing islets with slow-release anti-inflammatory crystals for multi-year blood sugar control in diabetic dogs.
Sponsored researchIn-development
MU
Uniform, size-controlled pseudoislets that resist hypoxia and engraft better in islet transplantation for diabetes.
Sponsored researchIn-development
Measuring soft tissue mechanics
Ana Paula Knorst
Rheolution · Supplier
Non-destructive measurement of stiffness and viscoelasticity in hydrogels, soft biomaterials and tissues as they develop.
Supply/purchaseIn-development
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Who is working on regenerative medicine
Organizations in regenerative medicine
Universities, startups, and suppliers with solutions in regenerative medicine.
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Innovators in regenerative medicine
Researchers and inventors advancing regenerative medicine.
Regenerative medicine expertsAbout regenerative medicine
Regenerative medicine on Halo is mostly materials. Wound healing formulations and engineered scaffolds outnumber cell therapies, and a cluster of printing and encapsulation platforms exists to put them in shape. On Halo it spans six groups, including wound healing materials, scaffolds and biomaterials, and bioprinting and encapsulation.
Stage of development. Work on regenerative medicine on Halo is split between university programs and companies. 83% are past proof of concept (TRL 4 or higher). Sponsored research and co-development are the usual partnering routes, and about 40% of the solutions that state terms offer pilot engagements.
Three trends in regenerative medicine on Halo
Healing by material, not by drug. Most of the wound work is a material and not a molecule: a zwitterionic gel, a nanocellulose hydrogel carrying blueberry extract, polyester additives built on alpha-ketoglutarate, and non-mammalian collagen from jellyfish biomass. The active ingredient and the dressing are the same object.
Scaffolds sourced away from animals. Collagen gets made with no cattle. One group engineers Pichia strains to produce it, another builds soft tissue mimics entirely from natural non-animal inputs, and a third turns seaweed into scaffolds. Supply chain and regulatory pressure are shaping the material science.
Tissue models as the product. Several solutions sell the model and not the therapy: a 3D skin platform built from patient-derived cells, a wound skinoid covering every healing phase, and an ALS co-culture of iPSC motor neurons with muscle. They are aimed at the screening step that comes before a regenerative product exists.
513organizations
566solutions listed
52%from startups and companies
83%past proof of concept
Frequently asked questions
What is regenerative medicine?
Regenerative medicine rebuilds tissue in place of managing its loss, using cells, scaffolds and the materials that support both. It spans wound healing formulations, engineered scaffolds and biomaterials, bioprinting and cell encapsulation, and the tissue models used to test any of it. Biotechnology companies, device makers and academic tissue engineering groups are active in it.
What are examples of regenerative medicine?
Five examples of regenerative medicine solutions on Halo include:
- A zwitterionic polymer gel for post-shave care and wound healing. (GelSana Therapeutics, Inc.)
- A crosslinked hyaluronic acid scaffold meant to replace flat culture for 3D cell work. (OctoCells)
- A configurable robotic platform for multi-material 3D bioprinting. (Biological Lattice Industries Corp.)
- A validated 3D skin model built from patient-derived cells, for wound healing screens. (Tufts University)
- A retrievable printed device pairing islets with slow-release anti-inflammatory crystals for multi-year blood sugar control in diabetic dogs. (Technion - Israel Institute of Technology)
What are the latest regenerative medicine innovations?
The most recently updated regenerative medicine solutions on Halo include:
- An automated, GMP-ready platform for producing cell therapies reproducibly and at lower cost. (Mytos)
- In-air microfluidics encapsulating cells at high throughput with no losing biocompatibility. (IamFluidics)
- A configurable robotic platform for multi-material 3D bioprinting. (Biological Lattice Industries Corp.)
Which companies and suppliers are developing regenerative medicine?
There are 513 organizations with regenerative medicine solutions on Halo, 109 of them universities and research institutions. Among them are GelSana Therapeutics, Inc., University of Maine, and Axilea LLC. Most offer sponsored research or co-development. Sign up to see every organization working in the area and to send them your specific need.
How do I find regenerative medicine research partners?
Browsing regenerative medicine solutions on Halo is free. Sign up to search the full network and save the ones you want. Post your specific need to get exact matches. Organizations reply directly on the platform.
What are R&D teams looking for in regenerative medicine?
Over the past 12 months, R&D teams on Halo have posted these regenerative medicine needs:
Related medicine research areas
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