Live·Verified funding discovery · 2026.2
874 grants · 19 open · 435 companies · 2640 concepts874 / 19 / 435 / 2640
COMPANIESCompanies rated · 435 (no change)PROJECTSProjects rated · 70 (no change)CATALOGUE874 grants in catalogue · 19 open right nowPOWERED BYOpen Longevity · 501(c)(3) · Sherman Oaks, CACOMPANIESCompanies rated · 435 (no change)PROJECTSProjects rated · 70 (no change)CATALOGUE874 grants in catalogue · 19 open right nowPOWERED BYOpen Longevity · 501(c)(3) · Sherman Oaks, CA

Eternal Search · Ratings · Project Ratings

Bioreplacement

Regenerative medicine, tissue engineering, and organ replacement.

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#OverallProjectSci / Brk / Inv
152.9
Frontier Bio
Frontier Bio is a U.S. tissue-engineering startup pursuing two linked product lines: a patient-seeded, bioresorbable vascular graft intended for implantation and remodeling into a living blood vessel, and human tissue models such as lung and blood-brain-barrier/neural systems for preclinical testing. The central promise is plausible in concept and supported by repeated, fairly consistent company and interview claims, some partnership signals, and early preclinical/research-use positioning, but the evidence here is still weak on independent validation: most sources are company-controlled, interview-based, press-style, or investor-marketing materials, and the excerpts do not provide robust methods, sample sizes, peer-reviewed outcomes, or clinical data.
Sci 46.3Brk 62.0Inv 52.9
53%
249.0
Kind Bio
Kind Bio is a U.S. startup pursuing an "integrated organ network" platform: genetically engineered animal systems designed to grow transplantable peripheral organs while lacking higher CNS function and a normal body plan. The core promise is abundant organ supply for transplantation and, longer term, multi-organ replacement for age-related decline. The evidence is still early and mostly self-described or patent-based; there is no peer-reviewed demonstration here of functional human-ready organs, clinical efficacy, or scalable manufacturing.
Sci 37.8Brk 77.6Inv 40.9
49%
340.7
Wearable regenerative bioreactor for controlled wound healing
BioDome-R is an early-stage academic proof-of-concept for a small wearable regenerative bioreactor that creates a sealed local wound microenvironment and delivers short-term pro-regenerative cues in small-animal models. The strongest support in the provided evidence is not clinical efficacy but plausibility: related literature supports the relevance of mechanochemical control, wearable hydrogel patches, and flexible wound bioelectronics, while the project-specific evidence shows a concrete preclinical plan, explicit safety endpoints, and a narrow immediate goal of testing feasibility, tolerability, and biological response rather than claiming regeneration or translation.
Sci 49.9Brk 40.0Inv 33.1
41%