All Updates

All Updates

icon
Filter
Product updates
Modern Meadow launches prototype of bio-based leather material
Bio-based Materials
Feb 9, 2022
This week:
Funding
EKORE raises EUR 1.3 million (~ USD 1 million) in seed funding to strengthen platform
Digital Twin
Dec 20, 2024
Funding
Culina Health raises USD 7.9 million in Series A funding to expand offerings and expand team
Functional Nutrition
Dec 19, 2024
FDA approval
ViGeneron receives IND clearance for VG801 gene therapy
Cell & Gene Therapy
Dec 19, 2024
Product updates
Reflex Aerospace ships first commercial satellite SIGI
Next-gen Satellites
Dec 19, 2024
Partnerships
Vast partners with SpaceX for two private astronaut missions to ISS
Space Travel and Exploration Tech
Dec 19, 2024
Management news
Carbios appoints Philippe Pouletty as interim CEO amid plant delay
Waste Recovery & Management Tech
Dec 19, 2024
Funding
BlueQubit raises USD 10 million in seed funding to develop quantum platform
Quantum Computing
Dec 19, 2024
FDA approval
Arbor Biotechnologies receives FDA clearance for ABO-101 IND application
Human Gene Editing
Dec 19, 2024
Partnerships
Funding
Personalis partners with Merck and Moderna for cancer therapy development and investment
Precision Medicine
Dec 19, 2024
Partnerships
COTA partners with Guardant Health to develop clinicogenomic data solutions for cancer research
Precision Medicine
Dec 19, 2024
Bio-based Materials

Bio-based Materials

Feb 9, 2022

Modern Meadow launches prototype of bio-based leather material

Product updates

  • Modern Meadow (MM), a New York developer of collagen-based materials from plant proteins, has published its findings on “Bioleather1 (BL1),” its latest prototype alternative to chrome tanned bovine leather.

  • BL1 is a bio fabricated material created using Modern Meadow’s proprietary “BioAlloy'' technology, a process that uses bio-based polymers and proteins to create a sustainable alternative to traditional leather for high-performance applications.

  • According to the company’s research findings, BL1 reduces greenhouse gas emissions by 80% and 20% compared to traditional and synthetic leather, respectively. It also reduces water consumption from groundwater sources, land use, and the subsequent degradation of water bodies during the process by 95% compared to conventional leather production.

Contact us

Gain access to all industry hubs, market maps, research tools, and more
Get a demo
arrow
menuarrow

By using this site, you agree to allow SPEEDA Edge and our partners to use cookies for analytics and personalization. Visit our privacy policy for more information about our data collection practices.