top of page

Search


MycoWorks Closes South Carolina Facility and Pivots to Mycelium Processing Model
Too long to read? Go for the highlights below. MycoWorks is shutting its South Carolina biomanufacturing plant and transitioning from mycelium cultivation to processing third-party mycelium with its proprietary Rei-Tan™ tanning technology The company's latest Rei-Tan™ innovation increases mycelium tensile strength from approximately 4 MPa to 18 MPa addressing mechanical performance limitations that hindered leather substitution The strategic shift responds to capital scarcity
Nov 19, 2025


Mycelium-Cellulose Integration Yields Water-Resistant Textiles with Sixfold Strength Increase
Too long to read? Go for the highlights below. Researchers at Purdue University engineered textiles combining Ganoderma sessile mycelium with cellulose fibres, achieving water contact angles up to 139° and tensile strength increases of 6× in nonwoven materials and 56% in woven cotton The semi-interpenetrating network leverages hydrophobins on aerial mycelium for water resistance whilst maintaining breathability. Life cycle assessment demonstrates 54% lower ecosystem impact,
Nov 17, 2025


Researchers Develop Biodegradable Fungal Coating to Replace Plastic in Packaging and Textiles
Life-cycle comparison highlighting reduced environmental persistence of mycelium-based coatings relative to conventional plastic barriers used in food and textile industries.
Nov 6, 2025


Visibuilt Leverages Reshape Biotech's Automated Imaging to Launch Mycelium-Powered Roads
Article in partnership with Reshape Biotech , a Danish company that develops advanced lab automation robots and a cloud-based AI platform to accelerate biological research and development. Most readers here will know mycelium as a capable, adaptable builder of structures. In forest soils it colonises particulate matter, threads itself into gaps, and stabilises the whole. Visibuilt ’s work takes that familiar behaviour and applies it to a long‑standing industrial material: mi
Nov 4, 2025


Canadian Researchers Deploy Mycelium to Transform Human Waste into Compost
Too long to read? Go for the highlights below. University of British Columbia launched the world's first mushroom-powered waterless toilet , using fungal networks to convert human waste into nutrient-rich compost Laboratory tests indicate mycelium liners remove over 90% of odour-causing compounds whilst supporting microbial decomposition without water, electricity, or chemicals The system requires only four maintenance visits annually and is expected to produce 600 litres
Nov 2, 2025
bottom of page
