Science Behind FungiBio™
Harnessing Fungal Metabolism
Fungi are among nature’s most capable decomposers.
Their hyphal networks penetrate substrates while extracellular enzymes break complex materials into smaller compounds that can be utilized biologically.
FungiBio™ applies these natural mechanisms within controlled engineered systems.
Cellulose Conversion
Cotton consists predominantly of cellulose.
Cellulolytic fungi can produce enzyme systems including:
Endoglucanases — attack internal regions of cellulose chains.
Exoglucanases — progressively cleave cellulose chains.
B-glucosidases — convert shorter cellulose-derived molecules into glucose.
Hemicellulases — attack associated plant polysaccharides.
These enzyme systems provide the scientific basis for fungal conversion of cellulose-rich textile fibers.
Oxidative Fungal Enzymes
Selected white-rot fungi also produce oxidative enzymes such as laccases, manganese peroxidases and related systems.
These enzymes are of particular interest to FungiBio™ because of their potential roles in environmental remediation and transformation of selected textile-associated organic compounds.
Scientific Precedent
Peer-reviewed research has demonstrated several principles directly relevant to the FungiBio™ platform:
Fungal colonization of textile waste.
Fungal degradation of cotton and other cellulose-rich textiles.
Production of cellulases using textile waste as fungal feedstock.
Selective cellulose removal from cotton/polyester blends.
Recovery of polyester following cellulose conversion.
Growth of mycelium on textile substrates.
Conversion of fungal/textile material into useful biomaterials.
FungiBio™ is building upon this scientific foundation while developing its own biological library, process conditions, product-recovery strategies and environmental applications.
Research & Development Priorities
Peer-reviewed research has demonstrated several principles directly relevant to the FungiBio™ platform:
Fungal colonization of textile waste.
Fungal degradation of cotton and other cellulose-rich textiles.
Production of cellulases using textile waste as fungal feedstock.
Selective cellulose removal from cotton/polyester blends.
Recovery of polyester following cellulose conversion.
Growth of mycelium on textile substrates.
Conversion of fungal/textile material into useful biomaterials.
FungiBio™ is building upon this scientific foundation while developing its own biological library, process conditions, product-recovery strategies, and environmental applications.
Research & Development Priorities
Current development priorities include fungal strain screening, mixed-textile conversion, cellulose degradation kinetics, polyester recovery, enzyme production, remediation performance, biochar production, mass balance, carbon accounting, and scale-up engineering.