The Platform of Filamentous Fungi for the Future
We unlock the untapped potential of fungi for a healthier and sustainable future.
of natural culture material containing filamentous fungi-molds and their metabolites intended for research or isolation and purification of target metabolites. Includes mycotoxins for standards and experiments.
The product is a powder consisting of a natural matrix (maize, rice, or wheat), an inactivated producing fungus, and a defined amount of target fungal metabolites – mycotoxins. All products are homogenized, analyzed, packaged and dry-heat sterilized prior to shipment.
Upon request to office@mycolab.at, an individual quotation will be sent to you.
Allproducts are delivered with a Quality Control (QC) Certificate.
In addition, Safety Data Sheets (SDS) are provided with each shipment to ensure comprehensive information on safe handling and storage.
offers phenotypic and molecular identification of fungi from food, feed, or air (e.g. indoor), as well as human and animal fungal pathogens. Consulting myco-toxicological, environmental and health related issues
The method of this investigation is known as non-volumetric air sampling (also called gravitational settling method). This method provides preliminary, but also qualitative information. The data obtained can be very helpful in obtaining an overall view of air quality and navigate to further recommendations.
Please see the guidance sheet here
and instruction video here
The method of this investigation is based on pressing the adhesive side of transparent sellotape onto a suspected surface, such as a wall. A sample prepared in this way then contains mycelium and spores caught on the adhesive part of the tape, which are then observed under a microscope and distinguished from contaminants and inorganic particles, or arthropods (e.g. mites).
Please see the instruction video here
For more information and ordering office@mycolab.at
of biotechnologically prospective filamentous fungi, including a unique library of fungal strains for further commercialization via license-fee model. Three main areas of potential application are explored:
(A) Remediation of waste materials (keratin, cellulose, lignin, plastic, rubber)
(B) Plant bio-stimulation
(C) Bio-protection (antimicrobial)
MycoLAB RL GmbH R&D focuses especially on the biotechnologically unexplored onygenalean soil- borne fungi. These fungi are often associated with keratin and other complex molecule decomposition and are rich in metabolite potential.
Mycology has been my passion for 25 years.
Founder, Inventor & Mycologist:
Roman Labuda, Priv.-Doz., Dip.-Ing, PhD.
