Westerdijk Fungal Biodiversity Institute
Schimmelziekte ook in Europa aangetroffenVijf vragen over schimmelinfectie Candida aurisHoe kun je de schimmel oplopen? En nog 8 vragen over de candida aurisCitizen Science. Fungi for the futurePresence of pathogenic cryptococci on trees situated in two recreational areas in South AfricaHybridization in the Malassezia furfur complexPerish or survive – The impact of fungi on our daily lifeThe Nagoya Protocol and the EU Regulation on Access and benefit Sharing. ECCO SymposiumFungal biology and potential for biotechnological applications of plant biomassCBS Biodiversity Series (Journal)Plant pathogenic fungi in the GCM type strain projectMedical Mycology (Journal)Forestry and Agricultural Biotechnology Institute (FABI)dnabarcoder: an open-source software package for analyzing and predicting DNA sequence similarity cut-offs for fungal sequence identificationDutch Design WeekEnzymatic aromatic monomer conversionDiversity of Saccharomyces yeasts in Botanic Garden, Utrecht UniversityBiodiversity and taxonomy of OnygenalesCletus P. Kurtzman Yeast Taxonomy workhsopHow (post-)genomic insights can provide new leads for improvements of mushroom cultivationMycotoxinen in voedselComparative analysis of Aspergilli to facilitate novel strategies in fungal biotechnologyHerramientas moleculares para el estudio de diversidad genética de infecciones fúngicasInternational Mycological Association (External organisation)Genome mining and comparative genomics of Elsinoë species, causing scab diseases on citrus and jojoba in Australia, for the prediction of virulence genes.Dessecting semi-specialist and specialist plant biomass utilization strategies using Trichoderma reesei and Podospora anserinaCourse Food and Indoor FungiThe Cell Surface (Journal)PhD examination committeeImpact of foliar diseasesCaister Academic Press (Publisher)Springer Science+Business Media (Publisher)34th International Specialized Symposium on YeastsExploiting the fungal biodiversity to discover new antimicrobialsMycoses (Journal)ARISE:An Infrastructure for Dutch Biodiversity ‒ A Fungal ContributionEpidemiología molecular de la criptococosisBetter bioinformatics tools to link diverse bioinformatic and biological datasetsWesterdijk Spring Symposium 2023 - Fungal EvolutionDiversity and hybridization in Malassezia furfur
managingOrganisationalUnit
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organisationalUnit
data from: Soil substrate source drives the microbes involved in the degradation of gelatin used as a biostimulantCitizen Science Databasedata from: Evaluation of sequencing and PCR-based methods for the quantification of the viral genome formulaSchimmelziekte ook in Europa aangetroffenVijf vragen over schimmelinfectie Candida aurisHoe kun je de schimmel oplopen? En nog 8 vragen over de candida aurisCitizen Science. Fungi for the futureSoil substrate source drives the microbes involved in the degradation of gelatin used as a biostimulantPresence of pathogenic cryptococci on trees situated in two recreational areas in South Africa00bb01514c3a4605864f89cfb172813104bae5670de648e6a516cd662181348f053a2bf7c66f4f2c9ddeb3453932378406a45a7c9e1e40bfbad6df2063d8c27608546c3d1d09484ba967bcc91c095093087e606a67464586bb8b1151ce97db2e090b55a59cf548bfa2dd669d247eae750912caa651704156b0b0cae3cbfa4a660a462aba91b4463c962d23376e4c9e310ced62a9498f485b844bb4064225aed20e76827abcce4de3b833fdcae733ac7110ce9b374940446fa6c17cf83038d11112d0edf1d7f14c5594555373e35d3da313935915f88f44e2b1fbe9134d449afc172effd9041f42fab20e3b8420bd64731d52fc68cdd1448286b82e4b86eaa51b1f2a66f6b5a14f3396d37e10257d3e4e209ea8fae5ed47b4b00365ada5b2880620f4a2fc44354ec197355c509c5602e5232fa3d697584512b58aa664eaf9acc0233b5deb96354ce88a7de21808ec4b43253a78fca77045c4b8b759c704c54e9926743eea00ba4f3ebdd0d0d68a39ebd6289f84a82e3e408aae8b92f33d23dbf8291b2ef07039426fbcdb31a9a50cfb372b91bb9eaa0a49398d7ae2f9ef9a7a31361bbd43dbac479fa8739ad0edd4b3233d2b9095d91e4060a64a4fbee275748440f033e6bb5e456981214b68d839f9e442588158b35741c1af3350cebf7bebf5435d1a9c83a1484a94c2eab6dc4b6d0e
organisationalUnits
Return of the mitochondrial DNAFungi use highly diverse approaches for plant biomass conversion as revealed through bioinformatic analysisFungal pathogens exposedUnraveUling the diversity within CaZy families related to hemicellulose degradationMolecular mechanisms shaping the plant biomass utilization potential in AspergillusSugar catabolism during growth on plant biomass in AspergillusHarnessing the CRISPR/Cas9 system to study the regulatory network of plant biomass degration in Aspergillus nigerTaxonomy and biodiversity of plant pathogenic fungi from AustraliaDevelopment of fungal identification tools and evaluation of microbiological and clinical profiles of Candida species from IranGrowth of indoor fungi under changing water conditionsThe Cryptococcus neoformans/Cryptococcus gattii species complex in AsiaDichomitus squalens : The role of a white-rot fungus and its offspring in wood colonization and degradationFungal strain engeneering from understanding towards applicationsEvolving genotypes: The multiple faces of Malassezia furfurA complex relationship. Banana & Fusarium wilt in IndonesiaA journey through onygenalean families Arthrodermataceae and AjellomycetaceaeExploration and application of aromatic metabolic pathways from Aspergillus niger for the production of aromatic compoundsDissecting semi-specialist and specialist plant biomass utilization strategies using the fungi Trichoderma reesei and Podospora anserinaMycosphaerellaceae revisitedThe biology of black yeast genomesMolecular epidemiology and antifungal susceptibility of clinical fungi in Qatar, and the emergence of uncommon speciesUnraveling the genetic compexity and redundancy of Aspergillus niger sugar metabolismNew methods for the rapid identification and antifungal susceptibility testing of clinically important Candida speciesHeterogeneity in stress resistance of Paecilomyces variotii and related food spoilage fungiEmerging saccharomycotina yeast pathogens: detection and susceptibility profilesTracing the fungal carbon metabolic roadmapA study of natural fungal-based wood finishes
supervisorOrganisationalUnits
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sponsor
Westerdijk Fungal Biodiversity Institute
type
label
Westerdijk Fungal Biodiversity Institute
@en
info@wi.knaw.nl
requestforcopy
m.vermaas@wi.knaw.nl
phone
+31 30 212 2600
grid_id
grid.418704.e
isni
0000000403688584
oracle_ebs_id
organisationid
https://ror.org/030a5r161
scopus_affiliation_id
wikidata
name
Westerdijk Fungal Biodiversity Institute
@en
visibility
Public - No restriction
@en
Publiek - Geen beperking
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