aleseichmeier

aleseichmeier

[BiovitisLab @biovitis]

Now officially out in @FEMSmicro!
Our review proposes a shift from pathogen-centered models to a pathobiome paradigm to explain grapevine esca
🔗 https://t.co/QJCvpEUjOe
@aleseichmeier
#Esca #Microbiome #Viticulture #pathobiome #dysbiosis #holobiome #GTD

[BiovitisLab @biovitis]

For decades we tried to explain #esca with Koch’s postulates. What if that framework is simply not enough?
Our new review in @FEMSmicro proposes esca as a stress-mediated pathobiome disorder of the #grapevine holobiont https://t.co/QJCvpEUjOe #microbiome

[MycoKeys @MycoKeys]

During an investigation of Alternaria species in Algeria, two new-to-science species were isolated from date palm (Phoenix dactylifera L.). Find out more about them here: https://t.co/37JGLtZYkV

#phylogeny #taxonomy #fungi @aleseichmeier @MENDELUcz @UnivAveiro

[aleseichmeier @aleseichmeier]

Fighting Eutypa and Diaporthe with Nanoparticles: Emerging Approaches for Grapevine Protection

First published: 06 August 2025
https://t.co/zAhF6O4KWl

[aleseichmeier @aleseichmeier]

Arbuscular mycorrhizal fungi strongly influence the endorhizosphere of grapevine rootstock with soil type as a key factor

https://t.co/v4mAw6DLEY

[aleseichmeier @aleseichmeier]

Our current paper on mycorrhiza and its role in Czech vineyards is out!

[IOBC-WPRS @IOBC_WPRS]

Invitation: Meeting of the IOBC-WPRS WG “Integrated Protection in Viticulture”, 13.-15.10.2025, Mikulov, Czech Republic. Plan your participation! https://t.co/ATwtgHcT40
#BioControl #IntegratedPestManagement #PlantHealth #viticulture

[BiovitisLab @biovitis]

Our paper by @catte_m_leal is published in the First Look section of @PhytobiomesJ 🍄Drought influences the fungal community structure, diversity, and functionality inhabiting the #grapevine #xylem and enhances the abundance of #Phaeomoniella chlamydospora
https://t.co/bGR0071GN4

[BiovitisLab @biovitis]

🍇Exciting Update on Grapevine Health! 🌿Our latest study dives into the effects of BCAs #Trichoderma atroviride SC1 & #Bacillus subtilis PTA-271 on #grapevine #rhizosphere. Key takeaway: Soil properties critically influence the success of these BCAs in vineyards @catte_m_leal

[Dario Cantù @CantuLab]

"First look" on Molecular Plant Microbe Interactions @MPMIjournal at our comparative study of the pangenomes of trunk pathogens
https://t.co/pUD28ru4wA

[Miroslav Kalousek🇨🇿🇺🇦🇮🇱 @kalousekm]

Zemřel Karel Schwarzenberg….Bylo mi jasné, že se to blíží, ale stejně je to úder. Byl to jeden z nejdůležitějších a nejlaskavějších lidí v mém životě. Ať odpočívá v pokoji, Česká republika by mu měla být navždy vděčná za vše, co pro ni nezištně vykonal.

[Miroslav Kalousek🇨🇿🇺🇦🇮🇱 @kalousekm]

https://t.co/iu77UWlTDA

[BiovitisLab @biovitis]

Our paper by @catte_m_leal is published in the First Look section of Phytobiomes Journal 😊

Biocontrol agents establishment and their impact on rhizosphere microbiome and induced grapevine defenses is highly soil-dependent #Trichoderma #Bacillus #BCA

https://t.co/tUSUesd79w

[Petr Baldrian @baldrianp]

Postdoc position available!

We seek a motivated postdoc to join the @HoliSoils (https://t.co/1DQ4qPRTee) and @globalfungi teams in Prague. The person will study the response of soil microbiome to forest management, disturbance and global change. More:
https://t.co/AA8161VHqS

[aleseichmeier @aleseichmeier]

Our next paper, in collaboration with @DepartmentofCh1, is now published! Delighted about this partnership!

Smart bactericide based on reduced graphene oxide decorated with copper and zinc nanoparticles

https://t.co/LNcS3BNXf0

[aleseichmeier @aleseichmeier]

Very happy about this!!!

IMA genome-F18
Draft genome assembly of Trichoderma atroviride SC1, the biocontrol agent of grapevine pathogens

Ales Eichmeier*, Eliska Hakalova, Jakub Pecenka, Milan Spetik, Catarina Leal, David Gramaje*

#IMAfungus

[BiovitisLab @biovitis]

In this recently published collaborative article in IMA Fungus, we have sequenced the genome of Trichoderma atroviride SC1, a BCA against trunk disease fungi, particularly in #grapevines.
#trichoderma #fungalgenome #GTD #esca #biocontrol
https://t.co/DqVKI0SIdu

[BiovitisLab @biovitis]

Such a nice group!
#IOBC meeting of the Working Group Integrated Protection in Viticulture
@IOBC_WPRS #viticulture

[BiovitisLab @biovitis]

Fantastic opening conference at the #IOBC meeting WG Integrated Protection in #Viticulture by @cel_delmas about #grapevine vulnerability to #drought and #pathogens in the context of #ClimateChange @IOBC_WPRS
Logroño 🇪🇸 3-5 October

[GlobalFungi @globalfungi]

@globalfungi welcomes their sister database of arbuscular mycorrhizal fungi - https://t.co/BQpjVPjWoi - open for community input or as a FAIR research resource. Missed by fungal barcoding methods or due to low abundance, specific barcoding markers have to be used for AM fungi.