AspergillusLab

And in the oral communications, we could not miss some more intracellular trafficking. @miguelpenalva.bsky.social presented “endocytosis in Aspergillus nidulans”

#ecfg17

And last but not least, A.nidulans as chassis to study gene regulation of the ochratoxin A cluster of A steynii by conditional heterologous expression @silviarguezpires.bsky.social as lab nomad, L.Minguela and in special collaboration with @mycroorg @ucm.es
#mycotoxin #ecfg17
@eaespeso.bsky.social

This work uses the A.nidulans extracellular alkaline protease PrtA as a model to study endosomal trafficking via retromer complex and the multi-vesicular body pathway, in which the function of the transcription factor SltA and Rab7 GTPase are relevant. By I.Picazo & co. Led by @eaespeso.bsky.social

@xianglab.bsky.social Our Best collaborator to understand the taffic machinery

Motors and cytoskeletons, a combination making possible filamentous fungal growth

#ecfg17

Day 3 of #ecfg17, it's time for Aspergillus lab crew!
Study by time-resolved microscopy the actin module of endocytosis in Aspergillus nidulans using diferents actin probes and endocytosis mutants. Presented by M. Delgado and M. Pinar, led by
@miguelpenalva.bsky.social

#actin #endocytosis

Excited to present latest insights on CgEP3, a unique chloroplastic effector from C.graminicola that suppresses early immune responses in maize. Huge thanks to Pablo García & Borja Cuevas for his contributions at #17ECFG, and great appreciation to S. Sukno & M.Thon for their leadership

Today it's time for our collaboration with Pablo Garcia Rodriguez @usaloficial.bsky.social. He presents his work in which the effector CgEP4 plays an important role in the development of maize anthracnose by translocating into the nucleus and nucleolus. Led by S. Sukno and M. Thon
#ecfg17

The best way to start this new account, with part of de Aspergillus biology lab enjoying the @ecfg172025.bsky.social in Dublin

#ecfg #aspergillus
#aspergillusnidulans