Elysa Overdijk

Lecturer Green Biotechnology at Inholland University of Applied Sciences

[Elysa Overdijk @ElysaOverdijk]

Net online college gegeven aan de deelnemers van de biologie olympiade over plantenafweer en mijn PhD onderzoek. Wat een goede vragen stelden ze weer! Benieuwd hoe ze de inzichtvragen van de toets nu maken. Hopelijk volgend jaar weer op locatie met een echt practicum...

[Smart Biology @SmartBiology3D]

Because the thylakoid membrane is packed with photosystems and chloroplasts are packed with grana, chloroplasts appear green which is why plants appear green. This short clip is from our First Year Animated Textbook Series ‘Life’. #biology #animation #education

[Tolga Bozkurt @Tolga_Bzkrt]

The plant–pathogen haustorial interface at a glance

[Jen Heemstra @jenheemstra]

Lecturing at students for 50 min straight is clearly not ideal, but finding better options takes experimentation and may be more elusive than we think. Great story in @cenmag from @StAndrewsLynx on the ups and downs of active learning.
https://t.co/6Qsi6x2zNp

[Elysa Overdijk @ElysaOverdijk]

Very proud😀!

[JXB @jxbotany.bsky.social @JXBot]

Time-gated confocal microscopy reveals accumulation of #exocyst subunits at the plant–pathogen interface https://t.co/xCEzaQBTmx Elysa Overdijk et al. @WUR #Physcomitrella #openaccess

[Francine Govers @francine_govers]

The moss Physcomitrella patens challenged by #phytophthora @ElysaOverdijk used time-gated confocal microscopy to reveal accumulation of exocyst subunits at the plant-pathogen interface https://t.co/ARbfh4Q596

[Elysa Overdijk @ElysaOverdijk]

@xiaolin422 Thanks to @agilecolor!

[Elysa Overdijk @ElysaOverdijk]

Last Friday I succesfully defended my PhD thesis at Wageningen University! Many thanks to my promotor Francine Govers, co-promotors Tijs Ketelaar and Klaas Bouwmeester and the opponents Christa Testerink, Petra Boevink, Mike Deeks and Aska Goverse. It was a great day, thank you!

[Ivan Kulich @kulich_ivan]

Arabidopsis trichome has two distinct plasma membrane domains with different lipid composition. Each domain binds different EXO70 paralog. Check out our new paper in the special cell wall issue of IJMS https://t.co/QjCGuwNBxk.

[Elysa Overdijk @ElysaOverdijk]

Vandaag practicum plantenanatomie gegeven aan leerlingen van de Nederlandse Biologie Olympiade. De kunst van het snijden van de dunste coupes! #nbo2019, #biologieolympiade

[Wageningen U&R @WUR]

#GMO | Angst en onbegrip versus de vooruitgaande Nederlandse techniek, leidt tot gemiste kansen - Bert Lotz van WUR

[Michael Wrzaczek @mwrzaczek]

Very excited to have this out: CRK2 interacts with RBOHD and regulates ROS production https://t.co/gPdX6TpR90 Thanks to everyone who contributed to the work! @Grandpa_Hiro @viikki_plants @FCoE_MBPP @OEB_Helsinki

[GARNet UK Plant Science @GARNetweets]

Two applications already! Amazing what awesome science and great price can do 👌

[Alliance for Science @ScienceAlly]

Researchers in a new study conclude that conclude that "the use of #GMO plants is consistent with the principles of #organic farming." Go GMOrganic!
https://t.co/qfiqORBDIW

[Plantae @plantae_org]

Receptor-Like Cytoplasmic Kinases: Central Players in Plant Receptor Kinase–Mediated Signaling (Liang and Zhou, 2019): https://t.co/w9bKXrpjJ8 #plantsci @AnnualReviews

[ASPB @ASPB]

An infographic on plants, nature and human interactions: https://t.co/UH6m3fu8IB #plantsci

[Yasin Dagdas @PlantoPhagy]

Please RT! We are looking for a POSTDOC to join us via the VIP2-Marie Curie Postdoctoral Program. If you want to develop your own project on autophagy, vesicle trafficking or host-microbe interactions please get in touch! https://t.co/UfOQaLh4Jd

[Christopher Grefen @MCBotany]

SNAREs define targeting specificity of trafficking vesicles by combinatorial interaction with tethering factors @NatureComms https://t.co/nnpEqCDgbk

[JXB @jxbotany.bsky.social @JXBot]

Review: Connected through the force: mechanical signals in plant development https://t.co/TXWOoQA7H0 by Benoit Landrein & Gwyneth Ingram @RDPlab

[Alex Wu @doc_alexwu]

Just how much does enhancing #photosynthesis improve crop yield? Working with colleagues @leaf2field, we are able to quantify their yield impacts with our new #cross_scale model published in @NaturePlants.
Paper DOI: 10.1038/s41477-019-0398-8