A window opens today to uncover another research study discussing oscillatory brain activity measured non-invasively by #MEG in patients with diffuse #glioma. Please click link below https://t.co/CdYWUl8PjH #brainhealth #brainscience #neurological #magnet
.@JolandaDerks previously showed that preoperatively measured MEG brain activity indeed predicted the time until tumor progression. Brain activity also associated with a cellular mechanism underlying the link between brain activity and tumor growth: https:
RT @LindaDouw: Well done @JolandaDerks! https://t.co/FuKlZbz7gb
Well done @JolandaDerks!
RT @JNeurooncol: The top JNO posts of 2018 - #7: Derks et al. used magnetoencephalography to measure oscillatory brain activity in diffuse…
RT @JNeurooncol: The top JNO posts of 2018 - #7: Derks et al. used magnetoencephalography to measure oscillatory brain activity in diffuse…
RT @JNeurooncol: The top JNO posts of 2018 - #7: Derks et al. used magnetoencephalography to measure oscillatory brain activity in diffuse…
RT @JNeurooncol: The top JNO posts of 2018 - #7: Derks et al. used magnetoencephalography to measure oscillatory brain activity in diffuse…
RT @JNeurooncol: The top JNO posts of 2018 - #7: Derks et al. used magnetoencephalography to measure oscillatory brain activity in diffuse…
RT @JNeurooncol: The top JNO posts of 2018 - #7: Derks et al. used magnetoencephalography to measure oscillatory brain activity in diffuse…
Nice cover image :-). See https://t.co/8HfiEftT3z for the full article by @JolandaDerks on how we measured peritumor neuronal activity non-invasively in glioma patients and related it to neuroligin-3 expression of the tumor tissue and progression-free surv
RT @JNeurooncol: #FreeArticle: Derks et al. used magnetoencephalography to measure oscillatory brain activity in diffuse gliomas. Low expre…
RT @JNeurooncol: #FreeArticle: Derks et al. used magnetoencephalography to measure oscillatory brain activity in diffuse gliomas. Low expre…
#FreeArticle: Derks et al. used magnetoencephalography to measure oscillatory brain activity in diffuse gliomas. Low expression of NLGN3, a cell adhesion protein, correlates with lower oscillatory brain activity and longer progression free survival. https:
RT @LindaDouw: New paper out today by @JolandaDerks, with @EvanDellen @JeroenJGGeurts et al! We investigate MEG oscillatory activity in gli…
RT @LindaDouw: New paper out today by @JolandaDerks, with @EvanDellen @JeroenJGGeurts et al! We investigate MEG oscillatory activity in gli…
New paper out today by @JolandaDerks, with @EvanDellen @JeroenJGGeurts et al! We investigate MEG oscillatory activity in glioma patients as a proxy of neuronal activity https://t.co/L8ByyDPzNB 1/5
#newupdatesneuroonc #braintumours #neuroonc Oscillatory brain activity associates with neuroligin-3 expression and predicts progression free survival in patients with diffuse glioma - https://t.co/JYit7onngT