Tobias Wibble

Our new study unveiling the stepwise functional development of gaze controlling circuits, from stabilizing to goal-oriented responses, is finally out! Very nice working again with @suz_dg, and very proud of -twitterless- Marta and Carmen ! @cinbio_uvigo frontiersin.org/articles/10.33…

We are happy to share this systematic review on risk factors for hypersensitivity to visual motion. We found strong evidence for concussion, vestibular disorders, Parkinson’s disease, and migraine being associated with altered visual motion processing. link.springer.com/article/10.100…

Cortical lesions and electrical stimulation sites associated with vertigo map to a common functional network highlighting the insula. Honored to be part of this journey into the terra incognita of vestibular circuits spearheaded by Yanran Li @foxmdphd academic.oup.com/braincomms/adv…

Are you interested in the basal ganglia and electrophysiology in vivo? The newly started Ketzef laboratory in Karolinska Institutet has an open position for a postdoctoral fellow in neural circuits in the basal ganglia underlying sensorimotor function!! ki.varbi.com/en/what:job/jo…

Beautiful example of very smooth vestibular postural reflexes. That‘s why we need them, otherwise… 😵‍💫

@JalalvandElham Thank you Elham!

@WibbleTobias Congratulations Tobias! Well done!

And what a journey it has been! What started as an investigation into idiopathic dizziness led us looking for answers to gaze-stabilization in the lamprey brainstem! Such a fun project, and I look forward to many more years of making things spin!

My first popular-science book ‘Making Sense of the Senses’ is out! Published by @worldscientific and inspired by all my fantastic colleagues at @karolinskainst. I had a lot of fun putting together this celebration of biological diversity! #t=aboutBook" target="_blank" rel="nofollow noopener">worldscientific.com/worldscibooks/…

Preparing to present our poster on eye movement control at #FENS2022! Please stop by at #600 if you want to talk about human and lamprey gaze stabilization, or what it can tell us about clinical vertigo!

Our lab @Karolinskainst is looking for a PhD student with an interest in engineering, sensory neuroscience, and human spaceflight, ideally with experience in galvanic vestibular stimulation! Deadline is 26th June. kidoktorand.varbi.com/en/what:job/jo…

On my way to Dubrovnik for the 8th Mediterranean Neuroscience Society meeting #MNS202 @MnSociety You will see me tomorrow 30th May (15:15) at the Symposium 13, talking about Claustrum and its impact in cortical activity. #claustrum #neuroscience @KarolinskaN @karolinskainst

We're looking forward to the last day of sessions at @barany2022 - a great program so far! #barany2022

Happy to share our paper on sensorimotor interactions in dorsolateral striatum. How is sensory processing shaped by movement? How does dopamine fit in? That and more in this study by @RobertodelaTor & Maya Ketzef. Pls send us your thoughts and comments. biorxiv.org/content/10.110…

Birds 🦆 have a middle ear organ (paratympanic organ) that uses hair cells to sense barometric pressure, is mediated by facial nerve, and projects to vestibular nuclei. Similar in sharks/fish. Mammals have rudimentary forms. Cause of atmospheric pressure vertigo? #yourinnerfish

We are still recruiting participants for our study investigating how sensory experiences might differ across conditions and areas of neurodiversity, including PPPD - details below if you are interested! ✍️

Does the vestibular efferent system modulate vestibular sensory feedback for walking? Check it out in our new article where we record directly from vestibular afferents in walking primates! doi.org/10.1038/s41467…

Feels great to end 2021 with this review, as part of a great series edited by Paul Cisek and Benjamin Hayden, wherein we provide an evolutionary perspective on the motor system of vertebrates...@RSocPublishing royalsocietypublishing.org/doi/10.1098/rs…

A video simulation of eye movements 👁️ #Science #Ophthalmology #AI #DataScience @JoannMoretti @baski_LA @globaliqx @IanLJones98 @PawlowskiMario @CurieuxExplorer @MargaretSiegien @CurieuxExplorer @Hana_ElSayyed @Shi4Tech @NevilleGaunt @labordeolivier @RagusoSergio @mvollmer1

@speringlab @XiuyunWu5 @tsmurdison @ARVOiovs Please do, and I apologize for the oversight!😨

Very happy to see our latest article published in @ARVOiovs, showing how the torsional OKR varies based on a viewer’s level of attention and alertness. To allude to the title, I’d say ocular torsion deserves more attention in the world of eye tracking! iovs.arvojournals.org/article.aspx?a…