Biomedical engineer and neuroscientist @KingsIoPPN
London, England
Joined December 2011
- Tweets189
- Following411
- Followers234
- Likes368
Ottavia Dipasquale retweeted
🧠A study combining fMRI data with molecular templates defines models of brain function and links deviations from normality in psychiatric populations to transdiagnostic symptomatology @lawn_tim, @otta_dps, @DanielArturAM, @AlessioGiacome4, @mattos96 nature.com/articles/s42003-0…
Ottavia Dipasquale retweeted
Congratulations to @pul_fra @otta_dps @GooddyBenjamin @naziakarsan @Raybose1978 @mehta_mitul72 @petergoadsby for their paper using REACT methodology showing #glutamate and #serotonin are involved in #fMRI changes in #visualsnowsyndrome and #migraineaura
(wiley.com)
Ottavia Dipasquale retweeted
Our paper exploring neuromodulatory and inhibitory receptor-enriched networks under propofol anaesthesia and naturalistic stimulation is finally out in @NeuroImage_EiC! 🥳
sciencedirect.com/science/ar…
Ottavia Dipasquale retweeted
Our metastability in psychosis and schizophrenia is out at PLOS ONE
doi.org/10.1371/journal.pone…
Fantastic interdisciplinary team @_fernando_rosas, @rob_McCutcheon, @Joana_Cabral_, @otta_dps, (not on twitter FET)
Ottavia Dipasquale retweeted
Have you seen fMRI papers incorporate molecular information from PET/AHBA and wondered exactly how and why people are doing this? Our new review aims to be a one-stop-shop for molecular-informed fMRI analyses, both practically and theoretically! psyarxiv.com/ep5ng/
Ottavia Dipasquale retweeted
Preprint alert
@rob_mccutcheon @_fernando_rosas @Joana_Cabral__ @otta_dps
In this study we assess the face validity of a novel proxy measure for metastability in 2 independent datasets – the HCP Early Psychosis Project and the Cobre dataset.
medrxiv.org/content/10.1101/…
Ottavia Dipasquale retweeted
Putting the 4Cs to work - now published, the application of complexity-based approaches to empirical data. Great team @Joana_Cabral__ @_fernando_rosas @loopyluppi @PedroMediano @otta_dps Federico Turkheimer
doi.org/10.1016/j.neuroimage…
Ottavia Dipasquale retweeted
Our multiverse paper is live, although they made us change the title. rdcu.be/cQEn1
@jessdafflon @pfdacosta @frantisekvasa @the_mindwanders @bzdok @EmilyDevNeuro @neurohellyer @RicardoPMonti1
Ottavia Dipasquale retweeted
Research by @lawn_tim is investigating the role that dopamine receptors have in #LSD's effects on consciousness. Evidence suggests it is associated with perceived selfhood and cognition, while serotonergic systems impact visual perception.
Read @PsyPost: psypost.org/2022/05/neurosci…
Ottavia Dipasquale retweeted
A new python package: "Integrating neuroimaging and gene expression data using the imaging transcriptomics toolbox".
sciencedirect.com/science/ar…
Ottavia Dipasquale retweeted
Got excited by the work on imaging transcriptomics?🧬🖥 Toghether with @DanielArturAM @otta_dps @matteofrigo we published a protocol on @STARProtocols to allow everyone to explore their data with this method in an easy way!! #OpenScience #neuroscience doi.org/10.1016/j.xpro.2022.…
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Ottavia Dipasquale retweeted
Just out in @NatureMedicine. Psilocybin therapy liberates the entrenched depressed brain by increasing the global integration of functional networks. It has been brilliant to collaborate w/ @RCarhartHarris @ProfDavidNutt et al.
nature.com/articles/s41591-0…
Ottavia Dipasquale retweeted
#BrainAwarenessWeek at @KingsIoPPN - @otta_dps, a research associate in Neuroimaging, discusses the importance of neuroimaging to understand the complexity of brain disorders. #IoPPNNews
ALT On the left is a quote saying: Understanding brain disorders and their heterogeneity is an open challenge and a main focus of neuroimaging. The latest advancements in the field look at this problem from a synergistic perspective, from the microscale molecular processes of the brain to its macroscale functional architecture. I believe this line of research can soon provide effective to guide diagnosis and treatment, support drug development, and advance personalised medicine.” On the right is a picture of Dr Dipasquale wearing a navy and white top smiling at the camera.
Ottavia Dipasquale retweeted
We are developing new ways to dramatically reduce noise levels of Magnetic Resonance Imaging (MRI) scanners. #BrainAwarenessWeek
MRI is widely used in the clinic and research to understand the human brain, but scanners are as loud as a rock concert.
📖maudsleybrc.nihr.ac.uk/stori…
Ottavia Dipasquale retweeted
May the 4c’s Be with You: An Overview of Complexity-Inspired Frameworks for Analyzing Resting-State Neuroimaging Data preprints.org/manuscript/202… #MedPreprints #PharmaPreprints #PreprintsOrg @FranHancock @_fernando_rosas @loopyluppi @Joana_Cabral_ @otta_dps
Ottavia Dipasquale retweeted
"Less is More":a dose-response account of intranasal oxytocin pharmacodynamics in the human brain - The paper is out in Progress in Neurobiology: sciencedirect.com/science/ar… Great work @DanielArturAM 👏
Ottavia Dipasquale retweeted
Our new blog explains a new method to integrate #neuroimaging and a form of genetic mapping which has been investigated in a recent @CellReports study funded by our BRC.
Authors are @KingsIoPPN researchers @DanielArturAM @otta_dps and Mattia Veronese: bit.ly/3KCBhNP
Ottavia Dipasquale retweeted
Preprint out - the short story - complementary nature of dynamical- and informational-complexity
Great collaboration with @Joana_Cabral__ @_fernando_rosas @PedroMediano @loopyluppi @otta_dps And Federico Turkheimer
biorxiv.org/cgi/content/shor…
Metastability, fractal scaling, and synergistic information processing: what phase relationships reveal about intrinsic brain activity biorxiv.org/cgi/content/shor… #biorxiv_neursci
Ottavia Dipasquale retweeted
Only just saw this - warm, candid, smart. @behrenstimb cell.com/neuron/fulltext/S08…
Ottavia Dipasquale retweeted
It is not an #MRI but OMG, they go at cellular level, WOW: "Imaging intact human organs with local resolution of cellular structures using hierarchical phase-contrast #tomography" (there're other videos) nature.com/articles/s41592-0… #medicalimaging #neuroscience #microscopy #nanoscopy