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#brain

32 posts30 participants2 posts today

Study highlights cancer risk from millions of CT scans performed annually
CT scans diagnose afflictions from tumors to kidney stones to life-threatening diseases and injuries, such as aneurysms and blood clots leading to stroke.

But the radiation emitted by this essential diagnostic tool may cause more harm than previously known and could eventually be responsible for roughly 5% of all cancers diagnosed in the U.S. in a single year, a new study finds.

@PerceptionsToday

#CTscans #brain #cancer
npr.org/sections/shots-health-

"Our study reveals that a combination of genetic factors plays a role in the manifestation of diseases like Parkinson's disease, which means that therapeutic targeting of several key pathways will have to be considered for such disorders," said corresponding study author Dr. Dimitri Krainc.

#genetics #science #research #neurology #Parkinsons #brain #biology #medicine

labroots.com/trending/genetics

LabrootsNovel Parkinson's Linked Genes Revealed by CRISPR | Genetics And GenomicsParkinson's disease is the second most common neurodegenerative disease in the world... | Genetics And Genomics

#Zoomposium with Professor Dr. #Petra #Ritter: “The #simulation of #brains

Ms. Ritter is co-founder and leader of the co-design project “The #Virtual #Brain”, which is part of the #European #Open #Science #Cloud #EOSC and “is a #neuroinformatics platform for the #simulation of complete #brain #networks using #biologically #realistic #connectivity.

More at: philosophies.de/index.php/2023

or: youtu.be/XrTWh0n8yDY

#Zoomposium mit Professorin Dr. #Petra #Ritter: „Die #Simulation von #Gehirnen

Frau Ritter ist Co-Gründerin und Leiterin des Co-Design-Projektes "The #Virtual #Brain", das ein Bestandteil der #European #Open #Science #Cloud (EOSC) ist und "eine #Neuroinformatik-Plattform für die #Simulation vollständiger #Gehirnnetzwerke unter Verwendung biologisch realistischer #Konnektivität darstellt.

Mehr auf: philosophies.de/index.php/2023

oder: youtu.be/XrTWh0n8yDY

#Zoomposium with Prof. Dr. #Brigitte #Falkenburg#Myth #Determinism or the #limits of #brain research”

1. Information about the person

In another very exciting interview from our Zoomposium themed blog “#Erkenntnistheorie und #Philosophie des #Geistes”, Axel and I speak this time with the German philosopher and physicist Brigitte Falkenburg. From 1997 to 2019, she was Professor of #Theoretical #Philosophy with a focus on #Philosophy of #Science and #Technology at TU Dortmund University.

She is a member of the Interacademic Commission “Leibniz-Edition” and the Board of Trustees of the “DRZE” (German Reference Center for Ethics in the Life Sciences) as well as a corresponding member of the “North Rhine-Westphalian Academy of Sciences, Humanities and the Arts”.

Her research covers topics of #philosophy of nature, #philosophy of science and #philosophy of #physics as well as #modern #metaphysics, epistemology and philosophy of technology. She has already published a number of well-known publications on these topics, which are only mentioned here as examples:

“Die Form der Materie. On the Metaphysics of Nature in Kant and Hegel” (1987), ”Particle Metaphysics. On the conception of reality in the philosophy of science and microphysics” (1994) and ”Mythos Determinismus. How much does brain research explain?” (2012). The latter book was published in 2024 as a completely revised and updated 2nd edition.

All the more reason for us at Zoomposium to interview her on the subject of this very readable book.

More at: philosophies.de/index.php/2025

or: youtu.be/P3Vf64QFg0U

#Zoomposium with Prof. Dr. #Brigitte #Falkenburg#Myth #Determinism or the #limits of #brain research”

Her research covers topics of #philosophy of nature, #philosophy of science and #philosophy of #physics as well as #modern #metaphysics, epistemology and philosophy of technology. She has already published a number of well-known publications on these topics, which are only mentioned here as examples:

More at: philosophies.de/index.php/2025

or: youtu.be/P3Vf64QFg0U

#Zoomposium with Prof. Dr. #Brigitte #Falkenburg#Myth #Determinism or the #limits of #brain research”

Her research covers topics of #philosophy of nature, #philosophy of science and #philosophy of #physics as well as #modern #metaphysics, epistemology and philosophy of technology. She has already published a number of well-known publications on these topics, which are only mentioned here as examples:

More at: philosophies.de/index.php/2025

or: youtu.be/P3Vf64QFg0U

Idk whether it’s the ginkgo and B-vitamin mix or one of the universe or my brain being nice to me, but story taking shape. Still on the weird and sad, but not as much as before. Might be keeping all six kids, added Leo back after I posted the photo of five (edited that toot with a photo of six).

Now to find my phone that I haven’t seen for days. My mum and I have searched quite well. It’s switched off so no pinging it from the iPad.

If you made a list of things that could advance the field of science, having a mouse watch “The Matrix” and “Star Wars” probably wouldn’t make it to the top. And yet, scientists recently were able to map and render into a 3D atlas a small portion of a mouse’s brain about the size of a grain of sand. The results were a revelation. “"A millimeter seems small, but within that millimeter there are kilometers of wiring," Jacob Reimer, a neuroscientist at Baylor College of Medicine said. Read more from @LiveScience, including the role those movies played:

flip.it/4uh0Lh

Live Science · Scientists built largest brain 'connectome' to date by having a lab mouse watch 'The Matrix' and 'Star Wars'By Kamal Nahas

"They managed to do something that we haven’t done as a neuroscience community in basically all of our history, which is to be able to map the activity of neurons onto the wiring on a very large population of neurons."

Miryam Naddaf on high-resolution 3D map of more than 200,000 brain cells, 500 million synapses and 4km of neuronal wiring:

scientificamerican.com/article

A rendering of more than 1,000 brain cells out of the those reconstructed from analysis of a cubic millimetre of brain tissue from a mouse.
Scientific American · Biggest Brain Map Ever Shows Mouse Neurons in Stunning DetailBy Miryam Naddaf

I started researching this topic with unbridled (and apparently unfounded) optimism, hoping to highlight an example of a public health problem that we handled so well. Instead, I found a bit of a mixed bag: we made quite a bit of progress in handling lead pollution and still managed to fall short.

neurofrontiers.blog/why-lead-i

Neurofrontiers · Why lead is (still) bad for your brain - Neurofrontiers
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