Norbert Weiss
@TheWeissLab
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Neuroscientist @UniKarlova @CharlesUniPRG @3LFUK studying #calcium #ionchannels & #channelopathies | Associate Editor @tandfchannels | Free time @NWeissphotos
Prague, Czech Republic
Joined July 2016
New paper in collaboration with @Cbv_SAS & @CharlesUniPRG on the effect of #homocysteine on the excitability of hippocampal neurons #ionchannels #homocysteinemia ➡️ https://t.co/YLLzoGpt0q
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New paper in collaboration between @Cbv_SAS & @CharlesUniPRG - Electrophysiological characterization of sourced human iPSC-derived motor neurons #ionchannels #mnd #als ➡️ https://t.co/HtslXJjaAd
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New paper from the lab - Functional characterization of a novel de novo #CACNA1C pathogenic variant in a patient with neurodevelopmental disorder #calcium #ionchannels #channelopathies @CharlesUniPRG ➡️ https://t.co/lHiIHLpbLb
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Very interesting chemistry leading to the design of a dual ligand of the α2δ-1 subunit of voltage-gated calcium #ionchannels and the μ-opioid receptor for #pain therapy ➡️ https://t.co/Ex6vnJk3eh
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Thanks to Philippe Lory @IGF_Montpellier for this nice Commentary on our recent Review "The T-type #calcium channelosome" #ionchannels ➡️ https://t.co/YhGlDHSFJ6
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New Review: Pathophysiology of ion channels in amyotrophic lateral sclerosis
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Our paper on the mechanism of sensitisation of primary sensory neurons by DRG macrophages after nerve injury is out in @GLIA_Journal @WileyNeuro ! https://t.co/o4L7k55SGU
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REVIEW - Pathophysiology of Ion Channels in Amyotrophic Lateral Sclerosis - Here we discuss the role of #ionchannels in #ALS #MND, their implications on neuronal excitability, and potential as therapeutic target. Credit and congrats go to @RobinStringer ➡️ https://t.co/R7yg3D4Z1u
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The final version of our @physiolrev editorial is published! Ion channel dysfunction is a hallmark for many diseases. Since ion channels are key therapeutic targets, we anticipate that unraveling new aspects of their dysfunction holds a huge potential towards novel treatments.
Insightful Editorial on "Recent insights into channelopathies" by Dr. Osama F. Harraz @UVMLarnerMed and Dr. Eric Delpire @vumchealth reflect on disruptions in ion channels, known as #channelopathies. https://t.co/3tqITrZO1J
#CalciumChannels #IonChannels #PotassiumChannels
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Fantastic lecture @IOCBPrague this morning by Gerald Zamponi @zymedyne on targeting T-type #calcium #ionchannels in chronic #pain. Personally very happy to have you in Prague! 🙏
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A little rant about American universities, in the light on the recent Congressional testimony debacle: Today I learned that Harvard President Claudine Gay seems to have published only 11 peer-reviewed journal papers in her entire academic career. 'So what?', you might ask.
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Fun opportunity to write a Perspective for @jacionline on the role of peripheral sensory neurons in immunomodulation. #Neuroimmunology Peripheral somatosensory neurons listen and orchestrate the immune response 👇 https://t.co/nfNk1SdB2h
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Check out our new review: Parkinson’s disease, epilepsy, and amyotrophic lateral sclerosis—emerging role of AMPA and kainate subtypes of ionotropic glutamate receptors. @MariaKarela3
https://t.co/zR7PfwEzIk
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Can you spot the mistake? 🤣
The model Lagrangian is one of the longest equations in physics because it contains many terms and factors that account for all the possible interactions and symmetries of the Standard Model. It was transcribed by Thomas Gutierrez who derived it from Martinus Veltman's
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POSTDOC POSITION - Pathophysiology of T-type #calcium #ionchannels in Slobo Todorovic' lab, Denver, Colorado 🇺🇸
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Just out our new research paper! We identify PIEZO2-dependent rapid pain system in humans and mice. The work led jointly by @OtmaneBouchatta and @M_Brodzki in a close-knit joint effort of @saadsnagi and @SzczotLab groups. 🧵 1/10 👇 https://t.co/FXdh9jdnf5
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REVIEW - The T-type calcium channelosome - Here we compiled the current knowledge surrounding T-type #calcium #ionchannels interactors, their physiological roles, and potential for drug-based therapeutic intervention ➡️ https://t.co/A4x1ktl0Oa
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Happy to share a new article from my postdoc in @NCMlab out in @JPhysiol !! In this work, we describe a role for the M-type potassium currents, conducted by KCNQ channels in the differential control of motoneuron subtype recruitment. https://t.co/z0ntJOarXS
physoc.onlinelibrary.wiley.com
Abstract figure legend Recruitment and subsequent modulation of motoneuron firing rates serve as two key mechanisms for the gradation of muscle force. Fast motoneurons (purple) have larger M-curren...
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