Roger Olsson
@OlssonRoger
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Professor of Chemical Biology & Therapeutics, organic bioelectronic neuropharmacology using zebrafish and grasshoppers
Lund University, Sweden
Joined January 2012
RT @HjortsX: PEDOT nanowires are now a thing! And they can be used to penetrate cells! Read our new article in @NanoLetters @amerchemsociet….
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RT @NanoLetters: PEDOT is going one-dimensional! Lithography-free conductive polymer nanowires were interfaced with both algae and human bl….
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RT @FredrikEk3: Happy to share our new publication in @WileyGlobal Advanced Science where we for the first time demonstrate spatial contro….
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We are excited to announce a new publication from our team: In Vivo Photopolymerization of Conductive Structures. This work represents a great team effort, with special recognition to @FredrikEk3 bringing it all togethe.@MultiparkL .@ZebrafishRock .
advanced.onlinelibrary.wiley.com
Formation of biocompatible conductive structures in vivo through photopolymerization, enabling structural control of electrode patterns.
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RT @mpjonsson: We are hiring a postdoc to join our research on dynamically tuneable metasurfaces. Relevant skills and interests include na….
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RT @FoFramsteg: Vid akut oregelbunden hjärtrytm krävs snabb hjälp. Men en hjärtstartare finns inte alltid till hands. Nu har svenska forska….
fof.se
Tänk dig framtidsscenariot: På fjällvandringen börjar din kamrats hjärta plötsligt slå ojämnt, men då injicerar du en lösning med nanopartiklar. Runt hjärtat bildar de en lång …
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RT @DocKlahn: Save the date for a #SpotlightOnSynthesisAndChemicalBiology double lecture at @OMC_GU @Naturvetenskap @goteborgsuni .with Jan….
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We are excited that our work on "an injectable cardiac stimulator" is out, with the PhD student, Umut Aydemir @umz25468433. We are really happy that the Novo Nordisk Foundation @novonordiskfond support this ongoing project. @MultiparkL .@NanoLund .
nature.com
Nature Communications - Heart pacing devices are bulky or rely on surgery. Here, the authors present an injectable cardiac stimulator based on a nanoparticle solution which attaches to the heart...
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We are looking for a researcher in organic chemistry to work on the synthesis of self-organizing injectable organic bioelectronics, with applications in cancer and neurodegenerative diseases.
lu.varbi.com
Description of the workplace Chemical Biology & Therapies is a multidisciplinary laboratory—materials/medicinal chemistry, in-vivo/in vitro biology, and applied physics—at Lund University and
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Thanks, it was a great meeting.
My dear colleague @OlssonRoger presenting futuristic research already today! Injecting self assembling polymer electrodes into the heart to develop war zone peacemakers…. Amazing and super entertaining talk! @lunduniversity @goteborgsuni @OMC_GU @Naturvetenskap
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RT @DocKlahn: @JOC_OL @Xing_Group_NTU @JOC_OL The concept and design principle of the probes used in this work looks exceptionally close to….
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We are looking for a PostDoc (2 years) in organic chemistry with focus on self-organizing bioelectronics, please help out and retweet
lu.varbi.com
Description of the workplace Chemical Biology & Therapies is a multidisciplinary laboratory—materials/medicinal chemistry, in-vivo/in vitro biology, and applied physics—at Lund University and
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Zebrafish as a model made into the world of physics, happy to have participate in one of these studies.
Physics World reveals its top 10 Breakthroughs of the Year for 2023. Click on the icon to find out who is on our list.
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RT @PhysicsWorld: Physics World reveals its top 10 Breakthroughs of the Year for 2023. Click on the icon to find out who is on our list. ht….
physicsworld.com
A universe in a BEC, a double slit in time and supersonic cracks are on our list, with the overall winner unveiled on 14 December
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RT @DocKlahn: Nice to see our work on aminoratjadone derived, non-covalent CRM1 inhibitors published in J. Med. Chem.! Congrats to the team….
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RT @NatureComms: .@OlssonRoger and colleagues demonstrate minimally invasive implantation of bioresorbable electrodes in the brain that….
nature.com
Nature Communications - Temporary bioelectronics can complement classical therapies in non-chronic treatments. Here, the authors describe the minimally invasive implantation of bioresorbable...
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In green, you can see regions in a zebrafish brain starting to fire action potentials (calcium imaging) when the implanted self assembled polymer electrode relays external stimuli.
I’m happy to share our latest publication @NatureComms focusing on in situ assembly of temporary organic bioelectronics for nonchronic treatments using a minimally invasive implantation method and bioresorbable materials.
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I’m happy to share our latest publication @NatureComms focusing on in situ assembly of temporary organic bioelectronics for nonchronic treatments using a minimally invasive implantation method and bioresorbable materials.
nature.com
Nature Communications - Temporary bioelectronics can complement classical therapies in non-chronic treatments. Here, the authors describe the minimally invasive implantation of bioresorbable...
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RT @OlssonRoger: Finally, it takes time to move into a new field, from drug induced zebrafish behavior to conductive biomaterials, next is….
pubs.acs.org
Injectable bioelectronics could become an alternative or a complement to traditional drug treatments. To this end, a new self-doped p-type conducting PEDOT-S copolymer (A5) was synthesized. This...
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